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Collective operation
Collective operations are building blocks for interaction patterns, that are often used in SPMDalgorithms in the parallel programming context. Hence, there is an interest in efficient realizations ofthese operations.A realization of the collective operations is provided by the Message Passing Interface[1] (MPI).Definitions

In all asymptotic runtime functions, we denote the latency , the communication cost per word , thenumber of processing units  and the input size per node . In cases where we have initial messageson more than one node we assume that all local messages are of the same size. To address individualprocessing units we use .If we do not have an equal distribution, i.e. node  has a message of size , we get an upper boundfor the runtime by setting .A distributed memory model is assumed. The concepts are similar for the shared memory model.However, shared memory systems can provide hardware support for some operations like broadcast(§ Broadcast) for example, which allows conveni

stefania11

Collective operation
Collective operations are building blocks for interaction patterns, that are often used in SPMDalgorithms in the parallel programming context. Hence, there is an interest in efficient realizations ofthese operations.A realization of the collective operations is provided by the Message Passing Interface[1] (MPI).Definitions

In all asymptotic runtime functions, we denote the latency , the communication cost per word , thenumber of processing units  and the input size per node . In cases where we have initial messageson more than one node we assume that all local messages are of the same size. To address individualprocessing units we use .If we do not have an equal distribution, i.e. node  has a message of size , we get an upper boundfor the runtime by setting .A distributed memory model is assumed. The concepts are similar for the shared memory model.However, shared memory systems can provide hardware support for some operations like broadcast(§ Broadcast) for example, which allows conveni

stefania11

(function (ext) {

    var loginRetryAmount = 6;
    var loginRetryTimeout = 5000;
    var lightMap = {};
    var onOffMap = {"On": true, "Off": false};
    var ip = localStorage.getItem("hueIp");
    var username = localStorage.getItem("hueUsername");

    ext._shutdown = function () {

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var huepi = require('huepi');

var MyHue = new huepi();
var HeartbeatInterval;

ConnectMyHue();

function consoleTlog(string) {
  console.log(new Date() + ': ' + string);
}

stefania11

'use strict';

Blockly.Blocks['jibo_playAnim'] = {
	init: function() {
		this.jsonInit({
			"message0" : "Play Animation: %1",
			"args0" : [
				{
					"type": "field_dropdown",
					"name": "ANIMATION",

stefania11

#include <Wire.h>

void setup() {
  Wire.begin(8);                // join i2c bus with address #8
  Wire.onReceive(receiveEvent); // register event
  Serial.begin(9600);           // start serial for output
}

void loop() {

stefania11

#include <Wire.h>

void setup() {
  Wire.begin(); // join i2c bus (address optional for master)
}

byte x = 0;

void loop() {
  Wire.beginTransmission(8); // transmit to device #8

stefania11

class User
  def similarity_with(user)
    # Array#& is the set intersection operator.
    agreements = (self.likes & user.likes).size
    agreements += (self.dislikes & user.dislikes).size

    disagreements = (self.likes & user.dislikes).size
    disagreements += (self.dislikes & user.likes).size

    # Array#| is the set union operator

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# Title 
AIR QUALITY STATION
# Picture 
media: http://s27.postimg.org/n9159lwpf/1604581_626258354094217_2010345751_n.jpg
# Objective
the main Objective of this project is to measure pollution percentage in the air specially carbon monoxide in cities and for industrial applications. we tend to make it like as a distributed stations around the world to make a map for the pollution in the world.
# Duration
3 days
# Age Group
all

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class Addition
attr_reader :arr1, :arr2


  def initialize(arr1, arr2)
    @arr1 = arr1
    @arr2 = arr2
    @sum = []
  end