SoftFLASH: analyzing the performance of clustered distributed virtual shared memory
- Andrew ErlichsonNeal NuckollsG. ChessonJ. Hennessy
- 1 October 1996
Computer Science, Engineering
ASPLOS VII
This work has built an aggressive kernel implementation of a virtual shared-memory system using SGI multiprocessors and 100Mbyte/sec HIPPI interconnects, and indicates that large low latency networks may be needed to make cluster-based virtual share-memory machines broadly useful as large-scale shared- memory multip rocessors.
The network Unix system
- G. Chesson
- 1 November 1975
Computer Science
This paper discusses the organization of the NIP currently being used with the Unix operating system on the ARPA network, and the Network Unix system is noteworthy because of the natural way that network and local functions are merged.
The Evolution of XTP
- G. Chesson
- 1991
Computer Science
The design of XTP has been a 3 year process so far with roots traceable to work in the 1970’s and 80s and it is believed that the functionality in the present design, Revision 3.5 plus Addendum 1a, is strengthened by the number of alternative mechanisms that have been tried and rejected.
The 5-UPTM protocol for unified multiservice wireless networks
- B. McFarlandG. ChessonC. TemmeT. Meng
- 1 November 2001
Computer Science, Engineering
The 5 GHz unified protocol (5-UP/sup TM/) is a proposed extension to existing 5 GHz wireless LAN standards that supports data transfer rates to over 54 Mb/s and also allows a wide variety of lower-power lower-speed devices carrying diverse traffic types to coexist and interoperate within the same unified wireless network.
The Challenge of Workstations to Networks
- G. Chesson
- 1 November 1991
Computer Science, Engineering
Comput. Networks ISDN Syst.
Panel discussion
- T. PhinneyG. ChessonR. Crane
- 31 December 1984
Medicine
Theoretical Performance Analysis of Sliding Window Flow Control
- E. ArthursG. ChessonB. Stuck
- 1 November 1983
Computer Science, Engineering
IEEE J. Sel. Areas Commun.
A transmitter breaks a message up into packets and transmits the packets to a receiver over a single virtual circuit within a local area network. The receiver has a finite amount of storage capacity…
Theoretical performance analysis of sliding window link level flow control for a local area network
- E. ArthursG. ChessonB. Stuck
- 1 October 1983
Computer Science, Engineering
A transmitter sends packets over a local area network to a receiver. The receiver has a finite amount of storage capacity for buffering messages. A sliding window protocol is employed to insure all…
Protocols and software for high speed networks
- G. Chesson
- 22 January 1990
Computer Science, Engineering
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