Seitz, C. L. et al. (1985) The Hypercube Communication Chip. Dept. Comp. Sci., CalTech, Display File 5182:DF:85. Home/Search Document Not in Database Summary Related Articles Check |
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The Effect of the Number of Virtual Channels on the .. - Sarbazi-Azad.. (2000) (Correct)
.... can be used as elementary building blocks, they are potentially marketable components [6,11] Another reason behind the popularity of the mesh is that it can be partitioned into smaller areas that are still meshes, which is a desirable feature for some parallel applications [2] Wormhole routing [18] has also promoted the use of the mesh as it makes latency independent of the message distance in the absence of blocking. In wormhole routing, a message is broken into flits (typically, a few bytes each)for transmission and flow control. The header flit (containing routing information) governs ....
C.L. Seitz, The hypercube communication chip, Dep. Comp. Sci., CalTech, Display File 5182:DF:85, March 1985.
Analysis of A Scalable, All-Optical Interconnection Network For.. - Jones (1998) (Correct)
....requirement for interconnection networks since PNs engage in data transfers more frequently with nearby neighbors than with more distant PNs. We should note that the diameter of a network remains an important criterion in characterizing network delay even with the introduction of wormhole routing [11, 12]. Wormhole routing does not reduce the time required for intermediate PNs to process small packets (flits) Larger diameter networks must therefore keep a larger number of PNs busy for a single packet transfer [13] which leads to a reduction in throughput for the entire system. Consequently, a ....
C. L. Seitz and et al., "The Hypercube Communication Chip," Department of Computer Science, California Institute of Technology, vol. 5182:DF:85, March 1985.
An Analytical Model for Wormhole Routing with Finite Size.. - Hu, Kleinrock (Correct)
....to high speed local area networks (LANs) 1, 2, 3] to support applications such as cluster computing that demand a very fast, high data rate communication media. 1. 1 Wormhole Routing Wormhole routing was developed from the earlier idea of cut through switching [4] and was first introduced in [5]. A wormhole routing network is composed of several switches which have relatively small input buffers (see figure 1 a) As opposed to storeand forward switching, a packet is forwarded to the next switch as soon as its header (or its routing information) is received (cut through) If the outgoing ....
C. Seitz et al. "The Hypercube Communications Chip". Technical report, Dep. Computer Science, California Inst., March 1985. Display File 5128:DF:85.
A Dynamic Timeout Scheme for Wormhole Routing Networks - Hu, Kleinrock (Correct)
....which has been adopted as the LAN infrastructure for the Supercomputer SuperNet (SSN) a research project being conducted at UCLA, JPL and Aerospace Corp. 3, 4] 1. 1 Wormhole Routing Wormhole routing was developed from the earlier idea of cut through switching [5] and was first introduced in [6]. A wormhole routing network is composed of several switches and hosts. Usually, wormhole routing switches have relatively small buffers. As opposed to store and forward switching, as soon as a packet header (or its routing information) is received, this packet is forwarded to the next switch ....
C. Seitz et al. "The Hypercube Communications Chip". Technical report, Dep. Computer Science, California Inst., March 1985. Display File 5128:DF:85.
A Queueing Model for Wormhole Routing with Timeout - Hu, Kleinrock (1995) (1 citation) (Correct)
....network configuration is shown in figure 1. Also, as shown in figure 1, we use hs link , ss link and sh link to denote host to switch, switch to switch and switchto host links, respectively. Wormhole routing is the basic switching technique we study. Wormhole routing was first introduced in [19]. It was developed from the earlier idea of cutthrough switching [10] In wormhole routing, switches have relatively small buffers. As opposed to storeand forward switching, as soon as a packet header (or its routing information) is received, this packet is forwarded to the next switch (before it ....
C. Seitz et al., "The hypercube communications chip", Dep. Computer Science, California Inst. Technol. , Display File 5128:DF:85, March 1985.
On the Performance Merits of Bypass Channels in.. - Loucif, Ould-Khaoua, .. (1999) (Correct)
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Seitz, C. L. et al. (1985) The Hypercube Communication Chip. Dept. Comp. Sci., CalTech, Display File 5182:DF:85.
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