Abstract
Packet switching techniques are reviewed in the context of computer communication networks. Communication systems, in the form of networks of terminals, based on packet switching techniques are then examined and their design parameters analysed. Such systems are compared with voice communication networks from a cost/performance point of view. The nature of long-distance communication in packet switching networks is discussed. Quantitative estimates are made with reference to a 400-node network with 20,000 terminals. The role of message switching in these networks is also covered.
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Notes on contributors
S. Ramani
RAMANI, S (Dr.): He is a research Scientist at the National Centre for Software Development and Computing Techniques at the TIFR, Bombay. He earned master's degree and a PhD from the Indian Institute of Technology, Bombay and was a Homi Bhabha Fellow during 1971–73. He is currently active in developing communication software which enables computers at a distance to exchange programs and data using telecommunication facilities and is useful in creating computer networks. He is also interested in the study of learning and related mental functions and has worked with computer models in this area, and with new educational techniques.