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Note: The Linkage Identifier is also used by Flash to identify a movie clip or button that is used as an object in ActionScript. See Working with Movie Clips and Buttons under Help > Using Flash.

We want to send the sequence of symbols V n = V1 , V2 , , Vn over the channel so that the receiver can reconstruct the sequence To do this, we map the sequence onto a codeword X n (V n ) and send the codeword over the channel The receiver looks at his received sequence Y n and makes an estimate V n of the sequence V n that was sent The receiver n makes an error if V = V n We de ne the probability of error as Pr(V n = V n ) =.

A regenerator takes a corrupted and distorted digital signal and forms a brand new, nearly perfect digital signal A simpli ed model of a ber optic link is illustrated in Figure 213 In this gure, the driver conditions the electrical baseband signal prior to modulation of the light signal; the optical source is the transmitter where the light signal is generated and modulated; the ber optic transmission medium consists of a ber strand, connectors, and splices; the optical detector is the receiver, where the light signal is detected and demodulated; and the output circuit conditions the resulting electrical baseband signal for transmission to the electrical line (Ref 3) A more detailed discussion of ber optic systems will be found in 9..

dent exponential distributions with the density function f(t) = e t [2, 19, 22]. Here represents the call arrival rate. Some researchers assume the discrete case. Therefore, the call interarrival times have geometric distributions with the probability distribution function F(t) = 1 (1 )t [1, 17, 24]. Here is the call arrival probability. 2.4.3 Mobility Models The mobility pattern also plays an important role when evaluating the performance of a location management scheme. A mobility model is usually used to describe the mobility of an individual subscriber. Sometimes it is used to describe the aggregate pattern of all subscribers. The following are several commonly used mobility models. Fluid Flow Model The fluid flow model has been used in [43] to model the mobility of vehicular mobile stations. It requires a continuous movement with infrequent speed and direction changes. The fluid flow model is suitable for vehicle traffic on highways, but not suitable for pedestrian movements with stop-and-go interruption. Random Walk Model Many researchers have used the discrete random walk as the mobility model. In this model, it is assumed that time is slotted, and a subscriber can make at most one move during a time slot. Assume that a subscriber is in cell i at the beginning of time slot t. For the onedimensional network topology, at the beginning of time slot t + 1, the probability that the subscriber remains in cell i is p, and the probability that the subscriber moves to cell i + 1 or cell i 1 is equally (1 p)/2 [11, 24]. The discrete random walk model has also been used in the two-dimensional network topology [2, 17]. For the hexagonal configuration, the probability that the subscriber remains in the same cell is p, and the probability that the subscriber moves to each neigh-

Quality of Service (QoS) 1 The level of QoS should be guaranteed 2 QoS should be device-independent 3 Fixed Internet levels of QoS are expected for wireless 4 Devices should be able to multi-task 5 Content should be matched to the device Security, Privacy and Trust 1 Users want to remain in control of their content 2 Future systems which are context aware and adaptive have to build the trust of users 3 Levels of trust with a group or group hierarchy have to be supported Deployment and Operation 1 Users should remain in control of services and delivery channels 2 Users should remain in control of their pro les, which may be distributed and not under the control of a single provider 3 Systems have to be reliable and trustworthy Migration 1 Users want to create and annotate content 2 Users want consistent behaviour across devices, providers and systems.