Title :
The past, present, and future of inverse multiplexing
Author :
Fredette, Paul H.
Author_Institution :
Promptus Commun. Inc.
fDate :
4/1/1994 12:00:00 AM
Abstract :
Inverse multiplexing refers to the process of aggregating channels to allow applications greater freedom in selecting the optimum communication bandwidth and cost. The history of the Bandwidth On Demand Interoperability Group (BONDING) standard and its relationship to current and emerging network architectures are discussed. Applications of bandwidth-on-demand products to videoconferencing, multimedia, and LAN interconnection are described with respect to current and future equipment capabilities. Many data transmission applications require transmission at bit rates higher than those available from carriers. Services are most cost effectively provided if they have characteristics common among many user applications. The present paper describes an increasingly popular solution to this problem given today\´s expanding switched digital networks. Referred to as "inverse multiplexers" current implementations are providing national and international connectivity for diverse applications involving high-quality videoconferencing, variable-demand LAN interconnections, and low-cost network backup.<>
Keywords :
LAN interconnection; data communication equipment; digital communication systems; multimedia systems; multiplexing; multiplexing equipment; switching networks; telecommunication standards; teleconferencing; BONDING standard; Bandwidth On Demand Interoperability Group; LAN interconnection; bandwidth-on-demand products; channel aggregation; connectivity; data transmission applications; equipment capabilities; inverse multiplexers; inverse multiplexing; multimedia; network architectures; network backup; optimum communication bandwidth; switched digital networks; videoconferencing; Bandwidth; Bit rate; Bonding; Cost function; Data communication; History; LAN interconnection; Multimedia systems; Multiplexing; Teleconferencing;
Journal_Title :
Communications Magazine, IEEE