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(see Tyler & Smith, 1998). Family and close relationships (see the chapter by Clark & Grote in this volume) are built upon positive attitudes, encompassing such concepts as love, trust, caring, and intimacy. Positive attitudes encourage good communication, which is the basis of effective relationships. Research on consumer behavior is one of the clearest examples of the application of social psychological ndings on attitudes (e.g., Cialdini, 1993; Reardon, 1991), with topics ranging from advertising to purchasing behavior. Finally, research on expectancies (see Olson, Roese, & Zanna, 1996) has shown that expectancies in uence information processing and behavior. One of the principal sources of expectancies is attitudes we expect good things from positively evaluated objects and bad things from negatively evaluated objects. These attitude-induced expectancies can lead to errors in information processing, biased hypothesis-testing, and self-ful lling prophesies (see Olson et al., 1996).

the principle of psychic causality precisely as psychoanalysts conceive it, most theorists and researchers agree that cognitions, motives, emotional responses, and expressed behaviors do not arise randomly, but always stem from some combination of identi able biological and/or, psychological processes (Rychlak, 1988) Although few psychologists would argue for the existence of random psychological events, researchers do disagree regarding the underlying processes that account for such events, and it is here that the psychodynamic view diverges from those of other perspectives Whereas psychoanalysts contend that unconscious motives and affective states are key determinants of ostensibly random psychological events, psychologists with other theoretical orientations attribute such events to latent learning, cognitive bias, motivational con ict, chemical imbalances, or variations in neural activity (eg, see Buss, 1991; Danzinger, 1997) The notion that a seemingly random event (eg.

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In order to support time-critical data transfers generated by repetitive low latency applications, IEEE 802154 provides a guaranteed time slots (GTS) mechanism to allocate a speci c duration within a superframe for frame transmissions Although the dedicated bandwidth could guarantee the reliability and performance of data deliveries, the abusing of dedicated resources might also result in the exclusion of other transmissions The data transmission problem is further complicated by the rst-come- rst-serve (FCFS) GTS allocation policy [5] because of the lack of scheduling exibility to respond to the network workload and application needs in low latency data delivery Starvation is even possible for devices with low data transmission frequencies due to a xed timer maintained in IEEE 802154 for GTS deallocation Thus, how to adequately and ef ciently provide a GTS allocation scheme with low latency and fairness is a very challenging problem.

A network that utilizes a shared medium requires a mechanism to ef ciently share it This is important in any type of network situation Shared resources save time and space, which equals money A two-way peer-to-multipoint wireless network is a good example of a shared medium The medium is the space through which the radio waves move Another term for this is propagation In a layered protocol system, the information ow across the boundaries between the layers can be de ned in terms of primitives that represent different items of information and cause actions to take place These primitives do not appear as such on the medium (the air interface) but serve to de ne more clearly the relations of the different layers The semantics are expressed in the parameters that are conveyed with the primitives [1] The downlink on a peer-to-multipoint basis is the BS to the user.