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Stiliadis, Traffic scheduling in packet-switched networks: analysis, design, and implementation, Ph D dissertation, Computer Science Department, University of California at Santa Cruz, Jun 1996 7 D Stiliadis and A Varma, Latency-rate servers: a general model for analysis of traffic scheduling algorithms, Proc IEEE INFOCOM, pp 111 119, Mar 1996 8 D Stiliadis and A Varma, Design and analysis of frame-based fair queueing: a new traffic scheduling algorithm for packet-switched networks, Proc ACM SIGMETRICS, pp 104 115, May 1996 9 D Stiliadis and A Varma, A general methodology for design efficient traffic scheduling and shaping algorithms, Proc IEEE INFOCOM, Kobe, Japan, Apr 1997 10 D Stiliadis and A Varma, Rate-proportional server: a design methodology for fair queueing algorithms, IEEErACM Trans Netw, vol 6, no 2, pp 164 174, Apr 1998 11 D Stiliadis and A Varma, Efficient fair queueing algorithms for packet-switched networks, IEEErACM Trans Netw, vol 6, no.

from effective use of computer resources. For large-scale SAMR applications, the data sets are huge. It is the task of the data partitioner to divide and distribute the data over the processors so that all resources are used ef ciently. Adaptation causes the workload to change dynamically, calling for dynamic repartitioning to maintain ef cient resource use. The overall goal of the work presented here was to decrease runtimes for large-scale SAMR applications. We have presented Nature+Fable, a hybrid and exible partitioning tool dedicated to structured grid hierarchies. Nature+Fable successfully copes with demanding, complex, and realistic applications. In the experiments, Nature+Fable was con gured to generate low average load imbalance. Compared to the native AMROC DB SFC partitioner, Nature+Fable generated signi cantly less load imbalance, similar box count, but 4 4.5 time more communication. For some computer-application combinations, like the Ramp2d on a 16-processor Linux cluster, Nature+Fable with such a con guration is expected to improve performance. For other combinations, another con guration of Nature+Fable, the AMROC DB SFC, or some other technique that better optimizes the pertinent metrics would probably give better performance. Future work includes addressing the blocks-to-processor mapping in Nature+Fable. An optimal mapping in Nature+Fable should be such that a strictly domain-based mapping is automatically created for suitable hierarchies. For other hierarchies, Nature+Fable should guarantee a minimal amount of parent child separation given the current bi-level blocks. With a signi cantly improved mapping scheme, Nature+Fable would generate communication patterns comparable to those generated by domain-based techniques. Consequently, Nature+Fable would become a complete tool for decreasing runtimes for most SAMR computerapplication combinations.

Table color is supported starting with Internet Explorer 3 and Netscape 4 browsers. Here are the steps for setting a background color for the table: 1. Select the table by clicking the top-left corner of it. 2. In the Table Inspector, double-click the color swatch to the right of the word Color. This selects the Color field and opens the Color palette. 3. In the Color palette, choose a color. (Remember, the Web Color List contains the 216 designated Web-safe colors.) As you click a color, the Color option s checkbox becomes checked automatically in the Inspector and the color immediately takes effect in the table. If you re not happy with that color, simply click another one.

This chapter covers only a POP QUIZ handful of the most familiar Layer 7 protocols. Many more True or false: The maximum number of protocols are available, considprotocols the TCP/IP Application layer can ering that the combination for have at any one time is two. port numbers is 65,536. Even with some protocols using more than one port, there is still a lot of them. You can obtain information on many protocols by reading their RFCs. RFCs are available over the Internet at www.ietf.org/rfc.html.

The transformations thus far have yielded the following relations:

2, pp175 185, Apr 1998 12 J C R Bennett and H Zhang, WF 2 Q: worst-case fair weighted fair queueing, Proc IEEE INFOCOM, Mar 1996 13 J C R Bennett and H Zhang, Hierarchical packet fair queueing algorithms, IEEErACM Trans Netw, vol 5, no 5, pp 675 689, Oct 1997; Proc ACM SIGCOMM, Aug 1996 14 J C R Bennett, D C Stephens, and H Zhang, High speed, scalable, and accurate implementation of fair queueing algorithms in ATM networks, Proc ICNP, 1997..

where two FEC codewords differ. Clearly, the rank of the correlation matrix Rxs, T , determines the diversity order that the scheme can achieve. The rank T can be determined by plugging (4.21) into the correlation matrix,