Multiplex communications – Channel assignment techniques – Carrier sense multiple access
Patent
1996-11-06
1999-08-17
Patel, Ajit
Multiplex communications
Channel assignment techniques
Carrier sense multiple access
370338, H04L 12413
Patent
active
059404000
ABSTRACT:
A method (600), device, wireless transceiver, computer and personal digital assistant (300, 400) provide collision presence detection in wireless intensity-modulated binary-coded data transceivers which is compatible with the collision detection employed in IEEE standard 10BASE-T Ethernet. A measurement of the degree of correlation which exists between the signal transmitted and the signal received provides a basis for efficient collision detection in CSMA systems.
REFERENCES:
patent: 5162791 (1992-11-01), Heegard
patent: 5557642 (1996-09-01), Williams
patent: 5636213 (1997-06-01), Eastmond et al.
patent: 5715281 (1998-02-01), Bly et al.
patent: 5717720 (1998-02-01), Jackson et al.
Wayne Tomasi, Electronic Communications Systems Fundamentals Through Advance, pp. 285-286, 1994.
Methods of Collision Detection in Fiber Optic CSMA/CD Networks, Jeffrey W. Reedy and J. Richard Jones, 1985 IEEE vol. SAC-3, No. 6 Nov. 1985.
Introduction of 10Mbps Infrared Wireless LAN, Oct. 1995, Victor Company of Japan, Ltd. NTT Data Communications Systems Corp., JVC/NTT Data.
National Semiconductor, DP83902A ST-NIC, Serial Network Interface Controller for Twisted Pair, Preliminary.
Alameh Rachid M.
Eastmond Bruce C.
Linder Donald L.
Silk S. David
Lee Chi ho Andrew
Motorola Inc.
Patel Ajit
Stockley Darleen J.
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