M.D. May, P. W. Thompson, and P. H. Welch, editors. Networks, Routers, and Transputers: Function, Performance, and Application. IOS Press, Inc., Amsterdam, Netherlands, 1993. Home/Search Document Not in Database Summary Related Articles Check |
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Connection Resource Management for Compiler-Generated Communication - Hinrichs (Correct)
....on iWarp for staticly and dynamicly reserved implementations for (a) single link bandwidth and (b) all to all aggregate bandwidth on 64 nodes. Paragon[MPS93] The following sections examine specific communication resources from several parallel systems: iWarp[B 88] the INMOST9000[MTW93] ATM networks, the Intel Paragon[Div91] and the Stanford Flash[K 94] 4.1 iWarp iWarp is a distributed memory, parallel computer developed by Intel and CMU. Each node of an iWarp system consists of two units: a computation and a communication agent. The two units are tightly integrated ....
M.D. May, P. W. Thompson, and P. H. Welch, editors. Networks, Routers, and Transputers: Function, Performance, and Application. IOS Press, Inc., Amsterdam, Netherlands, 1993.
A Compile Time Model for Composing Parallel Programs - Hinrichs (1995) (1 citation) (Correct)
....else if (cur inst = task7) task7( Figure 14: Code to support time dynamic array modules. By using the overlay model, this code implements the example in Figure 13. using the communication system directly. Newer transputer systemsshouldprovide greater opportunityfor using long lived connections[MTW93] The T9000 processor provides virtual channel support, so multiple virtual channels can be mapping to the same physical channel. Therefore, multiple long lived virtual channels can coexist. The C104 routing chip supports connections between processors that are not necessarily physically ....
M.D. May, P. W. Thompson, and P. H. Welch, editors. Networks, Routers, and Transputers: Function, Performance, and Application. IOS Press, Inc., Amsterdam, Netherlands, 1993.
A Compile Time Model for Composing Parallel Programs - Susan Hinrichs (1995) (1 citation) (Correct)
....for a network of T800 s. MARC is more directed towards automatically mapping and routing a set of communicating sequential processes than supporting a programmer using the communication system directly. Newer transputer systems should provide greater opportunity for using long lived connections[MTW93] The T9000 processor provides virtual channel support, so multiple virtual channels can be mapped to the same physical channel. Therefore, multiple long lived virtual channels can coexist. The C104 routing chip supports connections between processors that are not necessarily physically adjacent. ....
M.D. May, P. W. Thompson, and P. H. Welch, editors. Networks, Routers, and Transputers: Function, Performance, and Application. IOS Press, Inc., Amsterdam, Netherlands, 1993.
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