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Table 1. Comparison of anticipation schemes for packet arrival

in Rate-distortion optimized interactive streaming for scalable bitstreams of light fields
by Chuo-ling Chang, Bernd Girod 2004
"... In PAGE 11: ... The third scenario corresponds to a pessimistic approach where the sender assumes all the unacknowledged packets are lost and therefore it considers only the acknowledged packets in bit allocation. The PSNR values of the rendered frames obtained from the four schemes are compared in Table1 , all at the transmission rate of 256 kbps. The proposed approach consistently outperforms the optimistic and the pessimistic approach while maintain- ing a small gap to the ideal case using the prescient scheme, especially for lower loss rates.... ..."
Cited by 4

Table II. Fitting results for the packet arrival process.

in Multiscale fitting procedure using markov modulated poisson processes
by Paulo Salvador, Rui Valadas, António Pacheco 2003
Cited by 9

Table 2. Throughput results for constant packet arrivals for Experiment and the Simulation models.

in TABLE OF CONTENTS
by Yaw Tabiri, Philips H. Enslow, Jrtt Chairm An, Pin-yee Chen 1983
"... In PAGE 48: ... 5.1 Constant Packet Arrivals Table2 shows the throughput obtained during the experiment and that obtained with the simulation model for ... ..."

Table 2. WWW Data. Means for Packet Arrival, Throughput, and Intensity

in THE EFFECTS OF CLUSTER SIZE ON PACKET INTER-ARRIVAL PATTERNS AND INTENSITY IN A DISTRIBUTED SYSTEM
by unknown authors

Table 3 Average ratio of packets arrived out-of-order at network interfaces under synthetic tra c[%]

in Enforcing In-Order Packet Delivery in System Area Networks with Adaptive Routing
by Michihiro Koibuchi , Juan C. Martinez , Jose Flich , Antonio Robles , Pedro Lopez , Jose Duato
"... In PAGE 14: ... Third, we investigate the degree of out-of-order packets arrived at destination network interface exhibited by the in nite-bu er method. Table3 shows the ratio between the number of packets arrived out-of-order and the total number of delivered packets just before the network becomes saturated. As can be seen, almost all the packets are delivered in-order under uniform tra c, especially in large networks.... ..."

Table 1. Packet arrival probability at the out- put of an element(without combining)

in unknown title
by unknown authors
"... In PAGE 3: ... no packets arrives (-). The probability of these cases and the expected number of the packets at two outputs of the element are shown in Table1 . 7943407241 represents the expected number of packets which are sent for the hot spot (7943), and 79 43 406941 is the expected number of packets sent for the other destination.... ..."

Table 1: Summary of node behaviors when a route dis- covery packet arrives

in Abstract Efficient Routing Methods for ad-hoc Networks
by Hyojun Lim, Chongkwon Kim
"... In PAGE 5: ... If Upstream field of a route discovery packet is the same as Source Address field of the packet, the node becomes a group neighbor. Table1 summa- rizes node behaviors when it receives route discovery packets. 3.... ..."

Table 4. Axis Beta 1, packet inter-arrival times.

in University advisor:
by Robert Elfwing, Ulf Paulsson, Robert Elfwing, Ulf Paulsson, Pär Karlsson M. Sc, Lic Tech, Ericsson Ab 2002

Table 1. MPI DATA. Timings and Means for Packet Arrival, Throughput, and Intensity 10,000 Iterations

in THE EFFECTS OF CLUSTER SIZE ON PACKET INTER-ARRIVAL PATTERNS AND INTENSITY IN A DISTRIBUTED SYSTEM
by unknown authors

Table 1. Summary of packet arrival data in le pOct.TL.

in Effectiveness of Timer-Based Connection Management Mechanisms for IP/ATM Networks
by Mahbub Hassan, Richard Egudo, Kieran Power, Mohammed Atiquzzaman
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