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relatively low-effort circumstances (see attribution section in this chapter). A second alternative mechanism is impression management. Proponents of this view believe that the attitude change observed in dissonance experiments results not from aversive arousal associated with cognitive inconsistency, but instead from the desire to appear consistent to others (e.g., Tedeschi et al., 1971). Although impression management is a motivational variable that can affect attitude reports, it cannot account for all dissonance phenomena. For example, dissonance-based attitude change can also occur in situations in which attitude reports are private and anonymous and should therefore arouse no impression management concerns (e.g., Baumeister & Tice, 1984; Hoyt et al., 1972). Combinatory Approaches Combinatory approaches emphasize the different ways in which individuals assign value to pieces of information and integrate them into a structure of beliefs and attitudes. These models differ in their emphasis on the types of information individuals consider, as well as the means by which the information is integrated. Three different types of models have received the most research attention. Probabilogical Model The probabilogical model (McGuire, 1960, 1981; Wyer, 1970, 1974) suggests that beliefs are represented in memory in a network of syllogistic structures that have both horizontal and vertical dimensions. Each syllogism contains two premises that logically imply a conclusion. Consider the following syllogism:

IParsedSql This interface is used as output by the Parser subsystem and as input by the Quali er subsystem It provides access to the Parser output for the rest of the distributed database environment in general and especially the Quali er subsystem We must be careful when we modify or extend this interface In particular, we should never expose any of the implementation details Therefore, we should ensure that this interface only provides read-only access to the contents Otherwise, we introduce implementation dependencies that make it very dif cult to use a different implementation for the subsystems in other projects In other words, if we are not careful we can damage our reusability IQuali edSql This interface is used as output by the Quali er subsystem and as input by the Planner subsystem.

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TABLE 7.12 Performance Results from CART and C5.0 Classi cation Models Using 10 1 Misclassi cation Costs

(1.46)

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1.1 INTRODUCTION Mobility is the most important feature of a wireless cellular communication system. Usually, continuous service is achieved by supporting handoff (or handover) from one cell to another. Handoff is the process of changing the channel (frequency, time slot, spreading code, or combination of them) associated with the current connection while a call is in progress. It is often initiated either by crossing a cell boundary or by a deterioration in quality of the signal in the current channel. Handoff is divided into two broad categories hard and soft handoffs. They are also characterized by break before make and make before break. In hard handoffs, current resources are released before new resources are used; in soft handoffs, both existing and new resources are used during the handoff process. Poorly designed handoff schemes tend to generate very heavy signaling traffic and, thereby, a dramatic decrease in quality of service (QoS). (In this chapter, a handoff is assumed to occur only at the cell boundary.) The reason why handoffs are critical in cellular communication systems is that neighboring cells are always using a disjoint subset of frequency bands, so negotiations must take place between the mobile station (MS), the current serving base station (BS), and the next potential BS. Other related issues, such as decision making and priority strategies during overloading, might influence the overall performance. In the next section, we introduce different types of possible handoffs. In Section 1.3, we describe different handoff initiation processes. The types of handoff decisions are briefly described in Section 1.4 and some selected representative handoff schemes are presented in Section 1.5. Finally, Section 1.6 summarizes the chapter.