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• W2020389039 abstract "Introduction The recent evolution of the communication scenario has profound implications for the role of communication satellites within the communication infrastructure. Indeed, it raises the possibility that the satellite be viewed not merely as a repeater but rather as a network node in its own right in a hopefully integrated space/terrestrial network. We draw attention to the new IEEE 1355 Standard for Heterogeneous Interconnect as a possible platform to support several onboard processing functions, including onboard communications and onboard ATM switching. The IEEE 1355 is a new serial bus standard which enables high-performance, scalable, modular, parallel systems to be constructed with low system integration cost. This IEEE 1355-based approach can satisfy many of the requirements of onboard communications and onboard ATM switching, e.g., size, flexibility, reliability, faulttolerance, and high communication processing speeds. This is made possible by using the highly integrated 1355 chipsets and performing protocol processing with multiple transputers in parallel. The IEEE 1355 approach also allows for easy expandability owing to its inherent design modularity. Copyright © 1995 by the American Institute of Aeronautics and Astronautics, Inc. All rights reserved. Military and civilian operations increasingly rely on the availability of efficient, reliable and flexible networking resources that support broadband transmission capabilities for multi-media applications. In response to emerging demands for broadband multimedia services, the telecommunications industry has sought to integrate these and future services on a single type of user-network interface. This has lead to a focused effort to define the Broadband Integrated Services Digital Network (B-ISDN). hi a nutshell, BISDN is a standardized public-switched communication network infrastructure capable of supporting both broadband and narrowband services on a single flexible network platform, and of providing customer access over a single family of interfaces. A standardized transport, multiplexing and switching technique called the Asynchronous Transfer Mode (ATM)> 3 has been recommended as an efficient transmission standard for B-ISDN: ATM combines the advantageous features of both the circuit and packet oriented techniques. The former requires only low overhead and processing, and once a circuitswitched connection is established, the delay in transferring information over it is low. The latter is much more flexible in terms of bit rate assigned to individual (virtual) connections. ATM is a circuitoriented hardware-controlled low overhead concept of virtual channels which have no flow control or error recovery. These virtual channels are implemented by packing the transferred information into relatively short fixed-size packets called cells, and this provides the basis for both switching and multiplexed transmission." @default.
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• W2020389039 date "1996-02-25" @default.
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• W2020389039 title "IEEE 1355-based architecture for an ATM switch - A case for onboard switching and processing" @default.
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• W2020389039 doi "https://doi.org/10.2514/6.1996-1041" @default.
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