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same way as effective porosity, either as a percentage or as a decimal fraction of the total unit volume of initially saturated rock. The water retained in the unsaturated zone after drainage under the in uence of gravity is termed the speci c retention, and it corresponds numerically to the difference between the speci c yield and the total effective porosity (Figure 1.8). It is essential to remember that our discussion of aquifer storage up to this point has been strictly limited to uncon ned aquifers only. The factors controlling storage behavior in con ned aquifers are radically different. This is simply because when the water level drops in a well penetrating a con ned aquifer, none of the pores within the aquifer have actually been drained: as long as the aquifer remains con ned, it will always be completely full with water all the way to the base of the overlying

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Summary

8. In the Value field, double-click the default value to define it. If you define a variable (the default option), enter the value. If you choose Array, List, or Object, the dialog box shown in Figure 7-10 appears. Click the plus sign (+) to add a value; click the minus sign ( ) to delete a value. To rearrange the order of a value, click the value and then click the Up arrow to move the value higher in the list; click the Down arrow to move the value lower in the list.

In 8 we de ned the differential entropy of a continuous random variable. We can now extend the de nition of entropy rates to real-valued stochastic processes. De nition The differential entropy rate of a stochastic process {Xi }, Xi R, is de ned to be h(X ) = lim h(X1 , X2 , . . . , Xn ) n n (12.36)

requests the number of diodes up and the number of diodes down ; this determines the number of diodes in the string that are used between digital VSS and analog VSS (or RF VSS ) for grounds. For power supply rails, the AntiparallelDiodeString is used between digital VDD and analog VDD (or RF VDD ). The design system also requests the number of cathode ngers in the diode structures for the up string and down string. The input parameters are passed into a procedure, which will build an ESD cell with the schematic p-cell built according to the input parameters and placed in the designated ESD cell. An instance of the

cellular concept was introduced to reuse the frequency Each cell is assigned a certain number of channels To avoid radio interference, the channels assigned to one cell must be different from the channels assigned to its neighboring cells However, the same channels can be reused by two cells that are far apart such that the radio interference between them is tolerable By reducing the size of cells, the cellular network is able to increase its capacity, and therefore to serve more subscribers For the channels assigned to a cell, some are forward (or downlink) channels that are used to carry traffic from the base station to mobile stations, and the others are reverse (or uplink) channels that are used to carry traffic from mobile stations to the base station Both forward and reverse channels are further divided into control and voice (or data) channels.

The voice channels are for actual conversations, whereas the control channels are used to help set up conversations A mobile station communicates with another station, either mobile or land, via a base station A mobile station cannot communicate with another mobile station directly To make a call from a mobile station, the mobile station first needs to make a request using a reverse control channel of the current cell If the request is granted by the MSC, a pair of voice channels will be assigned for the call To route a call to a mobile station is more complicated The network first needs to know the MSC and the cell in which the mobile station is currently located How to find out the current residing cell of a mobile station is an issue of location management.

Once the MSC knows the cell of the mobile station, it can assign a pair of voice channels in that cell for the call If a call is in progress when the mobile station moves into a neighboring cell, the mobile station needs to get a new pair of voice channels in the neighboring cell from the MSC so the call can continue This process is called handoff (or handover) The MSC usually adopts a channel assignment strategy that prioritizes handoff calls over new calls This section has briefly described some fundamental concepts about cellular networks such as frequency reuse, channel assignment, handoff, and location management For de-.