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happen when the mobile host stays disconnected from the base station for a prologned period of time, or there is a failure at the base station. (ii) Processing overhead. Since I-TCP is a transport layer mechanism, all packets will have to go up to the transport layer at the point of split, and come down again through the protocol stack. This will introduce unnecessary overheads into the end-to-end data transfer. (iii) The base station needs to maintain state on a per-connection basis and it is less likely that a wireless network provider will allow for a connection-specific state to reside on the devices inside the wireless network. End-to-End Protocols. The drawbacks of WTCP are: (i) WTCP assumes that interpacket separation is a good metric for the detection of congestion. Although this might be true when the bottleneck link is definitely the wireless link, the same is not evident when the bottleneck link can be someplace upstream of the wireless link. (ii) Loss distinguishing mechanism. The loss detection mechanism currently used by WTCP is a heuristic. However, the heuristic can be shown to fail in several scenarios [6]. (iii) WTCP requires changes in the protocol stack at both the sender and the receiver. Hence, in the absence of proxy servers, static hosts will have to have a dedicated protocol stack for communications with the mobile hosts.

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At any time to , c1 (to ) is the number of ticks the counter of node 1 has made From the expression for c1 (t), we can easily see that the counter of node 1 ticks on integer values of t We de ne the counter c1 (t) to simplify the description of the synchronization procedure, since all synchronization pulses are sent at integer values of t..

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changed BW requirements of real-time applications. At the same time, we also note that the BES delay for GPC is signi cantly lower than for GPSS. Thus, in this case, GPC is more fair to BES. Also, the average delay for all ows taken together is lower for GPC than for GPSS. From Fig. 23.6a, we see that the instantaneous delays for higher priority ows is always lower than for the others, even though they offer more load and it also doesn t uctuate as much. From Fig. 23.6b, we see that the instantaneous throughput for UGS and rtPS is higher than nrtPS or BES. Scenario 3. Table 23.4 gives the summary of the results obtained in this scenario.

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1 y2=ln(x) 1.5

More Lower Priority Loads UGS rtPS nrtPS BES 8400 28002 34844 35537 8400 28002 55206 43278 1224.04 4080.44 5077.45 5178.43 1224.04 4080.44 8044.59 6306.45 56.15 124.95 179.8 199.18 22.73 57.38 85.6 138.99