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As far back as the 1950s, researchers and communication engineers recognized the need for investigating the form of receivers that would provide optimum detection of digital modulations transmitted over a channel composed of a combination of AWGN and multiplicative fading. For the most part, most of these contributions dealt with only the simplest of modulation/detection schemes and fading channels, namely, BPSK with coherent detection and Rayleigh or Rician fading. In some instances, the work pertained to single-channel reception, while in others multichannel reception was considered. Our goal in this chapter is to present the work of the past under a uni ed framework based on the maximum-likelihood approach and also to consider a larger number of situations corresponding to more sophisticated modulations, detection schemes, and fading channels. In addition, we shall treat a variety of combinations of channel state knowledge relating to the amplitude, phase, and delay parameter vectors associated with the fading channels. In many instances, implementation of the optimum structure may not be simple or even feasible, and thus a suboptimum solution is preferable and will be discussed. Also, evaluating the error probability performance of these optimum receivers may not always be possible to accomplish using the analytical tools previously discussed in this book or anywhere else, for that matter. Nevertheless, it is of interest to determine in each case the optimum receiver since it serves as a benchmark against which to measure the suboptimum but simpler-to-implement and- analyze structure. We begin our discussion by reviewing the mathematical models for the transmitted signal and generalized fading channel as introduced in previous chapters. In particular, consider that during a symbol period of Ts seconds the transmitter

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flag to indicate whether the operation is the result of the transaction being suspended (TMSUSPEND), a portion of the work having failed (TMFAIL), or a normal resource release by the application (TMSUCCESS). A suspended transaction may later be resumed on the same Resource Manager. An important distinction exists between ending and suspending a transaction, because once a transaction is ended, the Resource Manager will not allow itself to be associated with that transaction again. 5. The de-list request tells the transaction manager to inform the resource manager to dissociate the transaction from the XAResource. A flag is passed as part of the invocation, indicating whether the transaction manager intends to come back to the same resource, in which case the resource states will have to be kept intact. The transaction manager passes the appropriate flag value in its XAResource.end() method call to the underlying Resource Manager.

The details of these three functions are shown in Trace 10.10a, with traffic not relevant to our discussion filtered out (and therefore yielding some gaps in frame numbers). Note that the inclusion of the proxy server in the network makes for a two-step communication process. For example, the SIP INVITE message is generated in Frame 1 and then passed to the desired destination in Frame 3. Similarly, the SIP RINGING response is sent to the proxy server in Frame 5 and then passed to the gateway in Frame 6. After the connection establishment is confirmed in Frame 130, then direct communication between the two endpoints begins.

For equal energy signal constellations such as M -PSK, |xi(n) |2 is constant and thus (14.9) reduces to the minimum squared Euclidean distance rule, as follows. Choose xi(n) = xi(n) if and only if xi(n) xi(n)

The same format applies to the while and until statements. Each statement executes a command, then checks the exit status of the command. The if-then statement executes the rst set of commands if the exit status is zero, and the second set of commands if the exit status is non-zero. The while and until statements loop through the speci ed commands until the exit status of the evaluation command is zero. The tcsh shell uses a slightly different format for each of these statements:

The following scalar user-de ned function generates the materialized path programmatically:

beyond the scope of this book. The LDP label distribution process is described in RFC 3036/5036 as well as many publications on legacy MPLS switching for IP packets.

Children s coping responses are often categorized into active coping which involves positive problem-solving strategies, and repressive coping which involves emotional repression and denial. Some researchers further divide repressive coping into conscious and unconscious types (Phipps et al., 1995). They use the term blunting to describe a strategy that reduces emotional distress by actively limiting thoughts about the stressful situation. They found that those who blunt are able to change their coping styles whereas repressors are less flexible. In a meta-analysis of coping styles in children, Suls and Fletcher (1985) also found repressive styles were related to better outcomes where the stressor was shortterm. The active coping approach worked better for long-term stressors. This corresponds to the finding that children with short-term illness prefer not to receive too much information whereas those with chronic illness prefer to have information (Siege1 and Conte, 2001). In Research summary 4 you will see that it appears that children, like adults, are more likely to use reactive or maladaptive coping responses themselves yet suggest proactive coping responses for their friends (Peterson et al., 1999).

Network architectures facilitate the operation, maintenance, and growth of the network by isolating the user and the application from the physical details of the network. Network architectures include protocols, standards, interfaces, and topologies.