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TABLE I TRAFFIC DEMANDS.

in XUE ET AL., TO APPEAR IN IEEE JSAC-OCN 1 An Improved Algorithm for Optimal Lightpath Establishment on a Tree Topology
by Guoliang Xue, Senior Member, Weiyi Zhang, Jian Tang, Krishnaiyan Thulasiraman

Table 7: Comparison on Deriving Traffic Demand.

in ProgME: Towards Programmable Network MEasurement
by Lihua Yuan, Chen-nee Chuah, Prasant Mohapatra

Table 6: Comparison on Deriving Traffic Demand.

in ABSTRACT
by Lihua Yuan, Chen-nee Chuah, Prasant Mohapatra

Table 1: the resulting traffic demands of the simulated applications

in
by C. Debaes, I. Artundo, W. Heirmann, J. Dambre, Khoi Bui Viet, H. Thienpont

Table 1: The demand traffic

in Dimensioning Of MP/WDM Networks With Failure Restoration
by Hiroaki Harai, Fumito Kubota
"... In PAGE 5: ... [9], which is effectively com- parable with our results, so Fig. 7 and Table1 adopt the same network model and given demands (the number of APs) respec- tively as in Ref. [9].... In PAGE 5: ... The network accommodates at most 3240 WPs. The number of SPs is given by Table1 and the number of APs is set to 2; 4 and 8 times as many as the number of SPs. Balance between the num- ber of APs and SPs corresponds to the number of requests that restoration in WDM network is redundant.... ..."

Table2. Computational results of non-uniform traffic demand

in OPTIMAL SCHEDULING IN CDMA PACKET RADIO NETWORKS
by Sehun Kimt, Jaehyun Yeo 1996
"... In PAGE 6: ...he second system tested has a non-uniform demand. It has 12 nodes and its reception capacity is 3. We generate 20 different traffic demands in the range of 2 - 6. Table2 is the computational results of our ... ..."

Table 2. SD paths and the traffic demands for Experiment 1.

in On Service Replication Strategy for Service Overlay Networks
by Kevin Y.K. Liu, John C. S. Lui, Zhi-Li Zhang, Hong Kong 2003
"... In PAGE 10: ...ig.4. Topology for experiment 1. Figure 4 shows the SON topology used in this experiment. Table2 shows the traffic demands of each SD requirements and links on each SD path. The bandwidth to be allocated on each link is obtained by using the static bandwidth provisioning... ..."

Table 2:Test 1, Background traffic demand=200vph

in Dynamic Traffic Control: Decentralized And Coordinated Methods
by Isaac Porche, Stéphane Lafortune, St Ephane Lafortune 1997
"... In PAGE 5: ...4 % increase in overall system delay which translates to just over 2 % increase in travel time. Table2 outlines the results for these two sets of tests. This weighting scheme essentially pro- vides a degree of coordination for the transit route among the intersections that experience the transit demand.... ..."
Cited by 10

TABLE I SUMMARY OF SYSTEM-WIDE TRAFFIC DEMAND MODEL.

in A novel probabilistic data flow framework
by Félix Hernández-campos, Merkourios Karaliopoulos, Maria Papadopouli, C Haipeng Shen D 2001
Cited by 1

TABLE I SUMMARY OF MODELS FOR SYSTEM-WIDE TRAFFIC DEMAND VARIABLES.

in 834 110 Defay T, Cohen FE. Evaluation of current techniques for ab initio pro835 tein structure prediction. Proteins
by Félix Hernández-campos, Merkouris Karaliopoulos, Haipeng Shen, Maria Papadopouli 1995
Cited by 1
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