the future
The future is closer than you may belive it is so close infact that you are living it right now
Together we will have an epic adventure to the future, my goals are to go beyond minecraft
and make a difference in the internet
The future is closer than you may belive it is so close infact that you are living it right now
Together we will have an epic adventure to the future, my goals are to go beyond minecraft
and make a difference in the internet


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abc
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6pm-7pm
movieasdasdsad
comedy
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7pm-8pm
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current
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5sdkjalsj
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|
SDK
Release 1.7.5
Communications, logger, and bootloader libraries.
|
Go to the source code of this file.
Functions | |
| uint32_t | checksum32 (const void *data, int count) |
| void | flipFloat (uint8_t *ptr) |
| float | flipFloatCopy (float val) |
| void | flipDouble (uint8_t *ptr) |
| double | flipDoubleCopy (double val) |
| void | flipEndianess32 (uint8_t *data, int dataLength) |
| void | flipDoubles (uint8_t *data, int dataLength, int offset, uint16_t *offsets, uint16_t offsetsLength) |
| void | flipStrings (uint8_t *data, int dataLength, int offset, uint16_t *offsets, uint16_t offsetsLength) |
| uint16_t * | getDoubleOffsets (eDataIDs dataId, uint16_t *offsetsLength) |
| uint16_t * | getStringOffsetsLengths (eDataIDs dataId, uint16_t *offsetsLength) |
| uint32_t | serialNumChecksum32 (const void *data, int size) |
| uint32_t | flashChecksum32 (const void *data, int size) |
| uint64_t | didToRmcBit (uint32_t dataId, uint64_t defaultRmcBits) |
| void | julianToDate (double julian, int32_t *year, int32_t *month, int32_t *day, int32_t *hours, int32_t *minutes, int32_t *seconds, int32_t *milliseconds) |
| double | gpsToJulian (int32_t gpsWeek, int32_t gpsMilliseconds) |
| int | gpsToNmeaGGA (const gps_pos_t *gps, char *buffer, int bufferLength) |
| uint32_t checksum32 | ( | const void * | data, |
| int | count | ||
| ) |
Definition at line 520 of file data_sets.c.
| uint64_t didToRmcBit | ( | uint32_t | dataId, |
| uint64_t | defaultRmcBits | ||
| ) |
Definition at line 552 of file data_sets.c.
| uint32_t flashChecksum32 | ( | const void * | data, |
| int | size | ||
| ) |
Definition at line 546 of file data_sets.c.
| void flipDouble | ( | uint8_t * | ptr | ) |
Definition at line 50 of file data_sets.c.
| double flipDoubleCopy | ( | double | val | ) |
Definition at line 63 of file data_sets.c.
| void flipDoubles | ( | uint8_t * | data, |
| int | dataLength, | ||
| int | offset, | ||
| uint16_t * | offsets, | ||
| uint16_t | offsetsLength | ||
| ) |
Definition at line 93 of file data_sets.c.
| void flipEndianess32 | ( | uint8_t * | data, |
| int | dataLength | ||
| ) |
Definition at line 75 of file data_sets.c.
| void flipFloat | ( | uint8_t * | ptr | ) |
Definition at line 22 of file data_sets.c.
| float flipFloatCopy | ( | float | val | ) |
Definition at line 34 of file data_sets.c.
| void flipStrings | ( | uint8_t * | data, |
| int | dataLength, | ||
| int | offset, | ||
| uint16_t * | offsets, | ||
| uint16_t | offsetsLength | ||
| ) |
Definition at line 119 of file data_sets.c.
| uint16_t* getDoubleOffsets | ( | eDataIDs | dataId, |
| uint16_t * | offsetsLength | ||
| ) |
Definition at line 145 of file data_sets.c.
| uint16_t* getStringOffsetsLengths | ( | eDataIDs | dataId, |
| uint16_t * | offsetsLength | ||
| ) |
Definition at line 379 of file data_sets.c.
| double gpsToJulian | ( | int32_t | gpsWeek, |
| int32_t | gpsMilliseconds | ||
| ) |
Definition at line 686 of file data_sets.c.
| int gpsToNmeaGGA | ( | const gps_pos_t * | gps, |
| char * | buffer, | ||
| int | bufferLength | ||
| ) |
Definition at line 724 of file data_sets.c.
| void julianToDate | ( | double | julian, |
| int32_t * | year, | ||
| int32_t * | month, | ||
| int32_t * | day, | ||
| int32_t * | hours, | ||
| int32_t * | minutes, | ||
| int32_t * | seconds, | ||
| int32_t * | milliseconds | ||
| ) |
Definition at line 594 of file data_sets.c.
| uint32_t serialNumChecksum32 | ( | const void * | data, |
| int | size | ||
| ) |
Definition at line 540 of file data_sets.c.


Most of these jokes were posted to Usenet news groups. People who read such things collected them and put them on their web sites. I have shamelessly borrowed them, edited them and posted them here for the light relief of other statisticians.
 They drive out into the savannah in their jeep, stop, and scour the horizon with their binoculars.
The biologist: “Look! There’s a herd of zebras! And there, in the middle: a white zebra! It’s fantastic! There are white zebras! We’ll be famous!”
The statistician: “It’s not significant. We only know there’s one white zebra.”
The mathematician: “Actually, we know there exists a zebra which is white on one side.”
The computer scientist: “Oh no! A special case!”
The Physicist, the Chemist, and the Statistician
Three professors (a physicist, a chemist, and a statistician) are called in to see their dean. Just as they arrive the dean is called out of his office, leaving the three professors there. The professors see with alarm that there is a fire in the wastebasket.
The physicist says, “I know what to do! We must cool down the materials until their temperature is lower than the ignition temperature and then the fire will go out.”
The chemist says, “No! No! I know what to do! We must cut off the supply of oxygen so that the fire will go out due to lack of one of the reactants.”
While the physicist and chemist debate what course to take, they both are alarmed to see the statistician running around the room starting other fires. They both scream, “What are you doing?”
To which the statistician replies, “Trying to get an adequate sample size.”
One-Liners
- Statistics means never having to say you’re certain.
- Statistics is the art of never having to say you’re wrong.
- Variance is what any two statisticians are at.
- 97.3% of all statistics are made up.
- It’s like the tale of the roadside merchant who was asked to explain how he could sell rabbit sandwiches so cheap. “Well,” he explained, “I have to put some horse-meat in too. But I mix them 50:50. One horse, one rabbit.” (Darrel Huff, How to Lie with Statistics)
- Are statisticians normal?
- Smoking is a leading cause of statistics.
- 43% of all statistics are worthless.
- 3 out of 4 Americans make up 75% of the population.
- Death is 99 per cent fatal to laboratory rats.
- A statistician is a person who draws a mathematically precise line from an unwarranted assumption to a foregone conclusion.
- A statistician can have his head in an oven and his feet in ice, and he will say that on the average he feels fine.
- 80% of all statistics quoted to prove a point are made up on the spot.
- Fett’s Law: Never replicate a successful experiment.
- Classification of mathematical problems as linear and nonlinear is like classification of the Universe as bananas and non-bananas.
- A law of conservation of difficulties: there is no easy way to prove a deep result.
- “This is a one line proof…if we start sufficiently far to the left.”
- “The problems for the exam will be similar to the discussed in the class. Of course, the numbers will be different. But not all of them. Pi will still be 3.14159… “
A Greater Than Average Number of Legs
The great majority of people have more than the average number of legs. Amongst the 57 million people in Britain there are probably 5,000 people who have only one leg. Therefore the average number of legs is
$$(5000 \times 1 + 56,995,000 \times 2)/57,000,000 = 1.9999123.$$
Since most people have two legs…
The Man who Counts the Number of People at Public Gatherings
You’ve probably seen his headlines, “Two million flock to see Pope”, “200 arrested as police find ounce of cannabis”, “Britain #3 billion in debt.” You probably wondered who was responsible for producing such well rounded-up figures. What you didn’t know was that it was all the work of one man, Rounder-Up to the media, John Wheeler. But how is he able to go on turning out such spot-on statistics? How can he be so accurate all the time?
“We can’t,” admits Wheeler blithely. “Frankly, after the first million we stop counting, and round it up to the next million. I don’t know if you’ve ever counted a papal flock, but, not only do they look a bit the same, they also don’t keep still, what with all the bowing and crossing themselves.”
“The only way you could do it accurately is by taking an aerial photograph of the crowd and handing it to the computer to work out. But then you’d get a headline saying, ‘1,678,163 [sic] flock to see Pope, not including 35,467 who couldn’t see him,’ and, believe me, nobody wants that sort of headline.”
The art of big figures, avers Wheeler, lies in psychology, not statistics. The public like a figure it can admire. It likes millionaires, and million-sellers, and centuries at cricket, so Wheeler’s international agency gives them the figures it wants, which involves not only rounding up but rounding down.
“In the old days people used to deal with crowds on the Isle of Wight principle–you know, they’d say that every day the population of the world increased by the number of people who could stand upright on the Isle of Wight, or the rain-forests were being decreased by an area the size of Rutland. This meant nothing. Most people had never been to the Isle of Wight for a start, and even if they had, they only had a vision of lots of Chinese standing in the grounds of the Cowes Yacht Club. And the Rutland comparison was so useless that they were driven to abolish Rutland to get rid of it.
“No, what people want is a few good millions. A hundred million, if possible. One of our inventions was street value, for instance. In the old days they used to say that police had discovered drugs in a quantity large enough to get all of Rutland stoned for a fortnight. We started saying that the drugs had a street value of #10 million. Absolutely meaningless, but people understand it better.”
Sometimes they do get the figures spot on. “250,000 flock to see Royal two,” was one of his recent headlines, and although the 250,000 was a rounded-up figure, the two was quite correct. In his palatial office he sits surrounded by relics of past headlines–a million-year-old fossil, a #500,000 Manet, a photograph of the Sultan of Brunei’s #10,000,000 house–but pride of place goes to a pair of shoes framed on the wall.
“Why the shoes? Because they cost me #39.99.  Strange, isn’t it? They want mass demos of exactly half a million, but they also want their gramophone records to go round at thirty-three-and-a-third, forty-five and seventy-eight rpm. We have stayed in business by remembering that below a certain level people want oddity. They don’t want a rocket costing #299 million and 99p, and they don’t want a radio costing exactly #50.”
How does he explain the times when the figures clash–when, for example, the organisers of a demo claim 250,000 but the police put it nearer 100,000?
“We provide both sets of figures; the figures the organisers want, and the figures the police want. The public believe both. If we gave the true figure, about 167,890, nobody would believe it because it doesn’t sound believable.”
John Wheeler’s name has never become well-known, as he is a shy figure, but his firm has an annual turnover of #3 million and his eye for the right figure has made him a rich man. His greatest pleasure, however, comes from the people he meets in the counting game.
“Exactly two billion, to be precise.”
(Miles Kington, writing in The Observer, November 3, 1986)
Final Exam
A statistics major was completely hung over the day of his final exam. It was a true/false test, so he decided to flip a coin for the answers. The statistics professor watched the student the entire two hours as he was flipping the coin… writing the answer… flipping the coin… writing the answer. At the end of the two hours, everyone else had left the final except for the one student. The professor walks up to his desk and interrupts the student, saying, “Listen, I have seen that you did not study for this statistics test, you didn’t even open the exam. If you are just flipping a coin for your answer, what is taking you so long?”
The student replies bitterly (as he is still flipping the coin), “Shhh! I am checking my answers!”
The Ten Commandments of Statistical Inference
- Thou shalt not hunt statistical inference with a shotgun.
- Thou shalt not enter the valley of the methods of inference without an experimental design.
- Thou shalt not make statistical inference in the absence of a model.
- Thou shalt honor the assumptions of thy model.
- Thy shalt not adulterate thy model to obtain significant results.
- Thy shalt not covet thy colleagues’ data.
- Thy shalt not bear false witness against thy control group.
- Thou shalt not worship the 0.05 significance level.
- Thy shalt not apply large sample approximation in vain.
- Thou shalt not infer causal relationships from statistical significance.
Q: Why is it that the more accuracy you demand from an interpolation function, the more expensive it becomes to compute?
A: That’s the Law of Spline Demand.
An algebraic limerick: $$ \int_1^{\sqrt[3]{3}} t^2dt \times\cos(3\pi/9) = \log(\sqrt[3]{e}) $$
Which, of course, translates to:
Integral t-squared dt
from 1 to the cube root of 3
times the cosine
of three pi over 9
equals log of the cube root of ‘e’.
And it’s correct, too.
The remaining limericks are taken from Mark Carter’s page which has since disappeared.
A mathematician confided
That the Möbius band is one-sided
And you’ll get quite a laugh
If you cut one in half
‘Cause it stays in one piece when divided.
A mathematician named Klein
Thought the Möbius band was divine
Said he: If you glue
The edges of two
You’ll get a weird bottles like mine.
There was a young fellow named Fisk,
A swordsman, exceedingly brisk.
So fast was his action,
The Lorentz contraction
Reduced his rapier to a disk.
‘Tis a favorite project of mine
A new value of pi to assign.
I would fix it at 3
For it’s simpler, you see,
Than 3 point 1 4 1 5 9
If inside a circle a line
Hits the center and goes spine to spine
And the line’s length is “d”
the circumference will be
d times 3.14159
A challenge for many long ages
Had baffled the savants and sages.
Yet at last came the light:
Seems old Fermat was right–
To the margin add 200 pages.
If (1+x) (real close to 1)
Is raised to the power of 1
Over x, you will find
Here’s the value defined:
2.718281…
This poem was written by John Saxon (an author of math textbooks). $$ ((12 + 144 + 20 + (3 * \sqrt{4})) / 7) + (5 * 11) = 9^2 + 0 $$
A Dozen, a Gross and a Score,
plus three times the square root of four,
divided by seven,
plus five times eleven,
equals nine squared and not a bit more.
In arctic and tropical climes,
the integers, addition, and times,
taken (mod p) will yield
a full finite field,
as p ranges over the primes.
A graduate student from Trinity
Computed the cube of infinity;
But it gave him the fidgets
To write down all those digits,
So he dropped math and took up divinity.
A conjecture both deep and profound
Is whether the circle is round;
In a paper by Erdös,
written in Kurdish,
A counterexample is found.
(Note: Erdös is pronounced “Air-dish”)
Three jolly sailors from Blaydon-on-Tyne,
They went to sea in a bottle by Klein,
Since the sea was inside the hull,
The scenery seen was exceedingly dull.
By Chris Boyd (see comments below).
$$ 4 + (6! - 0.5(12^2 + (403 + 1))) = 2(15^2) $$
Four plus the difference between
The factorial of six and the mean
Of twelve squared and four
Hundred three (plus one more)
Equals double the square of fifteen.
Interesting Theorem: All positive integers are interesting.
Proof: Assume the contrary. Then there is a lowest non-interesting positive integer. But, hey, that’s pretty interesting! A contradiction.
Links
Opundo - Rick Sutcliffe’s site on limericks. mathematics, science, theology, and much more.


--- layout: post title: sheep Sketches date: '2014-03-04T07:30:26+01:00' categories: - Sketches picture_url: https://film-Storyboards.tumblr.com/post/78543396903/sheep-Sketches ---
Quick character study.


Table Name: tabAuthorization Rule
| Sr | Fieldname | Type | Label | Options |
|---|---|---|---|---|
| 1 | transaction |
Select | Transaction |
Sales Order Purchase Order Quotation Delivery Note Sales Invoice Purchase Invoice Purchase Receipt Appraisal |
| 2 | based_on |
Select | Based On |
Grand Total Average Discount Customerwise Discount Itemwise Discount Not Applicable |
| 3 | customer_or_item |
Select | Customer or Item |
Customer Item |
| 4 | master_name |
Dynamic Link | Customer / Item Name |
customer_or_item |
| 5 | column_break_3 |
Column Break | ||
| 6 | company |
Link | Company | Company |
| 7 | section_break_17 |
Section Break | ||
| 8 | value |
Float | Authorized Value | |
| 9 | section_break_7 |
Section Break | ||
| 10 | system_role |
Link | Applicable To (Role) | Role |
| 11 | to_emp |
Link | Applicable To (Employee) | Employee |
| 12 | column_break_10 |
Column Break | ||
| 13 | system_user |
Link | Applicable To (User) | User |
| 14 | to_designation |
Link | Applicable To (Designation) | Designation |
| 15 | section_break_13 |
Section Break | ||
| 16 | approving_role |
Link | Approving Role (above authorized value) | Role |
| 17 | column_break_15 |
Column Break | ||
| 18 | approving_user |
Link | Approving User (above authorized value) | User |
Inherits from frappe.model.document.Document


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Space sector needs cabinet representation, Charest says
by Sarah Turnbull, CTVNews.ca ProducerOTTAWA – Former Quebec premier Jean Charest was in Ottawa today proposing changes to the Liberal cabinet to better reflect the aerospace industry.
Charest, who was appointed chair of the Aerospace Industries Association of Canada (AIAC) Vision 2025 initiative, is calling for Prime Minister Justin Trudeau to appoint a new minister to ensure Canada’s involvement in global space exploration remains a top priority.
The "minister of skills development & skills training" would oversee "development and training to work with industry, education institutions, workers and the provinces to develop a long-term strategy to address the looming labour crunch that will require 50,000 new workers to replace those leaving the aerospace sector in the coming years," said Charest in the press release.
Charest, who is moderating a panel at the Canadian Aerospace Summit on Wednesday, is also putting forward a recommendation that aerospace be included in the mandate of the minister of international trade.
"Canadian aerospace isn’t competing domestically, the competition is global. It only makes sense that the Minister of International Trade would use every opportunity to champion our world class industry on the international stage," said Charest.
In the 42nd Parliament, the ministry of innovation, science, and economic development (ISED) – led by Navdeep Bains – the ministry of science and sport – led by Kristy Duncan – and the ministry of transport – led by former astronaut Marc Garneau – oversaw investments in the aerospace sector.
In February, the government announced just over $2 billion spanning 24 years for Canada’s space program.
"Thanks to this investment, our Canadian astronauts will have access to new space missions, inspiring generations to come. The Canadian space community will maintain global leadership in robotics, and capitalize on our world-leading expertise in AI, and health," said Bains in a subsequent press release.
According to the ISED website, the Canadian aerospace industry contributed over $25 billion in GDP and created 213,000 jobs in 2018.
More to come…


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This post is based on David Pollard's notes on martingale inequalities. $ \newcommand{\abs}[1]{| #1 |} \newcommand{\bigabs}[1]{\left| #1 \right|} \newcommand{\R}{\mathbb{R}} \newcommand{\E}{\mathbb{E}} \renewcommand{\Pr}{\mathbb{P}} \newcommand{\calE}{\mathcal{E}} \newcommand{\calF}{\mathcal{F}} \newcommand{\ip}[2]{\langle #1, #2 \rangle} \newcommand{\T}{\mathsf{T}} \newcommand{\Tr}{\mathrm{Tr}} \newcommand{\ind}{\mathbf{1}} \newcommand{\norm}[1]{\lVert #1 \rVert}$
Let $(X_k)_{k \geq 1}$ be a real-valued martingale difference sequence adapted to the filtration $(\calF_k)_{k \geq 1}$. Put $S_n := \sum_{k=1}^{n} X_k$. Our goal is to produce tail bounds on the quantity $\Pr\{ S_n \geq t \}$. A nice result known as Bennett's inequality gives us one form of control.
Theorem: Suppose that the random variable $Y_k := X_k | \calF_{k-1}$ satisfies $Y_k \leq b$ a.s. for some $b > 0$. Let $\psi(t)$ denote the function $$ \psi(t) = \frac{(1+t)\log(1+t)-t}{t^2/2} \:. $$ We have that $$ \Pr\{ S_n \geq t \} \leq \Pr\{ \calE(W)^c \} + \exp\left\{ -\frac{t^2}{2W} \psi\left(\frac{bt}{W}\right) \right\} \:, $$ where for positive $W$ we define $\calE(W)$ as $$ \calE(W) := \left\{ \sum_{k=1}^{n} \E[X_k^2| \calF_{k-1}] \leq W \right\} \:. $$
The rest of this post will work through David Pollard's proof of this result. Originally, Bennett's inequality was proven for independent random variables. The martingale extension of this result is originally due to Freedman. Hence, this result is sometimes referred to as Freedman's inequality in the literature.
First, we define $\Phi(x) := e^{x} - 1 - x$ and $\Delta(x) := \frac{\Phi(x)}{x^2/2}$. Note that there is no issue with this definition at $x=0$, since $$ \lim_{x \to 0} \frac{\Phi(x)}{x^2/2} = 1 \:. $$ There are two important properties of $\Delta(x)$:
- $\Delta(x) \geq 0$ for all $x \in \R$,
- $\Delta(x)$ is monotonically increasing on $\R$.
With the definition and properties of $\Delta(x)$ in place, we are ready to make some progress. First, a proposition that bounds the moment generating function using $\Delta(x)$ of a zero-mean random variable bounded above almost surely.
Proposition: Let $X$ be a zero-mean random variable such that $X \leq b$ a.s. for some $b \geq 0$ and $\E[X^2] < \infty$. Fix any $\theta > 0$. We have $$ \E[e^{\theta X}] \leq \exp\left\{ \frac{\Delta(\theta b) \theta^2}{2} \E[X^2] \right\} \:. $$
Proof: Observe that, $$ \begin{align*} \E[ e^{\theta X} ] &= \E[ e^{\theta X} - 1 - \theta X ] + 1 \\ &= \E[ \Phi(\theta X) ] + 1 \\ &= \E\left[ \frac{(\theta X)^2}{2} \Delta(\theta X) \right] + 1 \\ &\stackrel{(a)}{\leq} \E\left[ \frac{(\theta X)^2}{2} \Delta(\theta b) \right] + 1 \\ &= \frac{\Delta(\theta b) \theta^2}{2} \E[X^2] + 1 \\ &\leq \exp\left\{ \frac{\Delta(\theta b) \theta^2}{2} \E[X^2] \right\} \:, \end{align*} $$ where in (a) we used the fact that $\Delta(x) \geq 0$ and is monotonically increasing. $\square$
Proof (Bennett's inequality for martingales): Now let us abbreviate $\calE = \calE(W)$ and define $V_n := \sum_{k=1}^{n} \E[X_k^2 | \calF_{k-1}]$. Observe that for any $\theta > 0$, by Markov's inequality $$ \begin{align*} \Pr\{ S_n \geq t \} &\leq \Pr\{ \calE^c \} + \Pr\{ \calE \cap \{ S_n \geq t \} \} \\ &= \Pr\{ \calE^c \} + \Pr\{ \calE \cap \{ e^{\theta S_n} \geq e^{\theta t} \} \} \\ &= \Pr\{ \calE^c \} + \Pr\{ \ind_{\calE} e^{\theta S_n} \geq e^{\theta t} \} \\ &\leq \Pr\{ \calE^c \} + e^{-\theta t} \E[ \ind_{\calE} e^{\theta S_n} ] \\ &= \Pr\{ \calE^c \} + e^{-\theta t} \E[ \ind_{\calE} e^{\theta S_n - \theta^2 V_n \Delta(\theta b)/2 } e^{\theta^2 V_n \Delta(\theta b)/2} ] \\ &\leq \Pr\{ \calE^c \} + e^{-\theta t + \theta^2 W \Delta(\theta b)/2 } \E[ \ind_{\calE} e^{\theta S_n - \theta^2 V_n \Delta(\theta b)/2 } ] \:. \end{align*} $$ We are now ready to peel off the MGF terms one-by one. Define $$ \calE_n := \left\{ V_n \leq W \right\} \:. $$ Since if $k \leq \ell$ then $\calE_{k} \supseteq \calE_{\ell}$, we have that $\ind_{\calE_k} = \ind_{\calE_k} \ind_{\calE_{k-1}}$. Using the tower rule and the previous proposition, $$ \begin{align*} \E[ \ind_{\calE_n} e^{\theta S_n - \theta^2 V_n \Delta(\theta b)/2 } ] &= \E[ \ind_{\calE_{n-1}} \ind_{\calE_n} e^{\theta S_n - \theta^2 V_n \Delta(\theta b)/2 } ] \\ &\leq \E[ \ind_{\calE_{n-1}} e^{\theta S_{n-1} - \theta^2 V_{n-1} \Delta(\theta b)/2} (\E[ e^{\theta X_n} |\calF_{n-1}] e^{-\theta^2 \E[X_n^2|\calF_{n-1}] \Delta(\theta b)/2} ) ] \\ &\leq \E[ \ind_{\calE_{n-1}} e^{\theta S_{n-1} - \theta^2 V_{n-1} \Delta(\theta b)/2} ] \\ &\qquad\vdots \\ &\leq \E[ e^{\theta X_1 - \theta^2 \E[X_1^2] \Delta(\theta b)/2} ] \\ &\leq 1 \:. \end{align*} $$ Hence, we have shown that $$ \begin{align*} \Pr\{ S_n \geq t \} &\leq \Pr\{ \calE^c \} + \inf_{\theta > 0} \exp\{-\theta t + \theta^2 W \Delta(\theta b)/2 \} \\ &= \Pr\{ \calE^c \} + \inf_{\theta > 0} \exp\{-\theta t + (W/b^2) \Phi(\theta b) \} \\ &= \Pr\{ \calE^c \} + \inf_{\theta > 0} \exp\left\{-\frac{W}{b^2} \left( \frac{bt}{W} (\theta b) - \Phi(\theta b) \right) \right\} \\ &= \Pr\{ \calE^c \} + \exp\left\{ -\frac{W}{b^2} \sup_{\theta > 0}\left( \frac{bt}{W} (\theta b) - \Phi(\theta b) \right) \right\} \\ &= \Pr\{ \calE^c \} + \exp\left\{ -\frac{W}{b^2} \sup_{x > 0}\left( \frac{bt}{W} (x) - \Phi(x) \right) \right\} \:. \end{align*} $$ We now study the quantity for a fixed $y$, $$ \sup_{x > 0} xy - \Phi(x) \:. $$ Simple calculations yield that when $y > -1$, we have $$ \sup_{x > 0} xy - \Phi(x) = (1+y)\log(1+y) - y = (y^2/2) \psi(y) \:. $$ Plugging in to the above, expression, we conclude $$ \Pr\{ S_n \geq t \} \leq \Pr\{ \calE^c \} + \exp\left\{ - \frac{t^2}{2W} \psi( bt/W ) \right\} \:, $$ as desired. $\square$
Proof that $\Delta(x)$ is increasing
First, we state a fact that will be useful in our proof.
Proposition: The only real-valued solution to $$ e^x = \frac{1}{1-x} $$ occurs at $x=0$.
Proof: Clearly $x=0$ is a solution and no solutions occur when $x \geq 1$. The remainder of the proof consists of ruling out the remaining cases: when $x \in (0, 1)$, and when $x < 0$.
First, suppose a solution holds in $x \in (0, 1)$. We compare the convergent series for $e^x$ and $\frac{1}{1-x}$. Specifically for any $\varepsilon > 0$ there exists an $N \geq 2$ such that $$ 0 = \frac{1}{1-x} - e^x \geq \sum_{k=0}^{N} \left(1 - \frac{1}{k!}\right) x^k - 2 \varepsilon \geq (1/2) x^2 - 2 \varepsilon \:. $$ Taking $\varepsilon$ to zero, we conclude that $0 \geq 1/2 x^2 > 0$, a contradiction.
Now, suppose a solution holds for $x < 0$. Write $x = -y$ for $y > 0$. The solution implies that $$ \frac{1}{e^y} = \frac{1}{1+y} \Longrightarrow e^y = 1+y \:. $$ However, by the series expansion for $e^y$, $$ e^y = 1 + y + \sum_{k=2}^{\infty} \frac{y^k}{k!} > 1 + y \:, $$ where the strict inequality holds since $y^k > 0$ for all $k \geq 2$. Hence, we reach another contradiction. $\square$
Next, we establish the claimed result.
Proposition: The function $\Delta(x)$ is monotically increasing on $\R$.
Proof: We will show that the derivative $\Delta'(x) \geq 0$ for all $x \in \R$. By straightforward calculations, $$ \Delta'(x) = 2 \frac{ e^x(x-2) + x+2 }{x^3} := 2 g(x)/x^3 \:. $$ Since we simply want $\Delta'(x) \geq 0$, it suffices to show that $$ \begin{align} g(x) &\geq 0 \:, \:\: x \geq 0 \:, \nonumber \\ g(x) &\leq 0 \:, \:\: x < 0 \:. \label{eq:conditions} \end{align} $$ Taking the derivative of $g(x)$ and setting it equal to zero, $$ 0 = g'(x) = e^x(x-1) + 1 \Longleftrightarrow e^x = \frac{1}{1-x} \:. $$ But we know from the previous proposition that the RHS equality only occurs at $x = 0$, and therefore $x=0$ is the only critical point of the function $g(x)$. Hence, extremal values of $g(x)$ in any interval occur at either the endpoints of the interval or at zero, if the interval contains zero. Therefore, $$ \begin{align*} \inf_{x \geq 0} g(x) &= \min\{ g(0), \lim_{x \to \infty} g(x) \} = 0 \\ \sup_{x < 0} g(x) &= \max\{ g(0), \lim_{x \to -\infty} g(x) \} = 0 \:. \end{align*} $$ This establishes $\eqref{eq:conditions}$, from which we conclude that $\Delta'(x) \geq 0$ for all $x \in \R$. $\square$


Home
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INTRODUCTION
VISIT
Sushila Karki
~My first page~
Sushila Karki
New book reading is favourite, New place visiting is a pleasure and cooking is a best!
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Hello! We are Reverselab; group of people who interested in security in South Korea.
Our goal is to achieve various practical security skills including.
Main interest of ReverseLab Member is Capture The Flag(CTF).
CTF problems are one of good sources to train skills and think problems as multiple perspectives.
Also, Honor from wining awards is an additional benefit of CTFs.
But it is not enough to experience security siturations in wild.
So, we also try to find vulnerabilities in real-world softwares or embedded devices.
These studies match the goal of ReverseLab, and can be the background for each members to do significant activities in security world.
ReverseLab is not exist for only security knowledges.
Team-works and relationship between members are important values for ReverseLab.
We get the "Team Meeting" periodically for making intimacy and sharing knowledges.
Besides, we get the team seminar or trips as team event.


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Code coverage report for
dnd-core/modules/actions/
Statements:
95.74%
(90 / 94)
Branches:
70.59%
(24 / 34)
Functions:
100%
(18 / 18)
Lines:
100%
(79 / 79)
Ignored:
none
All files
» dnd-core/modules/actions/
File
Statements
Branches
Functions
Lines
DragDropActions.js
97.06%
(66 / 68)
77.27%
(17 / 22)
100%
(10 / 10)
100%
(60 / 60)
RegistryActions.js
92.31%
(24 / 26)
58.33%
(7 / 12)
100%
(8 / 8)
100%
(19 / 19)


The BreezeFilter is a simple global DataTables filter that will filter the rows based on the state that the breeze entity has. For the sake of simplicity, we can change the entity state in the last column named options. The list of possible states is the following:
With the dropdown Entity filter we can select the type of entities that will be shown. Note: this plugin will only work when binding breeze entities to the table.
The RemoteState is the second plugin in this example, and it serves to save the current table state to the server or load it from the server. RemoteState will also save/load the states of the following plugins: ColVis, ColReorder, AdvancedFilter, ColResize, ColPin and FormFilter. First of all we need to create a new State by pressing the settings button. One table can have multiple states, so the user can switch bettewn them on the fly (this can be done in the State dropdown). In addition to that we can set one of the saved states as default one, this means that the table will be initilaized in the state that was set as default. In this example the states that are saved will be shown to all users, just for siplicity. We can have a different server logic for retriving the states but this is outside the scope of this plugin.
The AdvancedFilter plugin is used to create complex filters that can be applied to our data (client side or server side). In this exmaple filtering is done on the client side. The big difference between DataTables builtin search engine and AdvancedFilter is that AdvancedFilter support nested predicates on a column level, with a friendly UI. There are two ways to add a filter with the AdvancedFilter plugin. One is by clicking on the filter icon whitin the column header or by clicking the filter icon above the table. When clicking on the icon above the table a modal window will be shown with all the filters that are currently applied.
ColResize is a plugin that is used for column resizing. It works for tables that have scrollX either enabled or disabled, and even with the official DataTables plugin called Scroller.
The ColPin plugin is used for pinning columns, so that they are always visible, even when scrolling horizontally. Under the hood ColPin uses the official DataTables plugin called FixedColumns. By clicking on the pin, the column will be automatically pinned to the left side of the table and the pin icon will be colored red. We can obtain a mirrored effect by holding shift + click, this way the column will be pinned on the right side. For unpinning the column, we just habe to click again on the icon and the column will not be pinned anymore.
The FormFilter is used for the integration of html forms with the DataTables filtering engine. Before filtering FormFilter will fetch all the data from the forms, so that can be used for server or client side filtering. This plugin comes handy when we have a special condition that cannot be created throught the AdvancedFilter.
| Order ID | Freight | Order Date | Required Date | Shipped Date | Name | Address | City | Region | PostCode | Country | Entity state | Options | Order ID | Freight | Order Date | Required Date | Shipped Date | Name | Address | City | Region | PostCode | Country | Entity state | Options |
|---|


Types in Microsoft.FSharp.Text.Lexing
Public instance methods
int CompareTo(object obj, IComparer comp)
int CompareTo(object obj)
Position EndOfToken(int n)
Given a position at the start of a token of length n, return a position just beyond the end of the token
Position ShiftColumnBy(int by)
Gives a position shifted by specified number of characters
Public static methods
Position FirstLine(string filename)
Get a position corresponding to the first line (line number 1) in a given file
Public properties
int AbsoluteOffset get;
The character number in the input stream
int Column get;
Return the column number marked by the position, i.e. the difference between the AbsoluteOffset and the StartOfLineAbsoluteOffset
Get an arbitrary position, with the empty string as filename, and
string FileName get;
The file name associated with the input stream.
int Line get;
The line number in the input stream, assuming fresh positions have been updated
using AsNewLinePos() and by modifying the EndPos property of the LexBuffer.
int StartOfLineAbsoluteOffset get;
Return absolute offset of the start of the line marked by the position


Ashleigh Taylor Lambert
Unafffiliated
Vice President of Clinical Development, Speech-Language Pathology. SpeechVive, Inc.
M.S. Speech-Language Pathology Certificate of Clinical Competence, Speech-Language Pathology
80126
In my current role, I advocate for the needs of patients for their medical and communication needs by meeting with nonprofits, medical organizations, and presenting at national conferences. I've organized multi-site NIH funded research for medical studies--including working with researchers, medical professionals and patients--creating training materials, establishing operational processes, and executing the studies at a national level.
I have not had any political activity outside of voting in local and federal elections. I have not contributed to any campaigns nor political organizations prior to nor since 2015.
Vice President, Young Professionals Council-- Parkinson's Association of the Rockies
This is an opportunity for me to become involved in my state. I am unaffiliated and do not align with a single party, so I haven't really found a way to participate in the past. Being able to contribute and ensure fairness with redistricting gives me a way to contribute and learn more, first hand about how to continue contributing to my state.
I believe by coming in non-biased without any pre-disposed assumptions about how this process should play out allows me to be fair and impartial. This is not a matter of "winners" vs. "losers" but about finding the best way to represent all residents and voters in our state. As far as promoting consensus and creating agreement--giving all members the ability to be and feel heard, establishing and agreeing upon a criteria list for this process and outcome, and understanding that seeking alternatives and compromise will be part of this process.
In my current position and my past training has been focused on the use of analytical skills and logic/reasoning.My current position requires me to interpret and translate complex scientific data for diverse audiences. In both professional and personal settings, I seek data and research prior to making decisions and have a deep understanding of statistics and the strengths/ weaknesses of interpreting data sets. I seek to "think outside the box" and find the solutions that may not have been considered. Often, the most fruitful discussions are those that start with creative thinking and pair it to the research behind the data needed to leverage the solution.
Female


I was testing my equipment in a breadboard first before I soldered everything and noticed that when I included the CT sensor to the circuit the voltage decrease from 2.5V to .9V. Reviewing circuits, it said that in a dc circuit, when in steady-state, to treat inductance as a resistor. So it seems that when including the CT sensor to DC bias changes to .9V instead of 2.5V. Is this right thinking?
Also, I'm in US so I need two CT sensors. To test the output on the sensors, I connected them to the same wire to test each sensors output. Each sensor had a different output despite being on same wire. I am assuming that each sensor is in a different phase. But it seems to me that the sensors different phase will greatly affect the current output the current is added together when the sensors are on the house mains. Has anyone else encountered this?
Thanks,
Dawn.
Re: Inductance in DC circuit and two CT sensors
What you're saying regarding inductance at d.c. is correct, but the voltage dropping to 0.9 V implies that you are connecting it in the wrong place. If you are following the circuit in Building Blocks, one side of the c.t. connects to the "mid-point" bias source - that's the 2.5 V you're seeing, and the other side connects direct to the ADC input pin, with of course the burden resistor in parallel with the c.t. secondary. With or without the c.t. connected, the input bias should be half the supply voltage. With the CT and/or the burden resistor, the input pin should also sit at half the supply voltage.
When you put two CTs on the same wire, you should get the same current out of each, within their manufacturing tolerances of course. If you are only using one input to your Arduino, and assuming you have a US-type split supply (120-0-120 V), then your two CTs need to go on the two Lines, and face in opposite directions. Then you can either have a separate burden resistor for each and connect the two assemblies (CT + burden) in series, so that you are adding the burden voltages; or you can connect the two CTs in parallel so that you are adding the two currents, then you have only one burden resistor. [ You'll need to remember that a CT generates a current, not a voltage, and you'll probably need to sketch it out to understand all that.] Alternatively, you can keep the two CTs separate and feed them into two separate inputs, then add the powers in the software.
Re: Inductance in DC circuit and two CT sensors
My first thought was that I wasn't connecting is correctly. Therefore, I striped to CT sensor wire. The power wire of the ct sensor is connected to the arduino analog pin 1 the other to ground. Without fail, with no CT sensor the bias voltage is 2.5V and then, when I connect the CT sensor with no ac power, the bias voltage drops down to about 1.6V to .9V. The decrease in voltage changes is the resistance value.
You said that "With or without the c.t. connected, the input bias should be half the supply voltage." But sense the CT sensor works by inductance then, the decrease in voltage when I add the CT sensor would make sense because it seems like when I connect the CT sensor it would be like, in a DC perspective that I would be adding in more resistance?
Re: Inductance in DC circuit and two CT sensors
"the ct sensor is connected to the arduino analog pin 1 the other to ground"
You haven't got it connected correctly. You don't connect your CT to ground at all. Take a few minutes to read that Building Blocks page I pointed you to. It's all explained there.
Re: Inductance in DC circuit and two CT sensors
Yep, now I see my mistake. I was looking at wrong schematic.
Thanks.


Marugame Half Marathon
Marugame JPN
Website: www.km-half.com
Race Winners
(71 runnings)
1:08:48 1:09:00 1:08:37 1:08:29 03 Feb 2008
1:01:35
1:07:57
04 Feb 2007
59:48
1:08:00
05 Feb 2006
1:02:13
1:07:26
06 Feb 2005
1:01:36
1:09:34
01 Feb
2004
1:01:55
1:10:46
02 Feb 2003
1:00:21
1:09:32
03 Feb 2002
1:01:43
1:09:33
04 Feb 2001
1:02:28
1:09:28
06 Feb 2000
1:02:59
1:09:57
24 Jan 1999
1:08:02
25 Jan 1998
1:09:00
26 Jan 1997
1:09:01
21 Jan 1996
1:04:20
22 Jan 1995
1:05:36
23 Jan 1994
1:08:11
24 Jan 1993
1:04:09
19 Jan
1992
1:08:30
20 Jan 1991
1:02:21
21 Jan 1990
1:06:16
22 Jan 1989
1:06:34
24 Jan 1988
1:08:19
25 Jan 1987
1:04:45
26 Jan 1986
1:05:11
27 Jan 1985
1:05:33
29 Jan 1984
1:04:57
30 Jan 1983
1:08:33
31 Jan 1982
1:04:09
01 Feb 1981
1:03:45
03 Feb 1980
1:03:53
04 Feb 1979
1:04:43
05 Feb 1978
1:04:26
06 Feb 1977
1:06:23
01 Feb 1976
1:07:42
02 Feb 1975
1:08:44
03 Feb 1974
1:08:03
18 Feb 1973
1:08:50
13 Feb 1972
1:07:06
21 Feb 1971
1:05:59
22 Feb 1970
1:56:55
16 Feb 1969
1:55:15
18 Feb 1968
---
19 Feb 1967
2:01:57
20 Feb 1966
2:02:02
21 Feb 1965
2:01:47
23 Feb 1964
2:03:43
24 Feb 1963
2:09:53
25 Feb 1962
2:09:13
19 Feb 1961
2:12:18
21 Feb 1960
2:45:43
22 Feb 1959
2:44:02
23 Feb 1958
3:00:54
24 Mar 1957
3:15:20
18 Mar 1956
2:54:56
13 Feb 1955
---
28 Feb 1954
2:35:08
08 Mar 1953
2:49:16
09 Mar 1952
2:37:27
18 Mar 1951
2:39:41
26 Mar 1950
2:39:21
27 Mar 1949
2:40:08
14 Mar 1948
2:39:54
09 Mar 1947
2:47:30
Notes: Known as the Kagawa Marathon thru 1960, the Kagawa Road Races
thru 1996 and currently as the Kagawa Marugame International Half-Marathon. The venue was Takamatsu for 1947-1951 and 1953. Both Marugame and Takamatsu are in Kagawa-ken (prefecture).
Race winners are the first finisher. In 1974, Etsuzo Obayashi (JPN) was declared the winner (1:08:19) since the
first finisher Hiroshi Yamaguchi was competing as a guest (open sanka). The race distance for 1947-1960 was a marathon;
for 1961-1970, it was 35 km, and for 1971-1996, it was 20 km. The 2006
race was celebrated as the 60th anniversary and races were held the day before
(February 4th) with the half marathon winners being 1:25:07 Yasuto Ogawa (JPN)
and 1:57:20 Reiko Motoki (JPN) and the 5 km winners being 17:01 Makoto Taketomi
(JPN) and 20:50 Noriko Okuhara (JPN).
03 Feb
2019
1:00:24
Abdi Nageeye (NED)
1:07:49
Betsy Saina-2
04 Feb
2018
1:00:31
Edwin Waweru (KEN)
1:09:17
Betsy Saina (KEN)
05 Feb
2017
1:00:00
Callum Hawkins (SCO)
1:08:07
Eunice Kirwa Chepkirui-2
07 Feb
2016
1:00:49
Goitom Kifle Andebrhan (ERI)
1:08:06
Eunice Kirwa Chepkirui (BRN)
01 Feb
2015
59:47*
Paul Kuira Mutero (KEN)
1:10:41
Eloise Wellings (AUS)
02 Feb
2014
1:00:11
Martin Irungu Mathathi (KEN)
1:10:27
Eri Makikawa (JPN)
03 Feb
2013
1:00:56
Collis Birmingham (AUS)
1:08:53
Tiki Gelana Erba-2
05 Feb
2012
1:00:02
Mathew Kipkoech Kisorio (KEN)
Tiki Gelana Erba (ETH)
06 Feb
2011
1:00:55
Samuel Ndungu (KEN)
Kayoko Fukushi-3
07 Feb
2010
1:01:08
Daniel Gitau (KEN)
Nicole Chapple (AUS)
01 Feb
2009
1:00:37
Mekubo Job Mogosu-2
Mara Yamauchi (ENG)
Harun Njoroge (KEN)
Fyles Ongori (KEN)
Mekubo Job
Mogosu (KEN)
Kayoko Fukushi-2
Takayuki Matsumiya (JPN)
Kayoko Fukushi (JPN)
Laban Kagika-2
Takako Kotorida (JPN)
Pharis Kimani (KEN)
Yasuko Hashimoto-2
Zakayo Ngatho (KEN)
Yasuko Hashimoto (JPN)
Laban Kagika (KEN)
Mari Ozaki (JPN)
Hidemori Noguchi (JPN)
Ikumi Nagayama (JPN)
Kazuhito Yokota (JPN)
Rie Ueno (JPN)
Daisuke Matsubara (JPN)
Yoshihiro Hiramori-3
Yoshihiro Hiramori-2
Yoshihiro Hiramori (JPN)
Masayuki Arakawa-2
Masayuki Arakawa (JPN)
Hiroshi Fujisawa (JPN)
Masahiro Takebayashi-10
Minoru Kishimoto (JPN)
Masahiro Takebayashi-9
Masahiro Takebayashi-8
Shoji Nakanishi-2
Masahiro Takebayashi-7
Masahiro Takebayashi-6
Shoji Nakanishi (JPN)
Yasumasa Takagi (JPN)
Toshihiko Sasaki (JPN)
Sachi Utsunomiya (JPN)
Masahiro Takebayashi-5
Masahiro Takebayashi-4
Masahiro Takebayashi-3
Masahiro Takebayashi-2
Masahiro Takebayashi (JPN)
Masakazu Ichimura (JPN)
Masatomo Seki-2
Hiroshi Yamaguchi (JPN)
Masatomo Seki (JPN)
Yoshimitsu Nakamura (JPN)
Noboru Miyatake (JPN)
Iwao Hamamoto-2
Iwao Hamamoto (JPN)
35 km not held
Kazuo Tanisawa-2
Tsutomu Tsunei (JPN)
Sumio Kohama (JPN)
Ryuji Kobayashi (JPN)
Yukio Kimura-2
Kazuo Tanisawa (JPN)
Yukio Kimura (JPN)
Takayoshi Yokoi-2
Takayoshi Yokoi (JPN)
Muneyuki Maekawa (JPN)
Hideaki Nagai (JPN)
Matsuichi Murakami (JPN)
marathon not held
Giichi Noda-3
Fumio Kuramoto (JPN)
Giichi Noda-2
Toshio Fuke-4
Toshio Fuke-3
Giichi Noda (JPN)
Toshio Fuke-2
Toshio Fuke (JPN)
In 2015, Zane Robertson (NZL) was given the same time in 2nd place and shares the event record.
Most Wins
Men (1947-date)
10
Masahiro Takebayashi (JPN)
1977-81,1986-87,1989-90,1992
Women (2000-date) 3
Kayoko Fukushi (JPN)
2006-07,2010
Prize Money
Prize money has not been awarded in this race according to available information.
Race Time Bias
Year Men Women 2017 -5.2 -3.7 2016 -5.3 -4.6 2015 -5.0 -3.5 2014 -4.2 -2.3 2013 -4.9 -4.8 2012 -5.2 -5.8 2011 -2.8 -3.3 2010 -4.1 -4.0 2009 -3.1 -4.9 2008 -2.7 -4.4 2007 -4.1 -5.0 2006 -3.4 -4.4 2005 -4.1 -5.1 2004 -3.5 -2.5 2003 -4.0 -3.0 2002 -4.1 -3.2 2001 -3.8 -5.8 2000 n/c -1.0 Avgs -3.9 -3.7
Competitive Level
Year Men Women 2017<PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER><PHONE_NUMBER> n/c 602 2003 n/c 534 2002<PHONE_NUMBER><PHONE_NUMBER> n/c 673
Quality Performances through 2019
Men <1:00:00 3 <1:00:30 10 <1:01:00 25 <1:01:30 45 <1:02:00 100 <1:02:30 210 <1:03:00 388 Women <1:08:00 5 <1:09:00 14 <1:10:00 33 <1:11:00 76 <1:12:00 141 <1:13:00 210
Kagawa Road Races 10 km
Race Winners
(52 runnings)
06 Feb 2000
29:35
24 Jan 1999
32:38
25 Jan 1998
31:09
26 Jan 1997
32:12
21 Jan 1996
31:47
22 Jan 1995
32:47
23 Jan 1994
31:59
24 Jan 1993
30:36
19 Jan
1992
32:35
20 Jan 1991
32:35
21 Jan 1990
32:28
22 Jan 1989
32:23
24 Jan 1988
33:27
25 Jan 1987
32:51
26 Jan 1986
32:27
27 Jan 1985
31:55
29 Jan 1984
32:05
30 Jan 1983
32:20
31 Jan 1982
31:44
01 Feb 1981
31:57
03 Feb 1980
32:40
04 Feb 1979
30:40
05 Feb 1978
32:08
06 Feb 1977
33:21
01 Feb 1976
33:32
02 Feb 1975
33:32
03 Feb 1974
34:14
18 Feb 1973
33:15
13 Feb 1972
32:35
21 Feb 1971
32:49
22 Feb 1970
32:17
16 Feb 1969
32:07
18 Feb 1968
30:55
19 Feb 1967
31:27
20 Feb 1966
30:40
21 Feb 1965
31:31
23 Feb 1964
32:13
24 Feb 1963
32:53
25 Feb 1962
32:44
19 Feb 1961
33:19
21 Feb 1960
1:09:09
22 Feb 1959
1:08:08
23 Feb 1958
1:09:45
24 Mar 1957
1:08:52
18 Mar 1956
1:08:26
13 Feb 1955
1:09:13
28 Feb 1954
1:09:34
08 Mar 1953
1:09:44
09 Mar 1952
1:09:12
18 Mar 1951
1:09:11
26 Mar 1950
1:11:47
27 Mar 1949
1:16:24
Note: 1949 was the inaugural year. The race distance was 20 km thru 1960 For 1949-50 and 1961-62, this race was
limited to high school students.


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"ProductQueue literally saved our team! By having access to all our products in one place, it was easy to see what everyone was working on."
—Monica Lively, Senior Software Engineer at Airbnb
Keep up the excellent work. ProductQueue was the best investment my company ever made.
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With the introduction of a second actor, the overall dramatic intensity increases slightly as the action takes place on the bridge rather than on the main stage. The swordsmith Munechika greets the imperial envoy with a . What follows is an unmetered, unaccompanied dialogue in prose that keeps the Intermedia Index low.
After learning that he must forge a sword for the Emperor, Munechika, who is doubting his abilities, tries to find a way to decline the request. The envoy, getting impatient, delivers his last line: “Let me repeat the imperial command ”, in , a style of forceful singing, stressing his order with a commanding step towards the swordsmith.


For example, you might create an XML data set, ds1, with the following code:
<script language="JavaScript" type="text/javascript" src="includes/xpath.js"></script> <script language="JavaScript" type="text/javascript" src="includes/SpryData.js"></script> <script language="JavaScript" type="text/javascript"> var ds1 = new Spry.Data.XMLDataSet("myXML.xml","xpath"); </script>
For more information, see the individual sections on creating data sets.
<script language="JavaScript" type="text/javascript" src="includes/xpath.js"></script> <script language="JavaScript" type="text/javascript" src="includes/SpryData.js"></script> <script language="JavaScript" type="text/javascript" src="includes/SpryPagedView.js"></script>
The SpryPagedView.js file is in the same includes folder as all of the other Spry JavaScript files. For more information, see the Preparing your files sections in the individual sections on data sets.
<script language="JavaScript" type="text/javascript"> var ds1 = new Spry.Data.XMLDataSet("myXML.xml","xpath"); var pv1 = new Spry.Data.PagedView( ds1 ,{pageSize: 20}); </script>
The value of the constructor’s first parameter is the name of the primary data set, in this case, ds1. The second parameter in the constructor is optional, and in this example specifies how many rows to display per page. In the example, the Paged View data set displays 20 rows of data per page.
The completed example code might look as follows:
<head> ... <script language="JavaScript" type="text/javascript" src="includes/xpath.js"></script> <script language="JavaScript" type="text/javascript" src="includes/SpryData.js"></script> <script language="JavaScript" type="text/javascript" src="includes/SpryPagedView.js"></script> <script language="JavaScript" type="text/javascript"> var ds1 = new Spry.Data.XMLDataSet("myXML.xml","xpath"); var pv1 = new Spry.Data.PagedView(ds1 ,{pageSize: 20}); </script> ... </head>
<div spry:region="pv1" spry:repeatchildren="pv1"> {data} </div>
The Paged View data set uses the same data reference names ({data} in the example above) as the primary data set.


{% extends "layout-chs.html" %} {% block page_title %} Accounting policies {% endblock %} {% block content %} {% include "includes/phase_banner_beta.html" %}<EMAIL_ADDRESS>Your details Your filings Companies you follow Sign out Back {% include 'includes/error.html' %} 5 Balance sheet notes Any other accounting policies Do your prepared accounts include any additional accounting policies? For example, 'turnover policy' or 'tangible fixed assets depreciation policy' Do your prepared accounts include any additional accounting policies? Yes No {% endblock %}


Regardless of its size, each company needs stability and safety in its accounting and finance to calmly perform its inherent activity. We encompass all accounting processes and provide our customers with an efficient and safe service based upon transparency in the accounting processes and stability in the tax relationships with the state.
The VAT tax is the main source of revenue for the national budget in Bulgaria and the rest of the EU members. We can answer the questions you might have regarding its law as well as the way your company should act in different situations both in Bulgaria or when doing business inside or outside the EU.
You can stay calm and safe facing inspections and audits by the National Revenue Agency and the National Social Security Institute, for issues concerning the Occupational Medical Service or an inspection by the Labour Inspectorate.
→


--- layout: post title: First Unitarians of Los Angeles v. NSA Case Management Hearing categories: - Blog tags: - Court Cases - EFF status: publish type: post published: true meta: _edit_last: '3' pexeto_video: '' dsq_thread_id: '1949457055' author: login: Alice email<EMAIL_ADDRESS>display_name: Alice first_name: Alice last_name: '' ---
TL;DR: There was nothing for the judge to rule on, and the next hearing is April 25th 2014 at 9 am (this is a hearing that hasn't been set for Jewel yet).
The government attempted to delay the hearing twice, once on account of the government shutdown, and again because they wanted motions to be considered. The judge denied both requests and today a schedule for briefing and for the next hearing was set.
Previously, there had been some discussion of combining this case with Jewel for more efficient litigation. However, apparently both the government and the plaintiffs agreed this didn't make sense. A lawyer for of the plaintiffs laid out several differences between the cases:


{% extends "timepiece/base.html" %} {% load url from future %} {% load timepiece_tags %} {% block title %}Dashboard{% endblock title %} {% block bodyid %}dashboard{% endblock bodyid %} {% block breadcrumb %}{% endblock breadcrumb %} {% block extrajs %} {% endblock extrajs %} {% block content %} {% if perms.entries.can_clock_in %}
{{ active_entry.comments }}{% endif %} {% else %} You are not currently clocked into a project. {% endif %}
| Project | Hours Assigned | Hours Worked | Progress |
|---|---|---|---|
| {{ data.project }} | {{ data.assigned|humanize_hours:"{hours:02d}:{minutes:02d}" }} | {{ data.worked|humanize_hours:"{hours:02d}:{minutes:02d}" }} |
No entries or assignments exist for this week.
{% endif %}No entries exist for this week.
{% endif %}| Name | Project | Since |
|---|---|---|
| {{ entry.user.first_name }} {{ entry.user.last_name }} | {{ entry.activity.name }} for {{ entry.project }} | {{ entry.start_time|time }} {% ifnotequal entry.start_time.date today %} {% if entry.start_time.date < week_start or entry.start_time.date > week_end %} on {{ entry.start_time|date:'M j' }} {% else %} on {{ entry.start_time|date:"l" }} {% endif %} {% endifnotequal %} |
Currently there are no other users with an active entry.
{% endif %}


{{ template "header" . }}
Are you sure you want to remove {{ .Vm.Id }}? It has the following volumes attached:


Main Effect: \[ \begin{align} A &= \frac{[a + ab - b - (1)]}{2n} \\ B &= \frac{[b + ab - a - (1)]}{2n} \end{align} \] Interaction Effect: \[AB = \frac{[ab + (1) - a - b]}{2n}\] Get the signs from the contrast table.
Approaches: 1. Hypothesis Testing 2. Confidence Interval
Standard Error of Effects \[S_e = \sqrt{\frac{ \hat{\sigma}^2 }{ n \cdot 2^{k-2} }}\]
\[ \begin{align} \hat{\sigma}^2 &= \frac{ \sum_{i=1}^{2^k} \hat{\sigma_i}^2 }{2^k} \\ \hat{\sigma_i}^2 &= \frac{ \sum_{j=1}^{n} (y_{i,j} - \overline{y_i})^2 }{ n - 1 } \end{align} \] where:
- \(\hat{\sigma}^2\): Average of variances for each treatment
- \(\hat{\sigma_i}^2\): Variance at each treatment
\(H_0: Effect = 0\)
\(H_A: Effect \neq 0\)
Use t distribution since \(\sigma^2\) is unknown \[ \begin{align} t_{\text{ratio}} &= \frac{\text{effect}}{S_e(\text{effects})} \\ k &= 2^K (n-1) \tag{d.o.f.} \end{align} \]
\[\text{effect} \pm 2 \cdot S_e(\text{effects}) \tag{\approx 95% C.I.}\] If the 95% CI contains zero, effect is not significant
\[A = \frac{[\text{contrast}]}{4n}\] Note effects are divided by 4n now.
\[Y = \overline{y} + (\frac{A}{2})x_1 + (\frac{B}{2})x_2 + (\frac{AB}{2})x_1 x_2\]
- Reduce response surface to 1st order by removing interaction term
- Go orthogonal to contour lines (orthogonal to response equation without interaction term)


The reader may find useful background information in the Architecture Guide.
/META-INF/services/<componentPackage>.<interfaceName>
.Compiler
interface is already provided for the Jikes
compiler./META-INF/services/org.apache.axis.components.compiler.Compiler
org.apache.axis.components.compiler.Jikes
org.apache.axis.components.compiler.Jikes
is packaged with Axis, all that needs to be done is to ensure
that the service definition file is loadable by a class loader.
SocketFactory
interface,
for example your.package.YourSocketFactory
org.apache.axis.components.net.SocketFactory
your.package.YourSocketFactory
This can be done by using the JVM commandline
-Dorg.apache.axis.components.net.SocketFactory=your.package.YourSocketFactory
| Component/Package | Factory | Interface | Optional System Property | Default Implementation |
|---|---|---|---|---|
org.apache.axis.components.compiler |
CompilerFactory.getCompiler() |
Compiler |
axis.Compiler |
Javac |
org.apache.axis.components.image |
ImageIOFactory.getImageIO() |
ImageIO |
axis.ImageIO |
MerlinIO, JimiIO, JDK13IO |
org.apache.axis.components.jms |
JMSVendorAdapterFactory.getJMSVendorAdapter() |
JMSVendorAdapter |
|
JNDIVendorAdapter |
org.apache.axis.components.net |
SocketFactoryFactory.getFactory() |
SocketFactory |
axis.socketFactory |
DefaultSocketFactory |
org.apache.axis.components.net |
SocketFactoryFactory.getSecureFactory() |
SecureSocketFactory |
axis.socketSecureFactory |
JSSESocketFactory |
org.apache.commons.logging.Log
interface.
In addition, an implementation of the
org.apache.commons.logging.LogFactory
interface
can be provided to meet
specific requirements for connecting to, or instantiating, a logger.
Log
interface defines the following methods for use
in writing log/trace messages to the log:
log.fatal(Object message);
log.fatal(Object message, Throwable t);
log.error(Object message);
log.error(Object message, Throwable t);
log.warn(Object message);
log.warn(Object message, Throwable t);
log.info(Object message);
log.info(Object message, Throwable t);
log.debug(Object message);
log.debug(Object message, Throwable t);
log.trace(Object message);
log.trace(Object message, Throwable t);
log.isFatalEnabled();
log.isErrorEnabled();
log.isWarnEnabled();
log.isInfoEnabled();
log.isDebugEnabled();
log.isTraceEnabled();
Semantics for these methods are such that it is expected that the severity of messages is ordered, from highest to lowest:
org.apache.commons.logging.LogFactory
interface can be overridden,
allowing the JDK 1.3 Service Provider discovery process
to locate and create a LogFactory specific to the needs of the application.
Review the Javadoc for the LogFactoryImpl.java
for details.
LogFactory
provided by JCL
can be configured to instantiate a specific implementation of the
org.apache.commons.logging.Log
interface
by setting the property org.apache.commons.logging.Log
.
This property can be specified as a system property,
or in the commons-logging.properties
file,
which must exist in the CLASSPATH.
org.apache.commons.logging.Log
interface specified by the system property
org.apache.commons.logging.Log
.
If the property is not specified or the class is not available then the JCL
provides access to a default logging toolkit by searching the CLASSPATH
for the following toolkits, in order of preference:
org.apache.axis.EngineConfiguration
.
The EngineConfiguration is provided by an implementation of
the interface org.apache.axis.EngineConfigurationFactory
,
which currently provides methods that return client and server
configurations.
Our focus will be how to define the implementation class for
EngineConfigurationFactory
.
EngineConfigurationFactory factory = EngineConfigurationFactoryFinder(someContext);
EngineCongfiguration config = factory.getClientEngineConfig();
AxisClient = new AxisClient(config);
EngineConfigurationFactoryFinder(someContext)
and ensuring that the results are handed to Axis.
someContext
is key to how the factory finder
locates the appropariate implementation of
EngineConfigurationFactory to be used, if any.
EngineConfigurationFactoryFinder works as follows:
org.apache.axis.EngineConfigurationFactory
,
in the following order:
axis.EngineConfigFactory
.
org.apache.axis.EngineConfigurationFactory
.
META-INF/services/org.apache.axis.EngineConfigurationFactory
.
Each line of such a resource identifies the name of a class
implementing the interface ('#' comments, through end-of-line).
org.apache.axis.configuration.EngineConfigurationFactoryServlet
org.apache.axis.configuration.EngineConfigurationFactoryDefault
public static EngineConfigurationFactory newFactory(Object)
someContext
as the parameter.
newFactory
method
is required to check the someContext
parameter to determine if
it is meaningfull to the class (at a minimum,
verify that it is of an expected type, or class)
and may, in addition, examine the overall runtime environment.
If the environment can provide information required by
an EngineConfigurationFactory,
then the newFactory()
may return in instance of that factory.
Otherwise, newFactory()
must return null.
org.apache.axis.configuration.EngineConfigurationFactoryServlet
newFactory(obj)
is called.
If obj instanceof javax.servlet.ServletContext
is true,
then an instance of this class is returned.
The default Servlet factory is expected to function as a server
(as a client it will incorrectly attempt
to load the WSDD file client-config.wsdd
from the current working directory!).
The default Servlet factory will open the Web Application resource
/WEB-INF/server-config.wsdd
(The name of this file may be changed using the
system property axis.ServerConfigFile
):
org.apache.axis.server.server-config.wsdd
as a data stream.
org.apache.axis.configuration.EngineConfigurationFactoryDefault
newFactory(obj)
is called.
If obj
is null
then an instance of this class is returned.
A non-null obj
is presumed to
require a non-default factory.
The default factory will load the WSDD files
client-config.wsdd
or server-config.wsdd
,
as appropriate, from the current working directory.
The names of these files may be changed using the
system properties axis.ClientConfigFile
and axis.ServerConfigFile
,
respectively.
Axis makes use of the Java internationalization mechanism - i.e., a java.util.ResourceBundle backed by a properties file - and the java.text.MessageFormat class to substitute parameters into the message text.
X
is
the number of the variable, starting at 0.
For example: myMsg00=My {0} is {1}.
Translation requires creating an
alternate version of the property file provided by Axis
for a target language.
The JavaDoc for java.utils.ResourceBundle
provides details on how to identify different property
files for different locales.
For details on using Axis's internationalization tools,
see the Developer's Guide.
java/src/org/apache/axis/i18n/Messages.java
to your project/package, say
my/project/package/path/Messages.java
.
package
declaration in the copied file
to the correct package name.
projectName
to "my.project"
:
the portion of the package name that is common to your project.
projectName
must be equal to or be a prefix of the
copied Messages package name.
my/project/package/path/resource.properties
.
Add new message key/value pairs to this file.
import org.apache.axis.i18n.Messages
statement to import my.project.package.path.Messages
.
Messages
begins looking for a key's value in
the resources.properties
resource in it's (Messages) package.
Messages
cannot locate
either the key, or the resource file,
it walks up the package hierarchy until it finds it.
The top of the hierarchy, above which it will not search,
is defined by the projectName
attribute,
set above.
parent
attribute of the
Messages
class copied to your extensions directory.
Unless changed, the default behavior, meaning what happens when a key
isn't defined in the new properties file,
is to fall back to the Axis properties file
(org.apache.axis.i18n.resource.properties).
What follows immediately is a description of the framework. If you would rather dive down into the dirt of examples, you could learn a good deal just from them. Then you could come back up here and learn the gory details.
There are three parts to WSDL2Java:
NOTE: Needs lots of description here.
The symbol table is not extensible, but you can add fields to it by using the Dynamic Variables construct:
The basic behavior of this class is simple: you instantiate a Parser, then you run it.
There are various options on the parser that have accessor methods:
Other miscellaneous methods on the parser:
An extension of this class would ...
NOTE: continue this sentiment...
public class WSDL2 {
protected WSDL2();
protected Parser createParser();
protected Parser getParser();
protected void addOptions(org.apache.axis.utils.CLOptionDescriptor[]);
protected void parseOption(org.apache.axis.utils.CLOption);
protected void validateOptions();
protected void printUsage();
protected void run(String[]);
public static void main(String[]);
}
Like all good command line tools, it has a main method. Unlike
some command line tools, however, its methods are not static. Static
methods are not extensible. WSDL2's main method constructs an instance
of itself and calls methods on that instance rather than calling static
methods. These methods follow a behavior pattern. The main
method is very simple:
The constructor calls createParser to construct a Parser or an extension
of Parser.
run calls:
If an extension has additional options, then it is expected to call
addOptions before calling run. So extensions will call, as necessary,
getParser, addOptions, run. Extensions will override, as necessary,
createParser, parseOption, validateOptions, printUsage.
The generator framework consists of 2 files:
public interface Generator
{
public void generate() throws java.io.IOException;
}
public interface GeneratorFactory
{
public void generatorPass(javax.wsdl.Definition,
SymbolTable);
public Generator getGenerator(javax.wsdl.Message,
SymbolTable);
public Generator getGenerator(javax.wsdl.PortType,
SymbolTable);
public Generator getGenerator(javax.wsdl.Binding,
SymbolTable);
public Generator getGenerator(javax.wsdl.Service,
SymbolTable);
public Generator getGenerator(TypeEntry, SymbolTable);
public Generator getGenerator(javax.wsdl.Definition,
SymbolTable);
public void setBaseTypeMapping(BaseTypeMapping);
public BaseTypeMapping getBaseTypeMapping();
}
The GeneratorFactory interface defines a set of methods that the parser uses to get generators. There should be a generator for each of the WSDL constructs (message, portType, etc - note that these depend on the WSDL4J classes: javax.xml.Message, javax.xml.PortType, etc); a generator for schema types; and a generator for the WSDL Definition itself. This last generator is used to generate anything that doesn't fit into the previous categories
In addition to the getGeneratorMethods, the GeneratorFactory defines a generatorPass method which provides the factory implementation a chance to walk through the symbol table to do any preprocessing before the actual generation begins.
Accessors for the base type mapping are also defined. These are
used to translate QNames to base types in the given target mapping.
NOTE: Need lots more description here...
public class MyListPortsWriter extends JavaWriter {
private Service service;
public MyListPortsWriter(
Emitter emitter,
ServiceEntry sEntry,
SymbolTable symbolTable) {
super(emitter,
new QName(
sEntry.getQName().getNamespaceURI(),
sEntry.getQName().getLocalPart() + "Lst"),
"", "lst", "Generating service port list file", "service list");
this.service = sEntry.getService();
}
protected void writeFileHeader() throws IOException
{
}
protected void writeFileBody() throws IOException
{
Map portMap = service.getPorts();
Iterator portIterator
= portMap.values().iterator();
while (portIterator.hasNext())
{
Port p = (Port) portIterator.next();
pw.println(p.getName());
}
pw.close();
}
}
public class MyWSDL2Java extends WSDL2Java {
public static void main(String args[]) {
MyWSDL2Java myWSDL2Java
= new MyWSDL2Java();
JavaGeneratorFactory
factory =
(JavaGeneratorFactory) myWSDL2Java.getParser().getFactory();
factory.addGenerator(Service.class,
MyListPortsWriter.class);
myWSDL2Java.run(args);
}
}
Note that we've also overridden the generate method. The parser
always calls generate, but since this is a server-side artifact, we don't
want to generate it unless we are generating server-side artifacts (in
other words, in terms of the command line options, we've specified the
--serverSide option).
public class MyDeployWriter extends JavaWriter {
public MyDeployWriter(Emitter emitter, Definition
definition,
SymbolTable symbolTable) {
super(emitter,
new QName(definition.getTargetNamespace(), "deploy"),
"", "useless", "Generating deploy.useless", "deploy");
}
public void generate() throws IOException {
if (emitter.isServerSide())
{
super.generate();
}
}
protected void writeFileHeader() throws IOException
{
}
protected void writeFileBody() throws IOException
{
MyEmitter myEmitter
= (MyEmitter) emitter;
if (myEmitter.getSong()
== MyEmitter.RUM) {
pw.println("Yo! Ho! Ho! And a bottle of rum.");
}
else if (myEmitter.getSong()
== MyEmitter.WORK) {
pw.println("Hi ho! Hi ho! It's off to work we go.");
}
else {
pw.println("Feelings... Nothing more than feelings...");
}
pw.close();
}
}
public class MyGeneratorFactory extends JavaGeneratorFactory
{
protected void addDefinitionGenerators() {
addGenerator(Definition.class,
JavaDefinitionWriter.class); // WSDL2Java's JavaDefinitionWriter
addGenerator(Definition.class,
MyDeployWriter.class); // our DeployWriter
addGenerator(Definition.class,
JavaUndeployWriter.class); // WSDL2Java's JavaUndeployWriter
}
}
Here is our programmatic API. It adds song accessors to Emitter.
It also, in the constructor, lets the factory know about the emitter and
the emitter know about the factory.
public class MyEmitter extends Emitter {
public static final int RUM = 0;
public static final int WORK = 1;
private int song = -1;
public MyEmitter() {
MyGeneratorFactory factory
= new MyGeneratorFactory();
setFactory(factory);
factory.setEmitter(this);
}
public int getSong() {
return song;
}
public void setSong(int song) {
this.song = song;
}
}
And here is our command line API. It's a bit more complex that our previous example's main program, but it does 2 extra things:
public class WSDL2Useless extends WSDL2Java {
protected static final int SONG_OPT = 'g';
protected static final CLOptionDescriptor[]
options = new CLOptionDescriptor[]{
new CLOptionDescriptor("song",
CLOptionDescriptor.ARGUMENT_REQUIRED,
SONG_OPT,
"Choose a song for deploy.useless: work or rum")
};
public WSDL2Useless() {
addOptions(options);
}
protected Parser createParser() {
return new MyEmitter();
}
protected void parseOption(CLOption option)
{
if (option.getId() ==
SONG_OPT) {
String arg = option.getArgument();
if (arg.equals("rum")) {
((MyEmitter) parser).setSong(MyEmitter.RUM);
}
else if (arg.equals("work")) {
((MyEmitter) parser).setSong(MyEmitter.WORK);
}
}
else {
super.parseOption(option);
}
}
public static void main(String args[]) {
WSDL2Useless useless
= new WSDL2Useless();
useless.run(args);
}
}
Let's go through this one method at a time.


ample resources for TeX users
Welcome to the PGF and TikZ examples gallery.
Browse by: Features | Tags | Technical areas | Authors
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1 write to _path
Microsoft.PowerShell.Commands.Utility (1)
commands\utility\XmlCommands.cs (1)
656
_path
= fileName;
1 reference to _path
Microsoft.PowerShell.Commands.Utility (1)
commands\utility\XmlCommands.cs (1)
695
_fs = PathUtils.OpenFileStream(
_path
, _cmdlet, _isLiteralPath);


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{% extends "layout.html" %} {% block style %} {% endblock %} {% block script %} {% endblock %} {% block title %} Run Setup {% endblock %} {% block main %}
You have choosen RLmulti route to generate MDS input files. This will generate files for receptor - multi-ligand complex. To change, set new route and re-upload your files
Before we run the RLmulti MDS setup, let's set some default values:
You have choosen RLmany route to generate MDS input files. This will generate files for receptor - ligand complex for each of the ligands. To change, set new route and re-upload your files
Before we run the RLmany MDS setup, let's set some default values:
You have choosen RLsingle route to generate MDS input files. This will generate files for receptor - ligand complex for each pair of protein and ligand. To change, set new route and re-upload your files
Before we run the RLsingle MDS setup, let's set some default values:
You have choosen PPmore route to generate MDS input files. This will generate files for each of the proteins or peptides but not for receptor - ligand complex. The process will fail if the supplied protein contains non-standard recidues, such as co-crystalline ligands. To change, set new route and re-upload your files
Before we run the PPmore MDS setup, let's set some default values:


R&D Expertise
ISI conducts basic and applied research across an exceptionally wide range of advanced information processing, computer and communications technologies. Our expertise ranges from core engineering and computer science discovery to design, modeling and implementation of innovative prototypes and devices – often bridging multiple technology disciplines, areas of expertise and traditional silo research approaches.
We work closely with our agency sponsors and partner institutions to explore and develop high-impact information technologies for civilian and military uses. ISI focuses on:
- Advanced Electronics: low-cost, small-volume integrated circuit research and fabrication through our MOSIS service, novel CMOS extensions and post-CMOS concepts; and low power, high-performance embedded systems, including biomimetics.
MOSIS - Disruptive Electronics - Advanced Systems
- Computational Systems and Technology: software and hardware supercomputing approaches, systems-on-a-chip, high-performance computing and scalable systems that aid complex decision-making, among other initiatives; adiabatic quantum computing.
Computational Sciences - Quantum Computing - Adaptive Parallel Execution
- Informatics Systems Research: grid computing, information security, service-oriented architectures, imaging and medical informatics that aim to transform healthcare discovery processes, practice and delivery.
- Artificial Intelligence: artificial intelligence in natural language, machine translation, information integration, education, robotics and other disciplines.
Natural Language - Knowledge Technologies - Information Integration
- Networking and Cybersecurity: internet security research and international testbed, internet measurement and monitoring approaches, and sensor networks that emphasize both networking theory and practice.
- Space Systems and Technology: Global space applications, disruptive engineering, hands-on student education to create a second-generation space workforce, and novel space science and exploration capabilities through the Space Engineering Research Center, a collaboration with the USC Viterbi
- Vision, Image, Speech and Text Analytics: ISI's Center for Vision, Image, Speech and Text Analytics (VISTA) is an internationally recognized leader in areas such as multimedia signal processing, computer vision, and natural language analysis.


-Our Mission-
To provide the most actionable shopping site
From Hobby to Profession
BAck in 2017 i stumbled upon an article about 'blogging'.I didn't know it at the time but that moment changed my life. I know that statements like that belong on those cheesy buy my training program's sites don't worry i'm not selling anything more than a book but it is actually true. With in 24 hours of reading the article I had started my own shopping site


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Build software better, together
github.com
GitHub is the best place to build software together. Over 4 million people use GitHub to share code.
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TechEmpower Web Framework Performance Comparison
www.techempower.com
Performance comparison of a wide spectrum of web application frameworks and platforms using community-contributed test implementations.
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Troy Hunt: Everything you need to know about the Shellshock Bash bug
www.troyhunt.com
Observations, musings and conjecture about the world of software and technology
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"Transducers" by Rich Hickey
www.youtube.com
People keep implementing map, filter and other fundamental algorithms in different contexts - eagerly over collections, over lazy sequences, in ...
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If programming languages were weapons • Bjorn Tipling
bjorn.tipling.com
C is an M1 Garand standard issue rifle, old but reliable. C++ is a set of nunchuks, powerful and impressive when wielded but takes many years of pain ...
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Distributed systems theory for the distributed systems engineer : Paper ...
the-paper-trail.org
Gwen Shapira, SA superstar and now full-time engineer at Cloudera, asked a question on Twitter that got me thinking.
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MAYDAY.US: Democracy needs an upgrade. Act now.
mayday.us
Money has corrupted politics. Join MAYDAY.US - the movement to end this corruption.
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Coursera
www.coursera.org
Take free online classes from 80+ top universities and organizations. Coursera is a social entrepreneurship company partnering with Stanford ...
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PHP: Hypertext Preprocessor
php.net
The PHP development team announces the immediate availability of PHP 5.4.33. 10 bugs were fixed in this release. All PHP 5.4 users are encouraged to ...

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The Relative Cost of Bandwidth Around the World
blog.cloudflare.com
Over the last few months, there’s been increased attention on networks and how they interconnect . CloudFlare runs a large network that interconnects ...
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An Unstoppable Killer: New Research Suggests Cancer Can't Be Eradicated
www.npr.org
A new study finds cancer affects even simple, ancient multicellular organisms — which means the disease and the deaths it causes may simply be a part ...
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CIDER 0.7 - (think)
batsov.com
CIDER 0.7 is finally out and it’s an epic release! It’s without a doubt the most important release since the inception of the project …
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PHP: News Archive - 2014
php.net
We are extremely pleased to be hosting Australia’s first ever PHP Conference on the 12th & 13th March 2015 in Sydney. This conference has been a long ...
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staltz/introrx.md
gist.github.com
The introduction to Reactive Programming you've been missing - Gist is a simple way to share snippets of text and code with others.
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Data-binding Revolutions with Object.observe() - HTML5 Rocks
www.html5rocks.com
Learn about Object.observe() - a new feature giving JavaScript the power to directly observe changes to objects.
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All Our Patent Are Belong To You | Blog | Tesla Motors
www.teslamotors.com
Yesterday, there was a wall of Tesla patents in the lobby of our Palo Alto headquarters. That is no longer the case. They have been removed, in the ...
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Apple
www.apple.com
Apple designs and creates the iPhone, iPad, Mac notebooks and desktop computers, iOS 8, OS X, iPod and iTunes, and the new Apple Watch.
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The Official Microsoft ASP.NET Site
www.asp.net
ASP.NET is a free web framework for building great Web sites and Web applications using HTML, CSS and JavaScript.
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WIRED
www.wired.com
Get in-depth coverage of current and future trends in technology, and how they are shaping business, entertainment, communications, science, ...
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"Typed Clojure in Practice" by Ambrose Bonnaire Sergeant
www.youtube.com
Typed Clojure is an optional type system for Clojure. Typed Clojure is being used in production systems to help programmers verify, document and ...


Cupcakes – One of the best desserts known to ever exist, especially when topped with cream cheese frosting
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