Before data can be used to tell a story, it must be run through a process that makes it usable in the story. Data analysis is the process of identifying, cleaning, transforming, and modeling data to discover meaningful and useful information. The data is then crafted into a story through reports for analysis to support the critical decision-making process.
As the world becomes more data-driven, storytelling through data analysis is becoming a vital component and aspect of large and small businesses. It is the reason that organizations continue to hire data analysts.
Data-driven businesses make decisions based on the story that their data tells, and in today's data-driven world, data is not being used to its full potential, a challenge that most businesses face. Data analysis is, and should be, a critical aspect of all organizations to help determine the impact to their business, including evaluating customer sentiment, performing market and product research, and identifying trends or other data insights.
While the process of data analysis focuses on the tasks of cleaning, modeling, and visualizing data, the concept of data analysis and its importance to business should not be understated. To analyze data, core components of analytics are divided into the following categories:
Descriptive analytics help answer questions about what has happened based on historical data. Descriptive analytics techniques summarize large datasets to describe outcomes to stakeholders.
By developing key performance indicators (KPIs), these strategies can help track the success or failure of key objectives. Metrics such as return on investment (ROI) are used in many industries, and specialized metrics are developed to track performance in specific industries.
An example of descriptive analytics is generating reports to provide a view of an organization's sales and financial data.
Diagnostic analytics help answer questions about why events happened. Diagnostic analytics techniques supplement basic descriptive analytics, and they use the findings from descriptive analytics to discover the cause of these events. Then, performance indicators are further investigated to discover why these events improved or became worse. Generally, this process occurs in three steps:
Identify anomalies in the data. These anomalies might be unexpected changes in a metric or a particular market.
Collect data that's related to these anomalies.
Use statistical techniques to discover relationships and trends that explain these anomalies.
Predictive analytics help answer questions about what will happen in the future. Predictive analytics techniques use historical data to identify trends and determine if they're likely to recur. Predictive analytical tools provide valuable insight into what might happen in the future. Techniques include a variety of statistical and machine learning techniques such as neural networks, decision trees, and regression.
Prescriptive analytics help answer questions about which actions should be taken to achieve a goal or target. By using insights from predictive analytics, organizations can make data-driven decisions. This technique allows businesses to make informed decisions in the face of uncertainty. Prescriptive analytics techniques rely on machine learning strategies to find patterns in large datasets. By analyzing past decisions and events, organizations can estimate the likelihood of different outcomes.
Cognitive analytics attempt to draw inferences from existing data and patterns, derive conclusions based on existing knowledge bases, and then add these findings back into the knowledge base for future inferences, a self-learning feedback loop. Cognitive analytics help you learn what might happen if circumstances change and determine how you might handle these situations.
Inferences aren't structured queries based on a rules database; rather, they're unstructured hypotheses that are gathered from several sources and expressed with varying degrees of confidence. Effective cognitive analytics depend on machine learning algorithms, and will use several natural language processing concepts to make sense of previously untapped data sources, such as call center conversation logs and product reviews.
By enabling reporting and data visualizations, a retail business uses descriptive analytics to look at patterns of purchases from previous years to determine what products might be popular next year. The company might also look at supporting data to understand why a particular product was popular and if that trend is continuing, which will help them determine whether to continue stocking that product.
A business might determine that a certain product was popular over a specific timeframe. Then, they can use this analysis to determine whether certain marketing efforts or online social activities contributed to the sales increase.
An underlying facet of data analysis is that a business needs to trust its data. As a practice, the data analysis process will capture data from trusted sources and shape it into something that is consumable, meaningful, and easily understood to help with the decision-making process. Data analysis enables businesses to fully understand their data through data-driven processes and decisions, allowing them to be confident in their decisions.
As the amount of data grows, so does the need for data analysts. A data analyst knows how to organize information and distill it into something relevant and comprehensible. A data analyst knows how to gather the right data and what to do with it, in other words, making sense of the data in your data overload.


as7LeakTracker.xhtml
AS7LeakInstances
- Sign in to the portal.
-
Open the link
in a new tab.
-
Switch back to the first tab (as7LeakTracker.xhtml) and click the
Refresh AS7Leak List button and confirm that several AS7Leak class instances appear.
-
Switch back to the tab with view1.xhtml and click the
Click me to navigate to view2.xhtml via Ajax button.
- Click the Click me to navigate to view1.xhtml via Ajax button.
-
Switch back to the first tab (as7LeakTracker.xhtml) and click the
Refresh AS7Leak List button and confirm that several AS7Leak class instances appear.
-
Switch back to the tab with view1.xhtml and click the
Click me to navigate to view2.xhtml via non-Ajax (full postback) button.
- Click the Click me to navigate to view1.xhtml via non-Ajax (full postback) button.
-
Switch back to the first tab (as7LeakTracker.xhtml) and click the
Refresh AS7Leak List button and confirm that several AS7Leak class instances appear.
-
Switch back to the tab with view1.xhtml and click the
Click me to navigate to view2.xhtml via Ajax button.
- Click the Click me to navigate to view1.xhtml via non-Ajax (full postback) button.
-
Switch back to the first tab (as7LeakTracker.xhtml) and click the
Refresh AS7Leak List button and confirm that several AS7Leak class instances appear.
-
Switch back to the tab with view1.xhtml and click the
Click me to navigate to view2.xhtml via non-Ajax (full postback) button.
- Click the Click me to navigate to view1.xhtml via Ajax button.
-
Switch back to the first tab (as7LeakTracker.xhtml) and click the
Refresh AS7Leak List button and confirm that several AS7Leak class instances appear.
-
Switch back to the tab with view1.xhtml,
navigate to the as7LeakTracker.xhtml portlet page (to avoid loading any AS7Leak
instances as an unauthenticated user), and sign out of the portal.
-
Switch back to the first tab (as7LeakTracker.xhtml) and click the
Refresh AS7Leak List button and confirm that several AS7Leak class instances appear.
-
Click the Perform Garbage Collection button and confirm that no AS7Leak class instances
appear. Note: since this portlet uses
System.gc()
to initiate
garbage collection, it may be necessary to click the Perform Garbage Collection
multiple times before the garbage is actually collected. For more details see here:
http://docs.oracle.com/javase/6/docs/api/java/lang/System.html#gc()
.


This report summarizes newer versions that may be available for your project's various dependencies.
| # of dependencies using the latest version available | 2 | |
| # of dependencies where the next version available is smaller than an incremental version update | 1 | |
| # of dependencies where the next version available is an incremental version update | 13 | |
| # of dependencies where the next version available is a minor version update | 0 | |
| # of dependencies where the next version available is a major version update | 1 |
This project does not declare any dependencies in a dependencyManagement section.
| Status | Group Id | Artifact Id | Current Version | Scope | Classifier | Type | Next Version | Next Incremental | Next Minor | Next Major |
|---|---|---|---|---|---|---|---|---|---|---|
| com.atomikos | transactions-jdbc | 4.0.3 | test | jar | 4.0.4 | |||||
| com.mockrunner | mockrunner-core | 1.0.1 | test | jar | 1.0.3 | 1.1.0 | 2.0.1 | |||
| com.mockrunner | mockrunner-ejb | 1.0.1 | test | jar | 1.0.3 | 1.1.0 | 2.0.1 | |||
| com.mockrunner | mockrunner-jdbc | 1.0.1 | test | jar | 1.0.3 | 1.1.0 | 2.0.1 | |||
| javax.servlet | javax.servlet-api | 3.0.1 | test | jar | 3.1-b01 | 3.1.0 | 4.0.0 | |||
| javax.transaction | transaction-api | 1.1 | test | jar | 1.1-rev-1 | |||||
| junit | junit | 4.12 | test | jar | ||||||
| log4j | log4j | 1.2.17 | test | jar | ||||||
| org.apache.derby | derby | <IP_ADDRESS> | test | jar | <IP_ADDRESS> | |||||
| org.hsqldb | hsqldb | 2.3.4 | test | jar | 2.3.5 | 2.4.0 | ||||
| org.jboss.byteman | byteman-bmunit | 3.0.6 | test | jar | 3.0.7 | 4.0.0-ALPHA | 4.0.0 | |||
| org.mybatis | mybatis | 3.4.1 | provided | jar | 3.4.2 | |||||
| org.springframework | spring-context | 4.3.5.RELEASE | provided | jar | 4.3.6.RELEASE | 5.0.0.RELEASE | ||||
| org.springframework | spring-jdbc | 4.3.5.RELEASE | provided | jar | 4.3.6.RELEASE | 5.0.0.RELEASE | ||||
| org.springframework | spring-test | 4.3.5.RELEASE | test | jar | 4.3.6.RELEASE | 5.0.0.RELEASE | ||||
| org.springframework | spring-web | 4.3.5.RELEASE | test | jar | 4.3.6.RELEASE | 5.0.0.RELEASE | ||||
| org.springframework.batch | spring-batch-infrastructure | 3.0.7.RELEASE | provided | jar | 3.0.8.RELEASE | 4.0.0.RELEASE | ||||
| Status | Group Id | Artifact Id | Current Version | Scope | Classifier | Type | Next Version | Next Incremental | Next Minor | Next Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | com.atomikos |
| Artifact Id | transactions-jdbc |
| Current Version | 4.0.3 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 4.0.4 Next Incremental 4.0.5 4.0.6 Latest Incremental |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | com.mockrunner |
| Artifact Id | mockrunner-core |
| Current Version | 1.0.1 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 1.0.3 Next Incremental 1.0.4 1.0.5 1.0.6 1.0.7 1.0.8 1.0.9 1.0.10 Latest Incremental 1.1.0 Next Minor 1.1.1 1.1.2 Latest Minor 2.0.1 Next Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | com.mockrunner |
| Artifact Id | mockrunner-ejb |
| Current Version | 1.0.1 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 1.0.3 Next Incremental 1.0.4 1.0.5 1.0.6 1.0.7 1.0.8 1.0.9 1.0.10 Latest Incremental 1.1.0 Next Minor 1.1.1 1.1.2 Latest Minor 2.0.1 Next Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | com.mockrunner |
| Artifact Id | mockrunner-jdbc |
| Current Version | 1.0.1 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 1.0.3 Next Incremental 1.0.4 1.0.5 1.0.6 1.0.7 1.0.8 1.0.9 1.0.10 Latest Incremental 1.1.0 Next Minor 1.1.1 1.1.2 Latest Minor 2.0.1 Next Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | javax.servlet |
| Artifact Id | javax.servlet-api |
| Current Version | 3.0.1 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 3.1-b01 Next Incremental 3.1-b02 3.1-b03 3.1-b04 3.1-b05 3.1-b06 3.1-b07 3.1-b08 3.1-b09 Latest Incremental 3.1.0 Next Minor 4.0.0-b01 4.0.0-b02 4.0.0-b03 4.0.0-b04 4.0.0-b05 4.0.0-b06 4.0.0-b07 Latest Minor 4.0.0 Next Major 4.0.1 Latest Major |
| Status | There is at least one newer version available. |
|---|---|
| Group Id | javax.transaction |
| Artifact Id | transaction-api |
| Current Version | 1.1 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 1.1-rev-1 Next Version |
| Status | No newer versions available. |
|---|---|
| Group Id | junit |
| Artifact Id | junit |
| Current Version | 4.12 |
| Scope | test |
| Classifier | |
| Type | jar |
| Status | No newer versions available. |
|---|---|
| Group Id | log4j |
| Artifact Id | log4j |
| Current Version | 1.2.17 |
| Scope | test |
| Classifier | |
| Type | jar |
| Status | There is at least one newer major version available. Major updates are rarely passive. |
|---|---|
| Group Id | org.apache.derby |
| Artifact Id | derby |
| Current Version | <IP_ADDRESS> |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | <IP_ADDRESS> Next Major <IP_ADDRESS> <IP_ADDRESS> Latest Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.hsqldb |
| Artifact Id | hsqldb |
| Current Version | 2.3.4 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 2.3.5 Next Incremental 2.3.6 Latest Incremental 2.4.0 Next Minor 2.4.1 Latest Minor |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.jboss.byteman |
| Artifact Id | byteman-bmunit |
| Current Version | 3.0.6 |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 3.0.7 Next Incremental 3.0.8 3.0.9 3.0.10 3.0.11 3.0.12 3.0.13 Latest Incremental 4.0.0-ALPHA Next Minor 4.0.0-BETA0 4.0.0-BETA1 4.0.0-BETA2 4.0.0-BETA3 4.0.0-BETA4 4.0.0-BETA5 Latest Minor 4.0.0 Next Major 4.0.1 4.0.2 4.0.3 4.0.4 Latest Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.mybatis |
| Artifact Id | mybatis |
| Current Version | 3.4.1 |
| Scope | provided |
| Classifier | |
| Type | jar |
| Newer versions | 3.4.2 Next Incremental 3.4.3 3.4.4 3.4.5 3.4.6 Latest Incremental |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.springframework |
| Artifact Id | spring-context |
| Current Version | 4.3.5.RELEASE |
| Scope | provided |
| Classifier | |
| Type | jar |
| Newer versions | 4.3.6.RELEASE Next Incremental 4.3.7.RELEASE 4.3.8.RELEASE 4.3.9.RELEASE 4.3.10.RELEASE 4.3.11.RELEASE 4.3.12.RELEASE 4.3.13.RELEASE 4.3.14.RELEASE 4.3.15.RELEASE 4.3.16.RELEASE 4.3.17.RELEASE 4.3.18.RELEASE Latest Incremental 5.0.0.RELEASE Next Major 5.0.1.RELEASE 5.0.2.RELEASE 5.0.3.RELEASE 5.0.4.RELEASE 5.0.5.RELEASE 5.0.6.RELEASE 5.0.7.RELEASE Latest Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.springframework |
| Artifact Id | spring-jdbc |
| Current Version | 4.3.5.RELEASE |
| Scope | provided |
| Classifier | |
| Type | jar |
| Newer versions | 4.3.6.RELEASE Next Incremental 4.3.7.RELEASE 4.3.8.RELEASE 4.3.9.RELEASE 4.3.10.RELEASE 4.3.11.RELEASE 4.3.12.RELEASE 4.3.13.RELEASE 4.3.14.RELEASE 4.3.15.RELEASE 4.3.16.RELEASE 4.3.17.RELEASE 4.3.18.RELEASE Latest Incremental 5.0.0.RELEASE Next Major 5.0.1.RELEASE 5.0.2.RELEASE 5.0.3.RELEASE 5.0.4.RELEASE 5.0.5.RELEASE 5.0.6.RELEASE 5.0.7.RELEASE Latest Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.springframework |
| Artifact Id | spring-test |
| Current Version | 4.3.5.RELEASE |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 4.3.6.RELEASE Next Incremental 4.3.7.RELEASE 4.3.8.RELEASE 4.3.9.RELEASE 4.3.10.RELEASE 4.3.11.RELEASE 4.3.12.RELEASE 4.3.13.RELEASE 4.3.14.RELEASE 4.3.15.RELEASE 4.3.16.RELEASE 4.3.17.RELEASE 4.3.18.RELEASE Latest Incremental 5.0.0.RELEASE Next Major 5.0.1.RELEASE 5.0.2.RELEASE 5.0.3.RELEASE 5.0.4.RELEASE 5.0.5.RELEASE 5.0.6.RELEASE 5.0.7.RELEASE Latest Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.springframework |
| Artifact Id | spring-web |
| Current Version | 4.3.5.RELEASE |
| Scope | test |
| Classifier | |
| Type | jar |
| Newer versions | 4.3.6.RELEASE Next Incremental 4.3.7.RELEASE 4.3.8.RELEASE 4.3.9.RELEASE 4.3.10.RELEASE 4.3.11.RELEASE 4.3.12.RELEASE 4.3.13.RELEASE 4.3.14.RELEASE 4.3.15.RELEASE 4.3.16.RELEASE 4.3.17.RELEASE 4.3.18.RELEASE Latest Incremental 5.0.0.RELEASE Next Major 5.0.1.RELEASE 5.0.2.RELEASE 5.0.3.RELEASE 5.0.4.RELEASE 5.0.5.RELEASE 5.0.6.RELEASE 5.0.7.RELEASE Latest Major |
| Status | There is at least one newer incremental version available. Incremental updates are typically passive. |
|---|---|
| Group Id | org.springframework.batch |
| Artifact Id | spring-batch-infrastructure |
| Current Version | 3.0.7.RELEASE |
| Scope | provided |
| Classifier | |
| Type | jar |
| Newer versions | 3.0.8.RELEASE Next Incremental 3.0.9.RELEASE Latest Incremental 4.0.0.RELEASE Next Major 4.0.1.RELEASE Latest Major |


--- layout: post status: publish published: true title: "无题" author: Leask author_login: leask author_email<EMAIL_ADDRESS>author_url: https://leaskh.com wordpress_id: 333 wordpress_url: http://leaskh.wordpress.com/2007/08/12/%e6%97%a0%e9%a2%98 date: '2007-08-12 15:33:30 +0800' date_gmt: '2007-08-12 15:33:30 +0800' categories: - Life tags: [] comments: [] ---


The Northeast Physician Scientist Student Symposium is a student-organized event aimed at bringing together MD-PhD and research-track MD students, faculty, as well as undergrads in the Northeast region interested in a physician scientist career. This event is co-organized by students from Boston University, Tufts, University of Massachusetts, and HMS/MIT MD/PhD and MD programs. We are co-sponsored by APSA, the BU School of Medicine (venue and infrastructure support), the Journal of Clinical Investigation, and New England BioLabs.
Registration is open to all interested participants at all institutions regardless of APSA membership. Click HERE to register, or click HERE to submit an abstract. Registration and abstract submission for the conference are FREE for all attendees.
Dress Code: Business Casual
You may submit a maximum of one abstract. Abstracts should be 150 words or less. Poster presentation space may be limited, so all applicants will receive an email by November 15 confirming your entry in the poster session or waitlist. We look forward to seeing all your work at the symposium! ABSTRACT DEADLINE: Friday, November 15, 2019
Anthony Monaco, MD, PhD is the current president of Tufts University and holds faculty appointments as a professor of biology at the School of Arts and Sciences and professor of neuroscience at Tufts University School of Medicine. President Monaco received his bachelor’s degree in neuroscience and behavior from Princeton University and his M.D. and Ph.D. degrees from Harvard Medical School. His graduate work led to the discovery of the causative gene in X-linked Duchenne and Becker muscular dystrophies. He continued in the field of genetics by conducting a postdoctoral fellowship at the Imperial Cancer Research Fund in London and moved on to lead the Neurogenetics group at Oxford. His research focused on the genetics behind neurodevelopmental problems in children such as autism, language impairment, and dyslexia. In fact, his group discovered FOXP2, the first gene specifically involved in human speech and language. At Oxford, President Monaco served as director of the Wellcome Trust Centre for Human Genetics, which seeks to discover genetic variants and how they affect disease. During his time as director, he helped double the size of the center. He then assumed the role of Pro-Vice Chancellor for Planning and Resources until taking on the role of president of Tufts in 2011.
Physician-scientists are considered an endangered species. Their existence continues to be threatened as they face unique pressures for producing clinically, starting a lab, acquiring funding, negotiating protected research time, and fighting misaligned institutional economic incentives. (Jain et al NEJM 2019). Training physician-scientists are most likley to succumb to these pressures at the resident, fellow, and junior faculty career transitions, and these times represent the leakiest part of the physician-scientist training pipeline. In this panel discussion for those planning on academic research careers, we invite you to hear from current mentors and employers of physician-scientists to learn what characteristics they look for in a potential junior faculty member, e.g. grants and publications. They will also discuss what institutional support their institutes provide for junior faculty transitioning into the independent portion of their careers. Target audience: residents/fellows/junior faculty; all training stages are welcome
Closest parking garage is on 710 Albany St. $8.00 flat fee on Saturdays
Please contact Jane Lock (BUSM) or Julia Hisey (Tufts) with any questions.


R/boot_ci.R
dot-bca.Rd
Calculates bias-corrected and accelerated confidence intervals.
.bca( thetahatstar, thetahatstarjack = NULL, xstarjack = NULL, thetahat, data, fitFUN, ..., alpha = c(0.001, 0.01, 0.05), wald = FALSE, null = 0, dist = "z", df, eval = FALSE, theta = 0, par = TRUE, ncores = NULL, mc = TRUE, lb = FALSE, cl_eval = FALSE, cl_export = FALSE, cl_expr, cl_vars )
| thetahatstar | Numeric vector.
The bootstrap sampling distribution
\(\left( \boldsymbol{\hat{\theta}^{*}} \right)\),
that is,
the sampling distribution of |
|---|---|
| thetahatstarjack | Numeric vector.
Jackknife sampling distribution,
that is,
the sampling distribution of |
| xstarjack | Vector, matrix, or data frame.
Jackknife sample.
If not provided,
the jackknife sample is generated
using |
| thetahat | Numeric. Parameter estimate \(\left( \hat{\theta} \right)\) from the original sample data. |
| data | Vector, matrix, or data frame.
Sample data.
Ignored if |
| fitFUN | Function.
Fit function to use on |
| ... | Arguments to pass to |
| alpha | Numeric vector.
Significance level
\(\left( \alpha \right)\) .
By default,
|
| wald | Logical.
If |
| null | Numeric.
Hypothesized value of |
| dist | Character string.
|
| df | Numeric.
Degrees of freedom (df) if |
| eval | Logical.
Evaluate confidence intervals using
|
| theta | Numeric. Population parameter \( \left( \theta \right) \). |
| par | Logical.
If |
| ncores | Integer.
Number of cores to use if |
| mc | Logical.
If |
| lb | Logical.
If |
| cl_eval | Logical.
Execute |
| cl_export | Logical.
Execute |
| cl_expr | Expression.
Expression passed to |
| cl_vars | Character vector.
Names of objects to pass to |
Returns a vector with the following elements:
Square root of Wald test statistic. NA
if wald = FALSE
.
p-value. NA
if wald = FALSE
.
Estimated bootstrap standard error \(\left( \widehat{\mathrm{se}}_{\mathrm{B}} \left( \hat{\theta} \right) \right)\).
Estimated bias-corrected and accelerated confidence limits corresponding to alpha from the bootstrap sampling distribution thetahatstar \(\left( \boldsymbol{\hat{\theta}^{*}} \right)\).
If eval = TRUE
,
appends the following to the results vector
Logical. Tests if confidence interval contains zero.
Logical. Tests if confidence interval contains theta.
Length of confidence interval.
Shape of confidence interval.
The estimated bootstrap standard error is given by $$ \widehat{\mathrm{se}}_{\mathrm{B}} \left( \hat{\theta} \right) = \sqrt{ \frac{1}{B - 1} \sum_{b = 1}^{B} \left[ \hat{\theta}^{*} \left( b \right) - \hat{\theta}^{*} \left( \cdot \right) \right]^2 } $$ where $$ \hat{\theta}^{*} \left( \cdot \right) = \frac{1}{B} \sum_{b = 1}^{B} \hat{\theta}^{*} \left( b \right) . $$
In addition to the bias-correction
\(\hat{z}_{0}\)
discussed in bc()
,
the acceleration
\(\hat{a}\),
which refers to the rate of change
of the standard error of
\(\hat{\theta}\)
with respect to the true parameter value
\(\theta\),
is factored in.
The acceleration \(\hat{a}\) is given by
$$
\hat{a}
=
\frac{
\sum_{i = 1}^{n}
\left[
\hat{\theta}_{
\left(
\cdot
\right)
}
-
\hat{\theta}_{
\left(
i
\right)
}
\right]^{3}
}
{
6
\left\{
\sum_{i = 1}^{n}
\left[
\hat{\theta}_{
\left(
\cdot
\right)
}
-
\hat{\theta}_{
\left(
i
\right)}
\right]^{2}
\right\}^{3/2}
}
$$
where
$$
\hat{\theta}_{
\left(
i
\right)
}
=
\left\{
\hat{\theta}_{\left( 1 \right)},
\hat{\theta}_{\left( 2 \right)},
\hat{\theta}_{\left( 3 \right)},
\dots,
\hat{\theta}_{\left( n \right)}
\right\}
$$
is the jackknife sampling distribution
and
$$
\hat{\theta}_{
\left(
\cdot
\right)
}
=
\frac{1}{n}
\sum_{i = 1}^{n}
\hat{\theta}_{
\left(
i
\right)
}
$$
is the jackknife mean.
See
jack()
and
jack_hat()
.
Using \(\hat{z}_{0}\) and \(\hat{a}\) we can obtain the adjusted \(z\)-scores as follows
$$ z_{ \mathrm{BCa}_{\mathrm{lo}} } = \hat{z}_{0} + \frac{ \hat{z}_{0} + z_{ \left( \frac{ \alpha } { 2 } \right) } } { 1 - \hat{a} \left[ \hat{z}_{0} + z_{ \left( \frac{ \alpha } { 2 } \right) } \right] } , $$
$$ z_{ \mathrm{BCa}_{\mathrm{up}} } = \hat{z}_{0} + \frac{ \hat{z}_{0} + z_{ \left[ 1 - \frac{ \alpha } { 2 } \right] } } { 1 - \hat{a} \left[ \hat{z}_{0} + z_{ \left( 1 - \frac{ \alpha } { 2 } \right) } \right] } . $$
The adjusted \(z\)-scores are used to determine the adjusted percentile ranks to form the confidence interval.
The bias-corrected and accelerated confidence interval is given by $$ \left[ \hat{\theta}_{\mathrm{lo}}, \hat{\theta}_{\mathrm{up}} \right] = \left[ \hat{\theta}^{*}_{ \left( z_{ \mathrm{BCa}_{ \mathrm{lo} } } \right) }, \hat{\theta}^{*}_{ \left( z_{ \mathrm{BCa}_{ \mathrm{up} } } \right) } \right] . $$
For more details and examples see the following vignettes:
Notes: Introduction to Nonparametric Bootstrapping
Notes: Introduction to Parametric Bootstrapping
Efron, B., & Tibshirani, R. J. (1993). An introduction to the bootstrap. New York, N.Y: Chapman & Hall.


Last updated Apr. 28, 2020
Whether you are already running a fitness center or stepping into the domain of fitness training business, expanding your clientele always stay on the top of your wish-list. Unlike other businesses, traditional ways of marketing involving surveys, door-to-door campaigns, etc. are not much suitable in promoting fitness centers for many obvious causes and reasons. One of the aspect of multi-pronged marketing strategies you can opt to promote your fitness training venture is making an attractive and resourceful website. This article focuses on making readers understand the need of a resourceful website for a professional fitness trainer.
Ease of Accessibility
Being online is mandatory for a professional fitness trainer to be reachable round the clock. Having your own website gives you an opportunity to effectively mark your online presence. In today’s digital world, more than eighty percent of potential buyers do the online research before deciding on a product. Obviously, being an aspiring fitness trainer, you simply cannot afford to miss out such a great number of clients, can you?
Availability of Free Resources
Developing and running a website is not the end of the task. It gives you a golden opportunity to attract your potential customers by making your website more resourceful. One way of doing this is by uploading free educational materials related to your expertise, skills, professional experience and knowledge in your field to help your reader make a positive opinion about you. You may share tips and blogs on health and fitness, latest research and development in the field of health sciences etc.
Showcase of Your Portfolio
Reviews and testimonials are integral part of the portfolio of a fitness trainer. Your website offers you a good platform to make your testimonials public and to impress your clients by your experience. These are some of the advantages that prompts a professional fitness trainer to have his/her own website. Remember, your website is the window that helps people look into your professional life and experiences and makes them form a good opinion about hiring your services. Make use of all of the above guidelines before developing a website and earn maximum benefits from it.


{% extends website|add:"/base.html" %} {% block content %}
Go to this page to authorize Squadbox to access your Gmail account. We will use this access to:
Note: if you have experience with email clients besides Gmail or have successfully set up Squadbox with a non-Gmail client, we would love to hear any tips or info from you on that process, and would welcome contributions to this guide! Check out our GitHub issue here.
What we are trying to accomplish here is, in words: "if an email needs moderation and has not already been to Squadbox, send it to Squadbox."
This means that we must slightly modify messages after they pass through Squadbox so that your email client can tell the difference and not keep sending the same messages back to Squadbox over and over.
The way we prevent this is by adding a secret extra piece of information to messages, called a "list ID". (This is usually set by messages sent via a mailing list). Your email client can look for that secret and know that emails containing it are approved.
The custom list ID we will set on messages that have been approved is: {{filter_hash}}.
You will need to create a filter that says: "if a message matches my moderation criteria* and it did not come from the mailing list/have list-id {{filter_hash}}, forward it to {{group_address}} and move it to my trash/some non-inbox folder."
*What is moderation criteria? It defines messages you want to pass through Squadbox - i.e. messages from certain senders, or containing certain words, or with a particular subject line, etc. You can get creative as your email client's filters allow. Note: if messages from whitelisted senders get forwarded to Squadbox, they will be automatically approved and sent back immediately.
Here are some links to documentation on creating filters in various email clients:


Rent the Happy Place for your event. Located in the heart of downtown B-ham the Happy Place is perfect for your speaking event, pop-up shop, party or shindig of all sorts.
Find your Happy Place here - apply to join the club and be a part of something that's not too much of a drag.


1)
My
sister
loves to play chess.
brother
2)
The wounded
tigress
was groaning in pain.
tiger
3)
Mom
asked me if I had finished my homework.
Dad
4)
The
queen
was benevolent to the people.
king
5)
He was riding his
mare
through the jungle.
stallion
6)
The
baroness
lived on a huge estate.
baron
7)
The famous singer decided to become a
nun
.
monk
8)
Our
milkmaid
comes at 7 o’clock everyday.
milkman


English is the predominant language in New Zealand with a total of 95% of the people using it as their first language. Most of the other 5% is the Māori language if the indigenouse Māori people. New Zealand Sign language has also been an offical language of New Zealand since 2006.
The Māori Language
The Māori language is the first language the was spoken in New Zealand. At the beginning of the 19th century it was the predominant language in spoken in New Zealand. As more English speakers arrived the language started to die out. Major initiatives were launched to help stop the language from dieing and has brought a bit of a revival to the language. An estimate of roughly 125,000 people can now speak and understand the language.
Here are some common words in the Māori language:
- New Zealand = Aotearoa
- Hello = Tena koutou
- Bye = Kia ora
- Thanks = Whakawhetai
- Sorry = Aroha mai


This example shows how to create a ListView control in markup and configure the 'orientation' property on the respective WinJS.UI.ListLayout and WinJS.UI.GridLayout objects. The ListView control’s data source is a WinJS.Binding.List, and the ListView uses a WinJS.Binding.Template object to render its items.


The picture above is a screen shot from a game created using MIPS assembly language using the MARS MIPS assembler and runtime simulator. This was a final project for Computer engineering 351 Microprocessors. The overall goal was to be able to recreate a Pokémon battle from Nintendo’s famous franchise. The .asm file can be found on my github repo click the picture above to go to github.
This project was inspired by the movie Wall-e I wanted to try and recreated the actual robot in the movie. Although it looks nothing like the robot from the movie this was my first prototype and first robot build. For this project I employed the use of a raspberry pi along with one of adafruits pi motor shields and led display backpack. The pi runs a python Bluetooth server that takes commands from an Android Bluetooth client app that I had created. The pi then sent different signals to either the motor shield or 16x8 led matrix display. Once I have the means I will hopefully improve upon this design to create a robot like Wall-e.
In the photo above is my second robot build. For this build I decided to use a pre made hexapod robot body along with an FPGA board to control the servos. This project was a final for Computer Engineering 371 Advanced Digital Design. The overall aim of the project was to create an autonomous hexapod robot that uses ultra-sonic sensors to changes its gait and traverse past any obstacles it might encounter. Due to time constraints the autonomous functionality was not developed I am currently in the process of creating an SPI like interface for the FPGA to complete the project.


Following is the current structure for the Web Services Database.
One fact to keep in mind is that in XML Schema, simpleTypes and complexTypes can have
the same name, since they are in different XML namespaces. To reflect this fact, simpleTypes
and complexTypes are maintained in separate Tcl namespaces. In general, the Web Services
Database is partitioned into a hierarchy of Tcl namespaces which follow the pattern:
:: wsdb
:: { structural component type }
:: { XML Namespace Alias }
:: { component name }
:: { variable children }
# Main Tcl Namespace
::wsdb
# structural component type: schema (XML Schema Information)
::wsdb::schema
# WSDB supports multiple XML Schema Namespaces.
# XML Namespaces are intended to be univerally unique and use a
# short text string, called a prefix in an instance document.
# WSDB uses a similar concept, called an alias which maps the
# unique XML Namespace to a internally unique text string.
# For example the XML Schema Namespace mapping is:
# xsd = http://www.w3.org/2001/XMLSchema
# Schema to Alias Mappings (variable):
$::wsdb::schema::aliasMap
# Built in schema: XML Schema (alias = xsd):
::wsdb::schema::xsd
# structural component type: simpleTypes
::wsdb::types
# simpleTypes in xsd (http://www.w3.org/2001/XMLSchema)
::wsdb::types::xsd
# xsd component: string
# The namespace contains variables and a procedure to validate
::wsdb::types::xsd::string
# structural component type: complexTypes (elements)
::wsdb::elements
# element component in stockquoter (url:tcl:stockquoter)
::wsdb::elements::stockquoter::StockQuote
#
# The following component types are specific to WSDL
#
# structural component type: messages
::wsdb::messages
# Messages point to some individual element (from any namespace)
# one message in stockquoter (alias) namespace:
::wsdb::messages::stockquoter::StockRequest
# structural component type: operations
::wsdb::operations
# Operations provide the key interface between XML Structures
# and internal Tcl procedures. An operation ties togeather:
# 1. Input message type
# 2. Conversion of message to Tcl structures
# 3. Invocation of Tcl procedure
# 4. Conversion of Tcl results to specific format
# 5. Creation of result document via 'new' procedure:
$::wsdb::elements::stockquoter::StockQuote::new [list of child elements]
# one operation
# Maintains information and procedures necessary for invocation:
::wsdb::operations::stockquoter::StockQuoteOperation
# structural component type: portTypes
# portTypes represent a collection of operations which are:
# 1. Free of transport bindings (SOAP) and possibly,
# 2. Free of instance representation (RPC vs Document):
::wsdb::portTypes
# one portType
::wsdb::porttypes::stockquoter::StockQuotePortType
# structural component type: bindings
# portTypes can be bound to multiple protocols and instance
# representations. Currently only document/literal is supported.
::wsdb::bindings
# Bindings can only be reused at the port level, so internal
# namespace distinctions no longer apply. Bindings are also unique,
# it is illegal to combine the same portType to the same binding
# more than once.
# one binding
::wsdb::bindings::StockQuoteSoapBind
# structural component type: ports
# Ports provide a physical URL for the associated binding.
# ports
::wsdb::ports
# one port
::wsdb::ports::StockQuotePort
# structural component type: services
# A service can contain multiple ports, however, since
# tWSDL can run multiple services at the same time, it is more common
# to have one port per service:
::wsdb::services
# one service
::wsdb::services::StockQuoteService
# tWSDL component: server
::wsdb::servers
# A tWSDL server defines the external targetNamespace.
# A server is associated with a single WSDL file, and can contain
# multiple services, although there is usually no need to do this.
# The server namespace also maintains information on how to start up
# a listener, which host names and which path to use.
# one server
::wsdb::servers::StockQuoter


STSCircallState
enum STSCircallState {}
The state of the STSCircallManager.
-
The initial state. You can connect to a room in this state.
Declaration
Objective-C
STSCircallStateIdle = 0
-
The STSCircallManager is in the process of preparing.
Declaration
Objective-C
STSCircallStatePreparing = 1
-
The STSCircallManager is ready. You can connect to a room in this state.
Declaration
Objective-C
STSCircallStatePrepared = 2
-
The STSCircallManager is connecting to the room, but is not yet connected.
Declaration
Objective-C
STSCircallStateConnecting = 3
-
The STSCircallManager is connected to the room.
Declaration
Objective-C
STSCircallStateConnected = 4
-
The STSCircallManager is in the process of disconnecting.
Declaration
Objective-C
STSCircallStateDisconnecting = 5


Class: Aws::FSx::Types::SnaplockConfiguration
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-fsx/lib/aws-sdk-fsx/types.rb |
Overview
Specifies the SnapLock configuration for an ::Aws::FSx
for ONTAP SnapLock
volume.
Constant Summary
Instance Attribute Summary
-
#audit_log_volume ⇒ Boolean
rw
Enables or disables the audit log volume for an
::Aws::FSx
for ONTAP SnapLock volume. -
#autocommit_period ⇒ Types::AutocommitPeriod
rw
The configuration object for setting the autocommit period of files in an
::Aws::FSx
for ONTAP SnapLock volume. -
#privileged_delete ⇒ String
rw
Enables, disables, or permanently disables privileged delete on an
::Aws::FSx
for ONTAP SnapLock Enterprise volume. -
#retention_period ⇒ Types::SnaplockRetentionPeriod
rw
Specifies the retention period of an
::Aws::FSx
for ONTAP SnapLock volume. -
#snaplock_type ⇒ String
rw
Specifies the retention mode of an
::Aws::FSx
for ONTAP SnapLock volume. -
#volume_append_mode_enabled ⇒ Boolean
rw
Enables or disables volume-append mode on an
::Aws::FSx
for ONTAP SnapLock volume.
Instance Method Summary
Instance Attribute Details
#audit_log_volume ⇒ Boolean
(rw)
Enables or disables the audit log volume for an ::Aws::FSx
for ONTAP
SnapLock volume. The default value is false
. If you set
AuditLogVolume
to true
, the SnapLock volume is created as an
audit log volume. The minimum retention period for an audit log
volume is six months.
For more information, see SnapLock audit log volumes.
# File 'gems/aws-sdk-fsx/lib/aws-sdk-fsx/types.rb', line 7572
class SnaplockConfiguration < Struct.new( :audit_log_volume, :autocommit_period, :privileged_delete, :retention_period, :snaplock_type, :volume_append_mode_enabled) SENSITIVE = [] include Aws::Structure end
#autocommit_period ⇒ Types::AutocommitPeriod (rw)
The configuration object for setting the autocommit period of files
in an ::Aws::FSx
for ONTAP SnapLock volume.
# File 'gems/aws-sdk-fsx/lib/aws-sdk-fsx/types.rb', line 7572
class SnaplockConfiguration < Struct.new( :audit_log_volume, :autocommit_period, :privileged_delete, :retention_period, :snaplock_type, :volume_append_mode_enabled) SENSITIVE = [] include Aws::Structure end
#privileged_delete ⇒ String
(rw)
Enables, disables, or permanently disables privileged delete on an
::Aws::FSx
for ONTAP SnapLock Enterprise volume. Enabling privileged delete
allows SnapLock administrators to delete write once, read many
(WORM) files even if they have active retention periods.
PERMANENTLY_DISABLED
is a terminal state. If privileged delete is
permanently disabled on a SnapLock volume, you can't re-enable it.
The default value is DISABLED
.
For more information, see Privileged delete.
# File 'gems/aws-sdk-fsx/lib/aws-sdk-fsx/types.rb', line 7572
class SnaplockConfiguration < Struct.new( :audit_log_volume, :autocommit_period, :privileged_delete, :retention_period, :snaplock_type, :volume_append_mode_enabled) SENSITIVE = [] include Aws::Structure end
#retention_period ⇒ Types::SnaplockRetentionPeriod (rw)
Specifies the retention period of an ::Aws::FSx
for ONTAP SnapLock volume.
# File 'gems/aws-sdk-fsx/lib/aws-sdk-fsx/types.rb', line 7572
class SnaplockConfiguration < Struct.new( :audit_log_volume, :autocommit_period, :privileged_delete, :retention_period, :snaplock_type, :volume_append_mode_enabled) SENSITIVE = [] include Aws::Structure end
#snaplock_type ⇒ String
(rw)
Specifies the retention mode of an ::Aws::FSx
for ONTAP SnapLock volume.
After it is set, it can't be changed. You can choose one of the
following retention modes:
COMPLIANCE
: Files transitioned to write once, read many (WORM) on a Compliance volume can't be deleted until their retention periods expire. This retention mode is used to address government or industry-specific mandates or to protect against ransomware attacks. For more information, see SnapLock Compliance.ENTERPRISE
: Files transitioned to WORM on an Enterprise volume can be deleted by authorized users before their retention periods expire using privileged delete. This retention mode is used to advance an organization's data integrity and internal compliance or to test retention settings before using SnapLock Compliance. For more information, see SnapLock Enterprise.
# File 'gems/aws-sdk-fsx/lib/aws-sdk-fsx/types.rb', line 7572
class SnaplockConfiguration < Struct.new( :audit_log_volume, :autocommit_period, :privileged_delete, :retention_period, :snaplock_type, :volume_append_mode_enabled) SENSITIVE = [] include Aws::Structure end
#volume_append_mode_enabled ⇒ Boolean
(rw)
Enables or disables volume-append mode on an ::Aws::FSx
for ONTAP SnapLock
volume. Volume-append mode allows you to create WORM-appendable
files and write data to them incrementally. The default value is
false
.
For more information, see Volume-append mode.
# File 'gems/aws-sdk-fsx/lib/aws-sdk-fsx/types.rb', line 7572
class SnaplockConfiguration < Struct.new( :audit_log_volume, :autocommit_period, :privileged_delete, :retention_period, :snaplock_type, :volume_append_mode_enabled) SENSITIVE = [] include Aws::Structure end


Pike Place
Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.
SeaTac
Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.
Seattle Center
Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.
Capitol Hill
Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.
Alki Beach
Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.
Coming Soon!
Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.Random info about the store including Address, Store Hours, Contact info for the location and also what the perks of that location are and what specials they might be having.


The easiest way to set up a new problem is typically to copy an existing problem directory that is similar.
It is relatively quick and straightforward to adapt a problem that is set up to run in Clawpack to run in SharpClaw. The following modifications need to be made:
- Modify setrun.py
- Set time_integrator, tfluct_solver, char_decomp, src_term, lim_type, mbc
- Set mbc to 3
- Modify Makefile
- For this, it is best to copy an existing SharpClaw Makefile
- Slight modifications to:
- rpnN.f
- bcN.f
- outN.f
Source terms: srcN.f should be converted from full-discrete to semi-discrete form.
Optionally, provide tfluctN.f and/or evec.f
It is expected that in Clawpack 5.0, the setup for using SharpClaw or Clawpack will be even less pronounced, as the interfaces to these latter functions will be unified.
The Riemann solver is the basic building block of any Godunov-type method, including the methods in SharpClaw. The routine required takes the form of a wave-propagation solver, just like those used in Clawpack. For many systems of hyperbolic equations, a wave propagation Riemann solver already exists within Clawpack or SharpClaw. For new systems of equations, this function must be written by the user.
The inputs to the Riemann solver are the left and right states appearing in the Riemann problem, as well as any auxiliary variables (such as spatially varying coefficients) that are required for the solution of the Riemann problem. The outputs of the Riemann solver routine are the waves, speeds, and fluctuations.
The following routines must be provided by the user, if necessary.
If the problem includes source terms, these should be included in a routine src.f. Unlike the source term routine for Clawpack, this routine should not integrate the source term over a time step. Rather, it should compute the instantaneous value of the source term in the semi-discrete system.


Ok, so the idea here is that one whole weblahhg is contained in a single directory. What is stored in the directory?
hobix.yaml <- configuration entries/ <- edit and organize your news items, articles and so on. skel/ <- contains your templates htdocs/ <- html is created here, store all your images here, this is your viewable websyht lib/ <- extra hobix libraries (plugins) go here
One weblahhg can be shared with many authors. In the hobix.yaml
file, you can store information about each author, as well as information about others who contribute to your websyht.
You also have a file of your own, a configuration file called .hobixrc
, which contains a list of the weblahhgs you belong to.
If you would like to create your own weblahhg from scratch:
hobix create blahhg ~/my-blog
On Windows, you might do:
hobix create blahhg c:/my-blog
You will be prompted for a full path where the new weblahhg can be created. Don’t worry if the directory doesn’t yet exist, Hobix will take care of clearing a path for it.
Once you give it the path, Hobix will create all the necessary directories, as well as the hobix.yaml
. You should also have a set of sample templates to get you started.
The create
command will also offer you various “modes” for your templates. You are strongly recommended to use an Apache SSI mode if you have a web server which can handle the #include virtual
directive.
Now, let’s generate your sy-yite:
hobix regen blahhg
To join an existing weblahhg:
hobix add other-blahhg /path/to/other-blahhg/hobix.yaml
You don’t need to be on a weblahhg’s author list to join the weblahhg. You just need permissions to edit the file. When you join, you will be added to the author list.
To remove a weblahhg from your configuration:
hobix del other-blahhg
Please don’t be afraid to edit your configuration file yourself, should the commandline not suit your style.
See, here’s my .hobixrc
:
--- weblogs: hobix: /usr/local/www/hobix.com/www/hobix.yaml why: /usr/local/www/whytheluckystiff.net/www/hobix.yaml username: why use editor: true
That’s a YAML file. Very simple to edit. You can manually edit your information, safely add or edit your weblogs, and save back to your .hobixrc
.
Enough then. Time to trick out your new Hoblahhg.


With many thanks for these useful tutorials, I felt it's necessary to send this text about pointers and arrays. Unfortunately pulling out something wrong that is put in humans head is a bit difficult. So understanding the things correct and precise is very important to avoid further misconceptions.
An array is not equal to a pointer. It is a sequence of simple variables in memory.
When we write
1 2
|
int array[3];
array[2]=666;
| |
C/C++ compiler doesn't see array[0] as an address to an integer value, it takes it directly as a value, exactly as same as writing
That's obvious that "var" is not a pointer exactly as array[2] is not.
But if we use a pointer instead of an array, the face of the code is the same but compiler generates different assembly code. For example
1 2
|
int *ptr = new int[3];
ptr[2] = 66;
| |
Is similar to the first code but not with the same meaning to the compiler. In the first code (second line), compiler generates code that will do the following:
1) Go two places next of the array[0] and make it equal to 666.
But in code with pointer it is:
1) Fetch the value (address) of the ptr[0].
2) Add two to it.
3) Make the value pointed by it to 66.
Actually the value of "array", "&array" and "&array[0]" is equal. But the type of "&array" is different (a memory address to an array not an array member).
Here is another example to make the article more understanding. I want to write a program that gets an integer from user, adds 4 to it and then prints out the result. Once I write it using an integer pointer and once with an integer variable.
With integer it will be:
1 2 3 4 5 6 7
|
#include<iostream>
main(){
int int_input;
cin>>int_input;
cout<<(int_input + 4)<<endl;
return 0;
}
| |
And using a pointer it will be:
1 2 3 4 5 6 7 8
|
#include<iostream>
main(){
int *int_ptr = new int[1];
cin>>*int_ptr;
cout<< (*int_ptr + 4)<<endl;
delete(int_ptr);
return 0;
}
| |
Who thinks these programs are exactly the same?
Lets take a look at their assembly. For the first code with an integer it is:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
|
2212: main(){
00401000 push ebp
00401001 mov ebp,esp
00401003 sub esp,44h
00401006 push ebx
00401007 push esi
00401008 push edi
2213: int int_input;
2214: cin>>int_input;
00401009 lea eax,[ebp-4]
0040100C push eax
0040100D mov ecx,offset cin (00414c58)
00401012 call istream::operator>> (0040b7c0)
2215: cout<<(int_input+4)<<endl;
00401017 push offset endl (00401070)
0040101C mov ecx,dword ptr [ebp-4]
0040101F add ecx,4
00401022 push ecx
00401023 mov ecx,offset cout (00414c18)
00401028 call ostream::operator<< (0040b3e0)
0040102D mov ecx,eax
0040102F call ostream::operator<< (00401040)
2216: return 0;
00401034 xor eax,eax
2217: }
| |
And for the code with pointer it is:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39
|
2212: main(){
00401000 push ebp
00401001 mov ebp,esp
00401003 sub esp,4Ch
00401006 push ebx
00401007 push esi
00401008 push edi
2213: int *int_ptr = new int[1];
00401009 push 4
0040100B call operator new (004011b0)
00401010 add esp,4
00401013 mov dword ptr [ebp-8],eax
00401016 mov eax,dword ptr [ebp-8]
00401019 mov dword ptr [ebp-4],eax
2214: cin>>*int_ptr;
0040101C mov ecx,dword ptr [ebp-4]
0040101F push ecx
00401020 mov ecx,offset cin (00414c38)
00401025 call istream::operator>> (0040b8a0)
2215: cout<< (*int_ptr + 4)<<endl;
0040102A push offset endl (004010a0)
0040102F mov edx,dword ptr [ebp-4]
00401032 mov eax,dword ptr [edx]
00401034 add eax,4
00401037 push eax
00401038 mov ecx,offset cout (00414bf8)
0040103D call ostream::operator<< (0040b4c0)
00401042 mov ecx,eax
00401044 call ostream::operator<< (00401070)
2216: delete(int_ptr);
00401049 mov ecx,dword ptr [ebp-4]
0040104C mov dword ptr [ebp-0Ch],ecx
0040104F mov edx,dword ptr [ebp-0Ch]
00401052 push edx
00401053 call operator delete (00401120)
00401058 add esp,4
2217: return 0;
0040105B xor eax,eax
2218: }
| |
19 lines Vs 32 lines. Therefore, you see, an integer is different to a "pointer to integer". An integer is a place of memory where an integer number is kept but an integer pointer (pointer to integer) is a place of memory where an address is saved. Compiler knows that is an address of a place of memory where an integer is held. I do not explain the assembly code since this article is for beginners and I want to keep it short.
As I said array is a sequence of variables in memory. In the example above, I concluded that a pointer is not an integer variable, so it is clear that it cannot be a sequence of them too.
Please feel free to send comments and your idea about the article.


Two sources of income pay for HCOMP conference expenses: registration fees paid by the attendees and sponsorships from corporations, universities, and other institutions. Sponsors’ funds allow HCOMP conferences to limit increasing registration, especially for students and the assistance provided by our sponsors is greatly appreciated.
HCOMP will provide benefits to sponsors in exchange for their financial support. To build awareness of sponsorship, we will publically acknowledge all sponsors in the opening and closing plenary sessions, on the conference website, in the proceedings, and final program. We will list the sponsors in order of contribution. We will also acknowledge Champion and Benefactors sponsors for their contribution to well attended social events including receptions, the conference banquet/party, coffee breaks, and student dinners.
Sponsors are given the opportunity to provide information (e.g., brochures) directly to HCOMP attendees. Champion, Benefactor, and Contributor sponsors are invited to present demonstrations of their relevant technology. HCOMP will also accommodate sponsors interested in recruiting conference attendees. Sponsors may also receive a complimentary HCOMP registration.
HCOMP offers four sponsorship levels: Champions, Benefactors, Contributors, and Friends.


|
WUT Velma robot API
|
Classes | |
| class | LinearIntervalFunction |
| class | VelmaLookAtAction |
Functions | |
| def | simplifiedHeadIK (torso_angle, pt) |
| def | calculateViewQuality (head_q) |
Variables | |
| server = VelmaLookAtAction('velma_look_at_action') | |
| Test torso_q = -0.5 head_q = simplifiedHeadIK(torso_q, geometry_msgs.msg.Point(0.25,-1,1)) quality = calculateViewQuality(torso_q, head_q) print( 'head_q: {}, {}; quality: {}'.format(head_q[0], head_q[1], quality) ) exit(0) More... | |
| def scripts.velma_look_at_action_server.calculateViewQuality | ( | head_q | ) |
Definition at line 102 of file velma_look_at_action_server.py.
| def scripts.velma_look_at_action_server.simplifiedHeadIK | ( | torso_angle, | |
| pt | |||
| ) |
Definition at line 91 of file velma_look_at_action_server.py.
| scripts.velma_look_at_action_server.server = VelmaLookAtAction('velma_look_at_action') |
Test torso_q = -0.5 head_q = simplifiedHeadIK(torso_q, geometry_msgs.msg.Point(0.25,-1,1)) quality = calculateViewQuality(torso_q, head_q) print( 'head_q: {}, {}; quality: {}'.format(head_q[0], head_q[1], quality) ) exit(0)
Definition at line 242 of file velma_look_at_action_server.py.


XFramework has its own building blocks that drive it on. Some blocks are mandatory to include in the build of XFramework, other ones are not required.
Mandatory XF src modules are:
xf.jquery.hooks.js
xf.core.js
xf.settings.js
xf.app.js
xf.router.js
xf.pages.js
xf.model.js
xf.collection.js
xf.view.js
xf.component.js
Optional XF src modules are:
xf.ui.js
xf.ui.*.js
xf.touch.js
xf.utils.js
xf.storage.js
xf.zepto.support.js


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Engineering Week is a yearly gathering where engineering students and industry professionals showcase their hard work, inspire the next generation of engineers, and celebrate the engagement of students pursuing engineering careers.
Students will showcase their passions within disciplines such as material science, environmental, aerospace, and biological engineering. Students showcase mastery in these areas of study through student organizations and projects, as well as faculty lead research. Engineering Week will be hosted on February 19th - February 22nd, 2019.
Our Itinerary at a Glance| Day 1 | Tuesday, Feb. 19th | Extreme Engineering Challenge (EEC) and Adv. Workshops |
|---|---|---|
| Day 2 | Wednesday, Feb. 20th | Introductory Workshops, EEC, and Adv. Workshops (continued) |
| Day 3 | Thursday, Feb. 21st | Kid’s Day |
| Thursday Night | SAA ACCESS Panel & Dinner | |
| Day 4 | Friday, Feb. 22nd | Career Development Day Corporate Seminars and Academic/Research Seminars 10:00 am - 2:00 pm Networking Mixer 3:00 pm - 5:00 pm |
| Friday Night | Evening Gala - Doors Open 6:00 pm |
Day 1: Our Engineers
Day 2: Our Engineers
Day 3: Kids Day!
Feel free to get in touch with us.
Program Manager
Paulina Brambila
<EMAIL_ADDRESS>(559)-800-0091
External Point of Contact
Ethan Murcia
<EMAIL_ADDRESS>(661)-202-6585


Manage Profile
Hello {{ user.get_full_name|default:user.username }}!
Profile Alerts
{% if not user.granted_access or user.suspended_until != None or user.can_invite_new_users or user.reddit_username == '' %}
{% if not user.granted_access %}
You are not currently set up for access and will not be able to
connect
to the server. Please be patient while you are set up.
{% endif %}
{% if user.suspended_until != None %}
You have been suspended until {{ user.suspended_until }}.
Reason: {{ user.suspended_reason }}
{% endif %}
{% if user.can_invite_new_users %}
{% endif %}
{% if user.reddit_username == '' %}
Please enter your Reddit username to gain access to the official
subreddit.
{% endif %}
{% else %}
You have no alerts.
{% endif %}
Change your profile
{% include 'messages.html' %}


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There are tiers of configuration in D2. This is how we structure our configuration.
As you can see, there are multiple tiers for configuration. Next we'll enumerate all the levels and the configurations that belong to that level.
|
Property Name |
Description |
|---|---|
|
partitionProperties |
A map containing all the properties to partition the cluster. (See below for more details) |
|
services |
A list of d2 services that belong to this cluster. |
|
Property Name |
Description |
|---|---|
|
partitionType |
The type partitioning your cluster use. Valid values are RANGE and HASH. |
|
partitionKeyRegex |
The regex pattern used to extract key out of URI. |
|
partitionSize |
Only if you choose partitionType RANGE. The size of the partition i.e. what the is the size of the RANGE in one partition |
|
partitionCount |
How many partition in the clusters |
|
keyRangeStart |
Only if you choose partitionType RANGE. This is the number where the key starts. Normally we start at 0. |
|
hashAlgorithm |
Only if you choose partitionType HASH. You have to give the type of hash. Valid values are MODULE and MD5. |
|
Property Name |
Description |
|---|---|
|
loadBalancerStrategyList |
The list of Strategies that you want to use in your LoadBalancer. Valid values are random, degraderV2, degraderV3. Only degraderV3 support partitioning. Random load balancer just choose any random server to send the request to. So you can't do sticky routing if you choose random load balancer. |
|
path |
The context path of your service |
|
loadBalancerStrategyProperties |
The properties of D2 LoadBalancer. |
|
transportClientProperties |
A map of all properties related on the creation transport client |
|
degraderProperties |
Properties of D2 Degrader. Basically it's a map of all properties related to how D2 perceives a single server's health so D2 can redirect traffic to healthier server. Contrast this to LoadBalancer properties which is used to determine the health of the entire cluster. The difference is, if the health of cluster deteriorate, d2 will start dropping requests instead of redirecting traffic. |
|
banned |
A list of all the servers that shouldn't be used. |
Properties used to create a client to talk to a server.
|
Property Name |
Description |
|---|---|
|
http.queryPostThreshold |
The max length of a URL before we convert GET into POST because the server buffer header size maybe limited. Default is Integer.MAX_VALUE (a.k.a not enabled). |
|
http.poolSize |
Maximum size of the underlying HTTP connection pool. Default is 200. |
|
http.requestTimeout |
Timeout, in ms, to get a connection from the pool or create one, send the request, and receive a response (if applicable). Default is 10000. |
|
http.idleTimeout |
Interval, in ms, after which idle connections will be automatically closed. Default is 25000. |
|
http.shutdownTimeout |
Timeout, in ms, the client should wait after shutdown is initiated before terminating outstanding requests. Default is 10000. |
|
http.maxResponseSize |
Maximum response size, in bytes, that the client can process. Default is 2 MB. |
Properties for load balancers. This affects all servers in a cluster.
|
Property Name |
Description |
|---|---|
|
http.loadBalancer.hashMethod |
What kind of hash method we should use (this is relevant to stickiness). Valid values are none or uriRegex |
|
http.loadBalancer.hashConfig |
If you declare this, you need to define the regexes list that we need to use to parse the URL |
|
http.loadBalancer.updateIntervalMs |
Time interval that the load balancer will update the state (meaning should load balancer, rebalance the traffic, should it increase the drop rate, etc). Default value is 5000. |
|
http.loadBalancer.pointsPerWeight |
The max number of points a client get in a hashring per 1.0 of weight. Default is 100. Increasing this number will increase the computation needed to create a hashring but lead to more even-ness in the hashring. |
|
http.loadBalancer.lowWaterMark |
If the cluster average latency, in ms, is lower than this, we'll reduce the entire cluster drop rate. (This will affect all the clients in the same cluster regardless whether they are healthy or not). Default value is 500. |
|
http.loadBalancer.highWaterMark |
If the cluster average latency is higher than this, in ms, we'll increase the cluster drop rate.(This will affect all the clients in the same cluster regardless whether they are healthy or not). Default value is 3000. |
|
http.loadBalancer.initialRecoveryLevel |
Once a cluster gets totally degraded, this is the baseline that the cluster use to start recovering. Let's say a healthy client has 100 points in a hashring. At a complete degraded state, it has 0 point. Let's say the initial recovery level is 0.005, that means the client get 0.5 point not enough to be reintroduced (because a client need at least 1 point). Default value is 0.01. |
|
http.loadBalancer.ringRampFactor |
Once a cluster is in the recovery mode, this is the multiplication factor that we use to increase the number of point for a client in the ring. For example: a healthy client has 100 points in a hashring. It's completely degraded now with 0 points. The initialRecoveryLevel is set to 0.005 and ringRampFactor is set to 2. So during the #1 turn of recovery we get 0.5 point. Not enough to be reintroduced into the ring. But at #2 turn, because ringRampFactor is 2, then we get 1 point. Turn #3 we get 2 points, etc. Default value is 1. |
|
http.loadBalancer.globalStepUp |
The size of step function when incrementing drop rate in the cluster. Default value is 0.2. Example if globalStepUp = 0.2 |
|
http.loadBalancer.globalStepDown |
Same as http.loadBalancer.globalStepUp except this is for decrementing drop rate |
|
Property Name |
Description |
|---|---|
|
degrader.name |
Name that will show up in the logs (make debugging easier) |
|
degrader.logEnabled |
Whether or not logging is enabled in degrader |
|
degrader.latencyToUse |
What kind of latency to use for our calculation. We support AVERAGE (default), PCT50, PCT90, PCT95, PCT99 |
|
degrader.overrideDropDate |
What fraction of the call should be dropped. A value larger than 0 means this client will permanenty drop that fraction of the calls. Default is -1.0. |
|
degrader.maxDropRate |
The maximum fraction of calls that can be dropped. A value of greater or equal than 0 and less than 1 means we cannot degrade the client to drop all calls if necessary. Default is 1.0. |
|
degrader.maxDropDuration |
The maximum duration, in ms, that is allowed when all requests are dropped. For example if maxDropDuration is 1 min and the last request that should not be dropped is older than 1 min, then the next request should not be dropped. Default is 60000. |
|
degrader.upStep |
The drop rate incremental step every time a degrader crosses the high water mark. Default is 0.2. |
|
degrader.downStep |
The drop rate decremental step every time a degrader recover below the low water mark. Default is 0.2. |
|
degrader.minCallCount |
The minimum number of calls needed before we use the tracker statistics to determine whether a client is healthy or not. Default is 5. |
|
degrader.highLatency |
If the latency of the client exceeds this value then we'll increment the computed drop rate. The higher the computed drop rate, the less the traffic that will go to this server. Default is 3000. |
|
degrader.lowLatency |
If the latency of the client is less than this value then we'll decrement the computed drop rate. The lower the computed drop rate, the more the traffic will go to this server. Default is 500 |
|
degrader.highErrorRate |
If the error rate is higher than this value then we'll increment the computed drop rate which cause less traffic to this server. |
|
degrader.lowErrorRate |
If the error rate is lower that this value then we'll decrement the computed drop rate which in turn will cause more traffic to this server. |
|
degrader.highOutstanding |
If the number of outstanding call is higher than this value then we'll increment the computed drop rate which causes less traffic to this server. Default is 10000. |
|
degrader.lowOutstanding |
If the number of outstanding call is lower than this value then we'll decrement the computed drop rate which causes more traffic to this server. Default is 500. |
|
degrader.minOutstandingCount |
The number of outstanding calls sohuld be greater or equal than this value for the degrader to use the average outstanding latency to determine if high and low watermark condition has been met. High and low water mark conditions are any of these: errorRate, latency and outstandingCount. Default is 5. |
|
degrader.overrideMinCallCount |
If overriden, we will use this value as the minimum number of calls needed before we compute drop rate. Default is -1. |


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PRODUCT MANAGEMENT
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Black magic
Ontario
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Elena
Calculator
Burned
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2021


In this app, you can track the number of calories you have eaten today!
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First on the battlefield and the last to leave, Guardians work tirelessly to ensure victory through superior tactics. Their sword and shield combo gives them a balanced offense and defense, enabling them to outlast enemies while waiting for the perfect opening - or to create one with a well-timed block and counterattack.


By the end of this lesson, you should be able to understand the basics of HTML, and you'll have the tools and knowledge to code your own website!
Using a text editor like CodePen is great because they help you program quicker through colour coding and easy formatting. Visit bit.ly/BSOCHTMLWORKSHOP for the example file you'll need for today.


Welcome to Tangelo, your gateway to easy, rich web applications! Check out the examples below to get started, or read the documentation to learn how to harness the power of the Tangelo!


Publicity
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Npt documentation.
Reference: ANSI Common Lisp npt
Prev: 2. Hold Variable
Next: 4. Registering Functions
An escape function is a function from which an escape may take place. In the previous chapter, the escape function is a function that may cause error
. But escape does not mean only error
.
An escape is an instruction that interrupts the current execution and forces the stack frame to terminate. Five factors exist for escaping
tagbody
/ go
block
/ return-from
catch
/ throw
handler-case
restart-case
In other words, a major change in the flow of execution and a jump to another stack frame is called an escape.
Escape is like setjmp
/longjmp
in C or try
/catch
in C++.
However, npt does not use these operators, it just exits the escape function.
An escape function is not referring to some technique, but rather a rule for creating functions in C.
Common Lisp behavior is achieved by following the rules described below.
Here is an example of how to create an escape function.
int test(void)
{
(NULL, "Start~%", NULL);
lisp_format8_(NULL, "TEST-THROW", NULL);
lisp_funcall8_(NULL, "End~%", NULL);
lisp_format8_
return 0;
}
The name of Escape functions end with an underscore _
, so the lisp_format8_
and lisp_funcall8_
in the example statement are escape functions.
The test
function ignores all the return values of the escape function, but it should be handled correctly. The following is a rewrite of the correct escape function.
int test_(void)
{
if (lisp_format8_(NULL, "Start~%", NULL))
return 1;
if (lisp_funcall8_(NULL, "TEST-THROW", NULL))
return 1;
if (lisp_format8_(NULL, "End~%", NULL))
return 1;
return 0;
}
By executing return 1
when each of the escape functions returned a value, the correct escape function test_
was processed.
Suppose that the test-throw
function is defined as follows.
defun test-throw ()
(throw 'hello 999)) (
When test_
executes lisp_funcall8_
and calls test-throw
, the lisp_funcall8_
function returns 1
because throw
is executed if the corresponding catch
is present.
Then the test_
function is executed as it is and the return 1
is executed, so the next format
statement is not executed and the test_
function ends.
This is how the escape is achieved.
lisp_push_control
Suppose that lisp_push_control
is used in the usual function test
.
int test(void)
{
, v;
addr control
(&control);
lisp_push_control= Lisp_hold();
v (NULL, "Start~%", NULL);
lisp_format8_(v, "TEST-THROW", NULL);
lisp_funcall8_(NULL, "End: ~A~%", v, NULL);
lisp_format8_(control);
lisp_pop_control_
return 0;
}
When rewriting the escape function, statements surrounded by push
/ pop’ should always be popped to free the stack frame rather than return 1
immediately if an escape occurs.
Here’s an example of a fix.
int test_(void)
{
, v;
addr control
(&control);
lisp_push_control= Lisp_hold();
v if (lisp_format8_(NULL, "Start~%", NULL))
goto escape;
if (lisp_funcall8_(v, "TEST-THROW", NULL))
goto escape;
if (lisp_format8_(NULL, "End: ~A~%", v, NULL))
goto escape;
:
escapereturn lisp_pop_control_(control);
}
Although goto
is easy to understand in a simple case like the example, it becomes difficult to understand in a complex syntax.
So, we used the following rewrite in the development of npt.
static int test_call_(void)
{
;
addr v
= Lisp_hold();
v if (lisp_format8_(NULL, "Start~%", NULL))
return 1;
if (lisp_funcall8_(v, "TEST-THROW", NULL))
return 1;
if (lisp_format8_(NULL, "End: ~A~%", v, NULL))
return 1;
return 0;
}
int test_(void)
{
;
addr control
(&control);
lisp_push_control(void)test_call_();
return lisp_pop_control_(control);
}
The example sentence makes extensive use of the following syntax to determine escape.
if (...)
return 1;
Because this syntax is used in so many places, we created the following macro
#define Return(x) {if (x) return 1;}
The function test_call_
can be rewritten with this macro as follows.
static int test_call_(void)
{
;
addr v
= Lisp_hold();
v (lisp_format8_(NULL, "Start~%", NULL));
Return(lisp_funcall8_(v, "TEST-THROW", NULL));
Return(lisp_format8_(NULL, "End: ~A~%", v, NULL));
Return
return 0;
}
If you plan to create a lot of escape functions, you may want to consider using this simple macro, as it is very easy to use.
In summary, an escape function is one that imposes the following rule.
_
(not required)int
.1
on escape, normally 0
.In the previous chapter 2. Hold Variable, we created a function to output a factorial.
However, for the sake of explanation, we did not deal with error handling, so we ignored all return values of the escape function.
The following is a rewrite of the correct escape function.
static int fact_(addr x, addr value)
{
, y;
addr control
if (! lisp_plus_p(value)) {
(x, 1);
lisp_fixnumreturn 0;
}
(&control);
lisp_push_control= Lisp_hold();
y if (lisp_funcall8_(y, "1-", value, NULL))
goto escape;
if (fact_(y, y))
goto escape;
if (lisp_funcall8_(x, "*", value, y, NULL))
goto escape;
:
escapereturn lisp_pop_control_(control);
}
int main_lisp(void *ignore)
{
, x, y;
addr control
(&control);
lisp_push_control= Lisp_hold();
x = Lisp_hold();
y (y, 123);
lisp_fixnumif (fact_(x, y))
goto escape;
if (lisp_format8_(NULL, "fact: ~A! = ~A~%", y, x, NULL))
goto escape;
:
escapereturn lisp_pop_control_(control);
}
The fact_
function in the example sentence will be complete without any further modification.


{% extends "content_template.html" %} {% from "components/table.html" import mapping_table, row, text_field, edit_field, field with context %} {% block per_page_title %} {{ _('Text messages') }} {% endblock %} {% block content_column_content %}
{{ _('Send thousands of free text messages to Canadian and international numbers.') }}
{% if not current_user.is_authenticated %}{{ _('Create an account') }} {{ _('and try it for yourself')}}.
{% endif %}{{ _('GC Notify makes it easy to:') }}
{{ _('Your developers can also') }} {{ _('integrate with our API') }} {{ _('to send text messages automatically') }}.
{{ _('When GC Notify sends your message, the text displays your service name. This shows people that the message is from your service. You can change the text message sender name in your service settings.') }}
{{ _('You can send 25,000 free text messages per year from each service you create.') }}
{% endblock %}


Batch Info:
Instructors:
Teaching Assistants:
Learning Outcomes:
|
General information:
Grading policy:
Questions?*If outside of these time slots, please send an email and confirm our presence before dropping by |
ME1100: Thermodynamics |
Jul-Nov 2019 |
Semester I, ChemE batch |
Suggested Textbooks:
|
Questions?*If outside of these time slots, please send an email and confirm our presence before dropping by |
Batch Info:
Instructors:
Teaching Assistants:
Learning Outcomes:
|
General information:
Grading policy:
Questions?*If outside of these time slots, please send an email and confirm our presence before dropping by |
Updates/Announcements:
|
Course outline | Reading |
|---|
| System, Control volume, Property, Process | CB $1-3--$1-7, LN $1 |
| Pressure measuring devices | CB $1-9--$1-11 |
| Work | CB $2-4, $2-5 |
| Temperature and Heat | CB $1-8, $2-3 |
| Cyclic and non-cyclic processes | CB $2-6, LN $2 |
| Energy and its modes | CB $2-2 |
| Ideal gases and mixtures | CB $3-6, CB $13-1--$13-3 |
| Water-steam system | CB $3-1--3-4 |
| Use of steam and R134a tables | CB $3-5 |
| I law for control volumes | CB $5-1--$5-3 |
| Steady flow processes in devices | CB $5-4 |
| Unsteady flow processes | CB $5-5 |
| Direct and reverse heat engines, Performance | CB $6-3, $6-4 |
| Reversible processes, internal and external irreversiblity | CB $6-6 |
| Carnot cycle, principles, performance | CB $6-7, $6-8, $6-10, $6-11 |
| Absolute temperature scale | CB $6-9 |
| Clausius inequality, Entropy | CB $7-1, $7-6 |
| Increase of entropy principle | CB $7-2 |
| Entropy change for processes | CB $7-3--$7-5, $7-7--$7-9 |
| Isentropic efficiency | CB $7-12 |
| Rankine cycle | CB $10-2--$10-4 |
| Brayton cycle | CB $9-8 |
| Vapor compression cycle | CB $11-3, $11-4 |


Around 88% of employees and 94% of executives say that they believe company culture is crucial to success. If you want to create a powerful environment for your business, then you need to be willing to prize and prioritize the right ideas for your employees. For instance, one value worth cultivating is “gratitude”. Employees who are thankful for where they are and what they accomplish will constantly go above and beyond to serve their employers.
The question is, how do you bring a culture of gratitude into your workplace? The following steps could help.
1. Start by Setting an Example
Whenever you want to implement a change in your company culture, the first thing you need to do is think about how you can set the right example. Remember, as the owner or manager of your business, you’re not just someone who cuts pay-checks and tells people what to do every day. You’re the leader that your employees turn to when they’re looking for advice and guidance.
When people see you practicing gratitude every day, they’ll start to embrace the concept as a natural part of your workplace culture. So, how do you bring gratitude into your life? That’s simple. All you need to do is start showing your appreciation for things - both little and big.
When someone accomplishes a task in your organization, show them how much you appreciate it by giving them a pat on the back. When you meet your goals or targets, share that with your team and show them how every success adds up in the long term. And more importantly, demonstrate the right values and behaviors, because that’s what matters the most in the long term.
2. Recognize Your Employees in the Way They Prefer
Recognition is one of the most powerful things changing modern workforces. In fact, according to some studies, approximately 69% of employees say that they would work harder and take on more responsibilities if they felt their efforts were appreciated. If you want to make sure that you’re building a culture of gratitude for your organization, start by thanking your employees for their hard work in a manner they can really resonate with.
For some small achievements, a simple “thank you” can be enough to make your staff feel better about their career. For bigger accomplishments, you might look for more significant ways to show your recognition. For instance, you could throw an office party celebrating a huge client win or share a company newsletter that highlights your top performers. Some organization still think that the “employee of the month” strategy works well as a way of keeping their hires happy too.
3. Give Your People Reasons to be Thankful
In a world where countless companies are beginning to explore ideas like remote working to help their employees tackle stress and workplace gyms for wellbeing, it pays to go above and beyond for your staff. If you want your employees to feel excited by the fact that they’re part of your team, and you’re hoping that your reputation as an excellent employer will spread to lure new talent to your company, then look for creative ways to make your staff smile.
The little extras and benefits you put into place to delight your team will depend on what they appreciate most. For instance, academic minds might like it if you sign them up for trips to regular conferences and training sessions. Plenty of employees like having an opportunity to expand and improve their skills. Providing this education not only makes your hires happy, but also gives you access to new talents too!
On the other hand, giving your employees a reason to be thankful could be as simple as signing them up for a monthly coffee subscription, so that they can enjoy fresh java every day.
4. Look for Ways to Give Back
Embracing a true culture of gratitude means more than giving something back to your employees. It could also mean that you look for ways to support your community and local causes that need your help. Signing up for a partnership with a charity that your team cares about and giving them paid leave to go and offer their services to that organization is a great way to share the idea of gratitude far and wide.
Collaborating with charities gives your employees an opportunity to express their gratitude for the privileges they enjoy as part of your company, and essentially share the wealth. As well as allowing staff to take part in formal programs, you could also ask employees to come up with and suggest their own initiatives. You’d be surprised how much a caring nature matters to today’s hires. Modern employees - particularly those in the millennial demographic, like to feel as though they’re having an impact on the world around them.
Showing your team that you’re willing to give something back both improves your culture of gratitude and may help you to attract new candidates to your company too.
5. Take Time to Reflect
Finally, sometimes the best way to nurture a culture of gratitude in your company is to simply slow down. When you stop rushing around after deadlines and take the time to stop and smell the coffee every now and again, it’s easier to reflect on where you are, and where you came from. Although running a business can be hard work, when you begin to reflect, you’ll realize just how lucky you’ve been so far.
Even in the toughest of times, most of us have something to be grateful for. Whether it’s a family back home that supports you or a great USP in your business, make sure that you appreciate what you have. Try to encourage moments of reflection for your team, so that they never lose sight of the positive things in their lives.
6. Give a Purpose
A team should have clear, achievable milestones with a good plan, eg prioritized things to do. When the deliverables are shipped, make sure that the team gets the feedback about them, about how they really impacted the customers, so that the individuals feel they made a difference in something bigger.
About the author: Raj Jana is the CEO of JavaPresse and a strong advocate of the power of company culture. He enjoys sharing his advice on how to build a successful company and often uses his experiences to help him write insightful articles for blogs across the internet. Company culture has quickly become one of the most important components of a successful business. After all, your people can either make or break your company. If they’re happy and satisfied with their jobs, then they’re sure to be more productive and focused in their roles. On the other hand, if they’re constantly looking forward to the moment that they can clock out and go home, then your organization will struggle to thrive.
Kuddos to Tobias Flanders and Emily Sattout for the comments and edits of the article 🙌


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Canada's current annual population growth rate is 1.238%, or a
daily increase of 1,137 individuals. Between 1867 and 2009 Canada's
population grew by 979%. Natural growth accounts for an annual
increase of 137,626 persons, at a yearly rate of 0.413%. Montreal
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MY LEARNING PLAN
WELCOME TO MY VENT STATION!
AND I'LL BE SHARING MY BATTLE PLAN IN ATTACKING FOUNDATIONS AND PREPARING
FOR BOOTCAMP!
HERE ARE SOME QUESTONS I ASKED MYSELF.
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what motivates me to continue even though i want to rip out what hair i have left?
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what is the reason that i put my self in this stressful situation?
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What will you do when things are building up and starting to get to you?
GREAT QUESTIONS ME, LET ME ANSWER THEM!
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First what motivates me, learning moving forward into unknown places testing my
limits. pushing myself to the point of crazy its like a drug, and im hooked on this buzz. oh and i have already
ripped my hair out long time ago.
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What is the reason i put myself in stress because, its the only way to grow!
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what will i do when things start building up? it already has hahaah.
keep moving forward and ask for help theres only so much that one do by themselves.
i have only gotten this far becasue iv asked for help.

- ASK FOR HELP, this is an important thing HELP IS ALWAYS THERE JUUUUST ASK MAN!


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Star Wars: The Rise of Skywalker Unveils Spectacular New Footage
by Bea CaicoyaNew footage from Star Wars: The Rise of Skywalker has surfaced online.
The footage doubles down on Rey's arc, taking fans on a mini-tour of the locations that she'll visit in the film, including the Kijimi's Thieves' Quarter, as well as the First Order room where Rey encounters what looks like a carbonized Darth Vader relic.
One of the most spectacular shots takes place in a First Order hangar, where Kylo Ren observes Rey jumping through the void of space and into the Millenium Falcon. However, we also go to the planet of Pasaana, where we see Rey shoot a blaster at two sandtroopers pursuing her through the desert.
The clip also shows a very detailed closeup of Kylo Ren's reforged mask, as well as of Rey's absolute fury while she duels with him. The final shot then reprises the scene where the Emperor hovers over Rey on what looks like a massive Shah-tezh (Star Wars chess) board.
Directed and co-written by J.J. Abrams, Star Wars: The Rise of Skywalker stars Carrie Fisher, Mark Hamill, Adam Driver, Daisy Ridley, John Boyega, Oscar Isaac, Anthony Daniels, Naomi Ackie, Domhnall Gleeson, Richard E. Grant, Lupita Nyong’o, Keri Russell, Joonas Suotamo, Kelly Marie Tran, with Ian McDiarmid and Billy Dee Williams. The film arrives on Dec. 20.
https://schema.orgBreadcrumbListListItem1Homehttps://www.cbr.com/ListItem2Movieshttps://www.cbr.com/category/movies/ListItem3Movie Newshttps://www.cbr.com/category/movies/news-movies/ListItem4Star Wars: The Rise of Skywalker Unveils Spectacular New Footagehttps://www.cbr.com/star-wars-rise-of-skywalker-new-footage/


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