Multi-Computer Communication Network with Crossbar Switches

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Bibliographic Details
Title: Multi-Computer Communication Network with Crossbar Switches
Authors: Towhidnejad, Massood.
Committee Members: University of Central Florida. College of Engineering [VIAF]University of Central Florida. College of Engineering [LC]
Summary: This thesis describes the architecture and organization of a multi-computer communication network employing crossbar switches. The network is implemented using the Motorola EXORset development system. The network provides a flexible communication system capable of application to a wide range of data transfers. In this system each computer will perform its local tasks, in the meantime, each computer could send or receive messages to and from other computers in the network. The system logic has been partitioned into two basic board types: (a) communication interface, and (b) controller. The communication interface provides the interface of computers in the network to the controller and other computers. The controller is used as a traffic signal, which supervises the transmission of messages between computers.
URL: https://stars.library.ucf.edu/rtd/4957
Database: OpenDissertations
Description
Abstract:This thesis describes the architecture and organization of a multi-computer communication network employing crossbar switches. The network is implemented using the Motorola EXORset development system. The network provides a flexible communication system capable of application to a wide range of data transfers. In this system each computer will perform its local tasks, in the meantime, each computer could send or receive messages to and from other computers in the network. The system logic has been partitioned into two basic board types: (a) communication interface, and (b) controller. The communication interface provides the interface of computers in the network to the controller and other computers. The controller is used as a traffic signal, which supervises the transmission of messages between computers.