Static and dynamic interconnection network, Computer Engineering

Static and Dynamic Interconnection Network

In a static network the connection among input and output nodes is permanent and cannot be changed. Static interconnection network cannot be restructured. The examples of this type of network are ring, linear array, tree, star, chordal ring, fat tree, mesh, systolic arrays, tours and hypercube. This type of interconnection networks are more consider for building computers where the communication pattern is extra or less fixed, and can be executed with static connections. In dynamic network the interconnection pattern among inputs and outputs can be changed. The interconnection pattern can be restructured according to the program demands.  Here, instead of fixed connections, the arbiters or switches are used. Examples of such networks are crossbar switches, buses and multistage networks.  The dynamic networks are normally used in shared memory(SM) multiprocessors.


Posted Date: 3/2/2013 4:41:20 AM | Location : United States

Your posts are moderated
Related Questions
What is the advantage of buffering? Is buffering always effective? Justify your answer with help of an example. I/O buffer: One type of input-output requirement arises from d

Q. Explain Basic working of Mainframes? Mainframe computers are normally 32-bit machines or higher. These are suited to large organizations, to manage high volume applications.

The subsequent step in Karnaugh map is to map truth table in the map. Mapping is done by putting a 1 in respective square belonging to 1 value in truth table. This mapped map is us

Write the HTML code to accomplish the web page to insert the frame extending 300 pixels across the page from left side. The HTML code to accomplish the web page is given below

A 5-bit DAC produces an output voltage of 0.2V for a digital input of 00001. Find the value of the output voltage for an input of 11111. What is the resolution of this DAC? Ans

Problem 1 (a) Explain the RAID system and explain all possible configurations. (b) Summarize design goals, features and specifications of the Linux ext2 file system. (c

Question: a) With the help of a diagram, describe clusters in cellular systems. b) Describe the role of the following components in the GSM architecture Radio Sub-Sy

Explain the PDCA cycle. PDCA is a four step problem solving method. The following are the description of each step: 1. P - Plan (Devise your Plan). Identify an opportunity a

Q. Illustrate about Packet switching? Packet switching is used to avoid long delays in transmitting data over the network. Packet switching is a technique that limits the amoun

Explain BRANCH instruction with Control Signals. and explain SHIFT instruction with Control Signals.  Explain Register Transfer Language. What do you mean by Addressing Techn