There are two kinds of cloud computing, Cloud Storage and Cloud Servers.
-
Cloud Storage:
A service that lets you upload any documents, pictures, or other information, to a server, meaning, it is not stored on your computer, and you can access it from anywhere. It is entirely private and generally requires an account.
Cloud Servers:
A service that allows you to create a “Virtual Computer” on a server, allowing you to for example host a website, or store information, all secured and only accessible to you.


This is a simple hero unit, a simple jumbotron-style component for calling extra attention to featured content or information.
Learn moreBrazil is the largest country in both South America and Latin America. With over 208 million people, Brazil is the world's fifth-largest country by area and the sixth most populous. The capital is Brasília, and I’m from Recife.
Brazil was inhabited by numerous tribal nations prior to the landing in 1500 of explorer Pedro Álvares Cabral, who claimed the area for the Portuguese Empire. Brazil remained a Portuguese colony until 1808, when the capital of the empire was transferred from Lisbon to Rio de Janeiro. Independence was achieved in 1822 with the creation of the Empire of Brazil, a unitary state governed under a constitutional monarchy and a parliamentary system. The country became a presidential republic in 1889 following a military coup d'état. An authoritarian military junta came to power in 1964 and ruled until 1985, after which civilian governance resumed. Brazil's current constitution, formulated in 1988, defines it as a democratic federal republic. The federation is composed of the union of the Federal District, the 26 states, and the 5,570 municipalities.
Recife was founded in 1537, during the early Portuguese colonization of Brazil, known for its large scale production of sugar cane.
Rio de Janeiro is one of the most visited cities in the Southern Hemisphere and is known for its natural settings, samba, bossa nova, and beaches.
Manaus is located in the middle of the Amazon rainforest and it is situated near the confluence of the Negro and Solimões rivers.
Brasília is the federal capital of Brazil. It was planned and developed in 1956 to serve as the new national capital.


In 1954, Jim Henson entered the University of Maryland as a major in studio art. The multitude of artwork that survives from this point in Jim"s career indicates that he had a colorful visual imagination, a sharp eye for detail, and a creative knack for design. As a freshman at the University of Maryland, Jim was given the opportunity hone his puppetry skills during a course taught by Edward Longley in the Home Economics Department, as well as through practical experience. His earliest endeavors into television took place immediately before and during his time as an undergraduate at UMD. While a student in a puppetry class, he met fellow University of Maryland student Jane Nebel, who was an early partner in his television shows and would later become his wife.
Following a short-lived morning puppet segment on a local Washington station, Jim was hired by WRC-TV in 1955 to create a five-minute puppet show that would air twice nightly. Entitled Sam and Friends, this program earned Henson his first Emmy in 1958 -- two years before his graduation from the University of Maryland. For Sam and Friends, Henson introduced many of the elements that would become mainstays of his Muppet Show aesthetic -- music, zany humor, and an early Kermit as a lizard-like creature. During his time at Maryland and WRC-TV, Jim Henson began to develop innovative puppetry skills that made his Muppets life-like and expressive, and that would have a profound effect on the way puppetry would be performed for television and films.
The Jim Henson Collection includes viewing copies of important Henson works, such as compilations of early works including commercials and Sam and Friends segments, The Muppet Show, Fraggle Rock, and the Muppet Babies, as well as other numerous television specials. The collection is accessible through an online digital project known as The Jim Henson Works at the University of Maryland.
His legacy of imagination, humor, and creativity is a gift to both young and old alike. In Jim Henson’s own words, “I believe in taking a positive attitude toward the world, toward people, and toward my work. I think I’m here for a purpose. I think it’s likely that we all are, but I’m only sure about myself.”


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TxClient
public class TxClient
The TelnyxRTC
client connects your application to the Telnyx backend,
enabling you to make outgoing calls and handle incoming calls.
Examples
Connect and login:
// Initialize the client
let telnyxClient = TxClient()
// Register to get SDK events
telnyxClient.delegate = self
// Setup yor connection parameters.
// Set the login credentials and the ringtone/ringback configurations if required.
// Ringtone / ringback tone files are not mandatory.
// You can user your sipUser and password
let txConfigUserAndPassowrd = TxConfig(sipUser: sipUser,
password: password,
ringtone: "incoming_call.mp3",
ringBackTone: "ringback_tone.mp3",
//You can choose the appropriate verbosity level of the SDK.
//Logs are disabled by default
logLevel: .all)
// Use a JWT Telnyx Token to authenticate (recommended)
let txConfigToken = TxConfig(token: "MY_JWT_TELNYX_TOKEN",
ringtone: "incoming_call.mp3",
ringBackTone: "ringback_tone.mp3",
//You can choose the appropriate verbosity level of the SDK. Logs are disabled by default
logLevel: .all)
do {
// Connect and login
// Use `txConfigUserAndPassowrd` or `txConfigToken`
try telnyxClient.connect(txConfig: txConfigToken)
} catch let error {
print("ViewController:: connect Error \(error)")
}
// You can call client.disconnect() when you're done.
Note: you need to relese the delegate manually when you are done.
// Disconnecting and Removing listeners.
telnyxClient.disconnect();
// Release the delegate
telnyxClient.delegate = nil
Listen TxClient delegate events.
extension ViewController: TxClientDelegate {
func onRemoteCallEnded(callId: UUID) {
// Call has been removed internally.
}
func onSocketConnected() {
// When the client has successfully connected to the Telnyx Backend.
}
func onSocketDisconnected() {
// When the client from the Telnyx backend
}
func onClientError(error: Error) {
// Something went wrong.
}
func onClientReady() {
// You can start receiving incoming calls or
// start making calls once the client was fully initialized.
}
func onSessionUpdated(sessionId: String) {
// This function will be executed when a sessionId is received.
}
func onIncomingCall(call: Call) {
// Someone is calling you.
}
// You can update your UI from here base on the call states.
// Check that the callId is the same as your current call.
func onCallStateUpdated(callState: CallState, callId: UUID) {
DispatchQueue.main.async {
switch (callState) {
case .CONNECTING:
break
case .RINGING:
break
case .NEW:
break
case .ACTIVE:
break
case .DONE:
break
case .HELD:
break
}
}
}
}
-
Keeps track of all the created calls by theirs UUIDs
Declaration
Swift
public internal(set) var calls: [UUID : Call] { get }
-
Subscribe to TxClient delegate to receive Telnyx SDK events
Declaration
Swift
public weak var delegate: TxClientDelegate?
-
Client must be registered in order to receive or place calls.
Declaration
Swift
public var isRegistered: Bool { get }
-
TxClient has to be instantiated.
Declaration
Swift
public init()
-
Connects to the iOS client to the Telnyx signaling server using the desired login credentials.
Throws
TxConfig parameters errorsDeclaration
Swift
public func connect(txConfig: TxConfig) throws
Parameters
txConfig
The desired login credentials. See TxConfig docummentation for more information.
-
Disconnects the TxClient from the Telnyx signaling server.
Declaration
Swift
public func disconnect()
-
To check if TxClient is connected to Telnyx server.
Declaration
Swift
public func isConnected() -> Bool
Return Value
true
if TxClient socket is connected,false
otherwise. -
Get the current session ID after logging into Telnyx Backend.
Declaration
Swift
public func getSessionId() -> String
Return Value
The current sessionId. If this value is empty, that means that the client is not connected to Telnyx server.
-
This function can be used to access any active call tracked by the SDK. A call will be accessible until has ended (transitioned to the DONE state).
Declaration
Swift
public func getCall(callId: UUID) -> Call?
Parameters
callId
The unique identifier of a call.
Return Value
The
Call
object that matches the requestedcallId
. Returnsnil
if no call was found. -
Creates a new Call and starts the call sequence, negotiate the ICE Candidates and sends the invite.
Throws
- sessionId is required if user is not logged in
- socket connection error if socket is not connected
- destination number is required to start a call.
Declaration
Swift
public func newCall(callerName: String, callerNumber: String, destinationNumber: String, callId: UUID, clientState: String? = nil) throws -> Call
Parameters
callerName
The caller name. This will be displayed as the caller name in the remote’s client.
callerNumber
The caller Number. The phone number of the current user.
destinationNumber
The destination
SIP user address
<EMAIL_ADDRESS>orphone number
.callId
The current call UUID.
clientState
(optional) Custom state in string format encoded in base64
Return Value
The call that has been created
-
Call this function to process a VoIP push notification of an incoming call. This function will be executed when the app was closed and the user executes an action over the VoIP push notification. You will need to
Throws
Error during the connection processDeclaration
Swift
public func processVoIPNotification(txConfig: TxConfig) throws
Parameters
txConfig
The desired configuration to login to B2B2UA. User credentials must be the same as the
-
Select the internal earpiece as the audio output
Declaration
Swift
public func setEarpiece()
-
Select the speaker as the audio output
Declaration
Swift
public func setSpeaker()


Functions | |
| static void | cpu_enter_sleep (void) |
| Enter the deepest possible sleep mode. |
| void cpu_enter_sleep | ( | void | ) | [inline, static] |
Enter the deepest possible sleep mode.
This function will determine the lowest possible sleep mode that can safely be entered, enable interrupts and put the chip into that sleep mode. This will all happen atomically, so no interrupts will be handled before the sleep instruction has been executed.
Definition at line 50 of file sleep.h.
References cpu_irq_enable.


:return: A symbolic representation of the hidden features
// Return the symbolic representation for this layer.
return self.fprop_cache[(x, self.train)][layer]
def fprop_logits(self, x):
:param x: A symbolic representation of the network input
:return: A symbolic representation of the hidden features
// Return the symbolic representation for this layer.
return self.fprop(x)[layer]
def fprop_logits(self, x):
:param x: A symbolic representation of the network input


Search request
Index
Type
Field
Size
Query
ES>=1.2.0
Background Filter
Submit
Loading...
Error
{{errorMsg}}
Whoomp! There it is!


<% fastest_time = team.fastest_qualifying_time %>
<% overall_delta = (index != 0) ? overall_fastest_time - fastest_time : 0.000 %>
<% delta = (index != 0) ? teams[index - 1].fastest_qualifying_time - fastest_time : 0.000 %>
| <%= [ team.team_name,
team.car_number,
fastest_time,
team.fastest_qualifying_speed,
delta,
overall_delta
].join(' | ').html_safe %> |
<% end %>


My Account
Username:username goes here
Email:email goes here
Gender:email goes here
Birthday:M- D- Y-
Edit Account Settings
Username (Maximum Length 20 Characters)
Password (Maximum Length 20 Characters)
Email
Gender
Male
Female
Other
I perfer not to say
Birthday


November 2015
August 2015
July 2015
January 2015
August 2014
July 2014
February 2014
December 2013
August 2013
July 2013


As you can see, ECC is quite a bit more complex than “modulus” cryptography such as RSA or classic Diffie-Hellman. So, why bother with it? Speed. 笔记：既然有了RSA这样的算法，为什么要研究ECC这类算法呢？原因是使用ECC算法的计算速度快。
ECC can provide the same security with an 80-bit private key as RSA can provide with a 512-bit private key because every single bit (provably) contributes to the security of the cryptosystem. 笔记：从安全性的角度来说，ECC的80-bit private key和RSA的512-bit private key提供的安全性是一样的。
Remember that the public-key operations are O(n), where n is the number of bits in the private key. ECC is fast enough, and has a small enough operating footprint占用空间 the amount of space that sth fills, for example the amount of space that a computer takes up on a desk, that it can be used in smartcard implementations. 笔记：ECC运行快，占用内存空间小，在微型的设备上也能运行。而RSA的计算，特别是private key比较大的情况下，微型设备运算起来就很艰难，或者花费时间很长。对微型设备来说，产生大量热量、花费时间很长的功能，就很不适用。


ldats_subset_one.Rd
This function runs on a single subset (e.g. the dataset with timestep 1 as the test timestep). Run fit_ldats_crossval
to run this function on every subset.
ldats_subset_one( subsetted_dataset_item, k, lda_seed, cpts, nit, return_full = FALSE, cpt_seed = NULL )
| subsetted_dataset_item | Result of subset_data_one, list with elements |
|---|---|
| k | integer Number of topics for the LDA model. |
| lda_seed | integer Seed for running LDA model. Only use even numbers (odd numbers duplicate adjacent evens). |
| cpts | integer How many changepoints for ts? |
| nit | integer How many iterations? (draws from posterior) |
| return_full | logical Whether to return fitted model objects and abundance probabilities in addition to logliks. Can be useful for diagnostics, but hogs memory. Default FALSE. |
| cpt_seed | integer what seed to use for the cpt model. If NULL (default) randomly draws one and records it as part of the model_info |
list. subsetted_dataset_item with the following appended: If return_full
, fitted_lda; fitted_ts; abund_probabilities, otherwise NULL; test_logliks, model_info
First, fits an LDA to the full (not subsetted) dataset. Then splits the matrix of topic proportions (gamma
matrix) for that LDA into training/test subsets to match the subset. (The LDA is fit to the full dataset, because LDAs fit to different subsets cannot be recombined in a logical way).
Then fits a TS model to the subsetted gamma
matrix, with the specified number of iterations & changepoints.
Then extracts from that TS model the predicted abundances (multinomial probability distribution of species abundances) for each timestep. Because of the Bayesian component of the changepoint model, there is a matrix of predicted abundances per timestep for every draw from the posterior, so nit
matrices. Then calculates the loglikelihood of the test timestep given these predicted probabilities. There are nit
estimates of the loglikelihood.
Returns the subsetted dataset item list provided, with the following appendend: The LDA, TS, and abundance probabilities (if return_full = TRUE
), or as NULL otherwise; the vector of loglikelihoods for the test timestep for each iteration; a list model_info
with the model specifications (k, seed, cpts, nit)


Notebooks
Story: Relationships and other words (words and sentences)
Relationships and other words (words and sentences)
Title
Relationships and other words (words and sentences)
Collection
Summary
Bushman terms for various degrees of relationship. Given by /han≠kass’o (L VIII.-31. 8788-8790, 32. 8792 and 8793, 8845-8847). Terms for various relationships by marriage. (L VIII.-12. 7067 rev. and 7068 rev., 32. 8794 rev.). Words and sentences concerning relationships and what people call their various relatives, as well as terms for plants and animals. (Some given by !nanni and Tamme.)
Comments
1) Date on p.8788: 15 September, 2) This story is found in Book VIII-31
Contributors
|han≠kass'o (Klein Jantje) (VIII)
Date
Between 15 September and 30 October 1879
Categories
Keywords
words and sentences (terms of relationships) , words and sentences (names of animals) , words and sentences (given by |han≠kass'o) , words and sentences (given by !nanni and Tamme) , vocabulary (|xam) , vocabulary (!kun) , vocabulary (terms of relationships) , vocabulary (names of animals) , vocabulary (given by |han≠kass'o) , vocabulary (given by !nanni and Tamme) , animals (names of) , animals (given by |han≠kass'o) , animals (given by !nanni and Tamme) , relationship (by marriage) , relationship (terms of) , relationship (names for relations) , relationship (given by |han≠kass'o)
Story Pages
8789-8791


{% extends "ingame/tf2/base.html" %} {% block base_content %}
To connect to one of our other servers either open console and type: connect <server address> E.G. connect surf.tf2.azelphur.com
Or, open your server browser and add the server to your favorites.


Home
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Building RyujiNX and Latest Downloads
Automatically Compiled builds:
Download for Windows
Building methods:
Net Core
Visual Studio


Jukebox Mod r002
- NEW: now it's possible to craft the jukebox.
- UPDATED: increased the distance when the volume of the music is 0 (before the volume became 0 at 30 blocks, now you need a distance of 65 blocks for a volume of 0). This is now the same as the PC.
Jukebox Mod r001
- Initial release


Capacity is a measure of how much capital a strategy can trade before the performance of the strategy degrades from market impact. The capacity calculation is done on a rolling basis with one snapshot taken at the end of each week. This page outlines how LEAN performs the entire calculation.