Objectives-interconnection network, Computer Engineering

Objectives

After examining this unit, learner's will be able to understand

  • discuss the importance and needs of interconnection network;
  • explain the part of interconnection network in a multiprocessor system;
  • specify the forms of interconnection network;
  • describe the concept of permutation network;
  • examine the various interconnection networks, and
  • describe how matrix multiplication can be conceded out on an interconnection network.

 

Posted Date: 3/2/2013 4:35:58 AM | Location : United States







Related Discussions:- Objectives-interconnection network, Assignment Help, Ask Question on Objectives-interconnection network, Get Answer, Expert's Help, Objectives-interconnection network Discussions

Write discussion on Objectives-interconnection network
Your posts are moderated
Related Questions
how many errors will be left after defect amplification and removal method on the following data design=40 analysis=30 maintenance=20 testing 35 coding 25 take 75% removal efficie

Linked list means node which is linked each other with  a line. It means that every node is connected with another one. Every node of the list hold the reference of the next node.

What are the modes in which any update tasks work? Synchronous and Asynchronous.

In order to restore the system defaults for all changes made with the format statement is Format Reset

Describe an abstract class 'Bank' having abstract methods as 'CreateAccount' 'depositAmount' & 'withDrawAmount'.Add method definitions for 'CalculateInterest' and 'SetInterest' as

For two stages network the switching elements for M inlets with r blocks and N outlets with s blocks is given by (A) Ms + Nr                                (B)  Mr + Ns (

An object model for university system Establishing relationship among various classes in the system is the primary activity. Here, we have a simple model of a University System

Q. How to input to circuit? Register A bits as a0, a1, a2 and a3 in the corresponding X bits of the Full Adder (FA). Register B bits as given in the Figure above as in

Two-dimensional array is represented in memory in following two ways: 1.  Row major representation: To attain this linear representation, the first row of the array is kept in

Neural architectures are appealing as mechanisms for implementing intelligence for a number of reasons. Traditional AI programs tend to be brittle and overly sensitive to noise