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Table 2: Distribution of Sense Tags

in Integrating Multiple Knowledge Sources to Disambiguate Word Sense: An Exemplar-Based Approach
by Hwee Tou Ng, Hian Beng Lee 1996
Cited by 197

Table 2. Load distribution per different traffic classes

in Stability and scalability issues in hop-by-hop class-based routing
by Marília Curado, O Reis, João Brito, Gonçalo Quadros, Edmundo Monteiro 2003
"... In PAGE 8: ... The combinations that were used are depicted in the following tables. Table2 shows the load distribution that was used in the experiments with 2, 3 and 4 traffic classes to attain the level of total load used in each experiment. The traffic of all classes is UDP to avoid the influence of TCP flow control in the results.... In PAGE 9: ... This stems from the fact that congestion starts to occur in the routers while they adapt the paths to the traffic that is being generated. In the case where there are two traffic classes, each class is generated at 10 Mbps ( Table2 ). When four traffic classes are generated, each at 5 Mbps, two of those classes must share one path, since there are only three alternative paths in the test-bed.... ..."
Cited by 5

Table 7. Worst case (100% Detection-1 matches) Packet

in A hardware platform for network intrusion detection and prevention
by Chris Clark, Wenke Lee, David Schimmel, Didier Contis, Mohamed Koné, Ashley Thomas 2004
Cited by 22

Table 1: Distribution of sense tags.

in Word-Sense Disambiguation Using Decomposable Models
by Rebecca Bruce, Janyce Wiebe 1994
Cited by 110

Table 1: Traffic Summary for the Congested Scenario with Two Users

in SLAs and Auction Mechanisms in CATI
by Noria Foukia, David Billard, Pr. Juergen Harms
"... In PAGE 5: ... The traffic summary is presented for the similar congested scenario with two users. In the first and quite simple case, both users have the same spending-cap ( Table1 ). Obviously, auctions running under CHiPS rarely interrupt running flows.... ..."

Table 5: Network traffic for static and dynamic detection strategies. (bytes per reference)

in Cache Coherence in Large-Scale Shared Memory Multiprocessors: Issues and Comparisons
by David J. Lilja 1993
"... In PAGE 17: ... The dynamic mechanism, on the other hand, sends many messages between the directory and the processors which increases the congestion in the interconnection network compared to the static mechanism and thereby may increase the memory latency. As shown in Table5 , the total network traffic for the ideal compiler in the version control mechanism is approximately the same as the network traffic required to service only the misses with the directory. These similar traffic requirements are expected since these two approaches have similar miss ratios.... ..."
Cited by 10

Table 5: Network traffic for static and dynamic detection strategies. (bytes per reference)

in Cache Coherence in Large-Scale Shared Memory Multiprocessors: Issues and Comparisons
by David J. Lilja 1993
"... In PAGE 17: ... The dynamic mechanism, on the other hand, sends many messages between the directory and the processors which increases the congestion in the interconnection network compared to the static mechanism and thereby may increase the memory latency. As shown in Table5 , the total network traffic for the ideal compiler in the version control mechanism is approximately the same as the network traffic required to service only the misses with the directory. These similar traffic requirements are expected since these two approaches have similar miss ratios.... ..."
Cited by 10

TABLE X TRAFFIC RECEIVED UNDER MULTIPLE CONGESTED LINKS

in An Active Queue Management Scheme Based on a Capture-Recapture Model
by Ming-Kit Chan, Mounir Hamdi

Table 1. The distribution of senses in the clusters

in Word Sense Disambiguation Based on Structured Semantic Space
by Ji Donghong, Huang Changning

Table 1. The Distribution of Word Senses

in Sense-Tagging Chinese Corpus
by Hsin-Hsi Chen, Chi-Ching Lin
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