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Link layer enhancements thus have the following characteristics: (i) they mask out the unique characteristics of the wireless link from the transport protocol; (ii) they are typically transparent to the transport protocol and, hence, do not require any change in the protocol stack of either the static host or the mobile host; (iii) they can either be aware of the transport protocol s mechanisms or be oblivious to it the transport protocol aware class of protocols can be more effective because of the additional knowledge; (iv) they require added intelligence, additional buffers, and retransmission capability at the base station; (v) they retain the end-to-end semantics of TCP since they do not change the transport protocol Several schemes including reliable link layer approaches and the snoop protocol [4] belong to this category We will now provide an overview of the snoop protocol 1341.

P(X = 1| Theta)

and, for the low-frequency range (0 10 kHz), the signal-to-noise ratio shall not be less than the following:

1 The Snoop Protocol The snoop protocol is an approach that enhances the performance of TCP over wireless links without requiring any change in the protocol stacks at either the sender or the receiver The only changes are made at the base station where code is introduced to cache all transmitted packets and selectively retransmit packets upon the detection of a random wireless loss (or losses) Specifically, the random loss is detected by the receipt of duplicate TCP acknowledgments that arrive from the mobile host at the base station Hence, the base station in the snoop protocol will need to be TCP-aware and capable of interpreting TCP acknowledgments Because of the retransmission of packets at the base station, the static host is kept unaware of the vagaries of the wireless link.

Skeletal Muscle Needle Biopsy Protocol 101 Skeletal Muscle Needle Biopsy 4 Isolation and Culture of Human Skeletal Myoblasts Protocol 102 Isolation and Culture of Human Skeletal Myoblasts 5 Characterization of Human Skeletal Myoblasts Protocol 103 Characterization of Human Skeletal Myoblast Cultures 6 Tissue Engineering of Human Skeletal Myoblasts with Clinically Approved Extracellular Matrix Materials Protocol 104 Formation of Silicone Rubber Casting Molds Protocol 105 Tissue-Engineering and Maintenance of Human Skeletal Muscle 7 Applications of Tissue-Engineered Human Skeletal Muscle 71 Gene Therapy 72 Muscle Repair/Replacement Acknowledgments Sources of Materials References 1 INTRODUCTION.

(2566) In practice, the negative sign on the last term of the numerator makes it possible for the estimate of variance of d to be negative Thus, it is suggested that (1 d 2 )/(mn 1) is 2 used as the minimum allowable value for sd This substitution introduces a bias, but such modi cation eliminates impossible values and usually increases the ef ciency of an estimate In large samples, the last term of the numerator is negligible compared to the other terms of Equation 2566 Adjustments to the Con dence Interval of Delta Using a sample estimate of the variance of d, the null hypothesis that = 0 can be tested without assuming identical distributions, and CIs for can be formed The CI for is traditionally computed as (d z /2 sd , d + z /2 sd ), using Equation 2566 for sd .

In the ideal case, the static host will never realize the existence of the wireless link and its unique characteristics The snoop protocol is more sophisticated than a simple reliable link layer protocol because it is TCP-aware and hence can perform more optimizations that improve TCP s performance In particular, at the base station the snoop module, after receiving duplicate ACKs, suppresses the duplicate ACKs in addition to performing the retransmission This is to avoid the receipt of the duplicate ACKs at the sender, which would trigger another retransmission and undermine the very purpose of having the snoop module at the base station Figure 131 illustrates the workings of the snoop protocol Note that the snoop module.