Document Type
Thesis
Date of Award
1-31-1991
Degree Name
Master of Science in Electrical Engineering - (M.S.)
Department
Electrical and Computer Engineering
First Advisor
Irving Y. Wang
Second Advisor
John D. Carpinelli
Third Advisor
Edwin Hou
Abstract
The concept of integrated network where both the voice packet and data packet are delt with, started taking shape since 1970. Later, Users? demand for communication of data, voice, file, facsimile, image, videotext, videophone, videomovie has also been felt. All these services need bit rate of transmission in the order of 10, even 100 Mbits. An economical way to transmit this higher bit rate, with flexibility of bandwidth, is to treat voice/video in the form of packets and transmit those packets in real time. Studies of this kind of communication is carried out in Broadband ISDN ( BISDN). At this high rate of transmission switching speed should be in the order of a few microseconds. When the number of input and output ports is very high, usual logic circuit and polling system can not deal with this high rate. Controlling time of the switch must be less than the transmission time of a packet. A Neural Net consists of densely connected simple computation elements?called neurons. To measure the performance of a fast packet switching switch, we used a Hopfield net with 'one-winner-take-all' algorithm to control switching of a crossbar switch. We measured the throughput of the switch and delay of both the data and voice packets at different load with different packet length and with different voice/data ratio. We compared our result with the polling system and found our result was better.
Recommended Citation
Chaudhuri, Ajit K., "Fast packet switching for B-ISDN with neural net control" (1991). Theses. 2442.
https://digitalcommons.njit.edu/theses/2442
