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The Fill Surface is an advanced surfacing function. Sometimes, when talking about advanced surfacing functions, or indeed any software function, users have a tendency to sound a little cynical. This is because the tool is often expected to work on very complex geometry. It is not always the software s fault when it cannot perform a particular task, or does not do what you imagine you want it to do. Sometimes, the tool is simply not meant to perform certain tasks, there may be an unseen flaw in the geometry that prevents it from working, or the user does not understand the settings completely. The more complex the work, the more frequently you need to find workarounds to get something done. Avoiding problems does not make them go away, and it does not help you as a user to know how to handle them when they happen. In this book, I have chosen to take a realistic look at most of the features, and if there are problems, then I tell you.

Table 27-37: Non-Inherited Members of the Splitter Control Member Name (scope and type) SplitterMoving (Public Instance Event) Description has moved. Occurs while the splitter is moving.

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Figure 4.6: Screenshot of the Netsim program, showing 100 users in a 49-cell simulation. Each base station is located at the center of each cell, and the large circles represent the radius of the cell area. The connection between an active mobile and a base station is represented by a line.

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When the gate dielectric of an MOS transistor is modified to incorporate a layer of silicon nitride, the structure can serve as a memory device with the threshold voltage controlled by the amount of charge stored in the silicon nitride.83, 84,85 A crosssectional diagram of a silicon nitride device is shown in Figure 8.43 The structure of the gate dielectric is layered. Insulator 1(I) is normally thermally grown silicon dioxide on the channel region and is thick enough to prevent back-tunneling of the charge stored in insulator 1(2) into the silicon. Insulator 1(2) is composed of silicon nitride or silicon oxynitride and is typically at least ten times the thickness of insulator I(1). It is normally deposited by chemical vapor deposition. Insulator 1(3) is typically two to three times thicker than insulator I(1) and is formed by thermally oxidizing the uppermost region of insulator 1(2). Insulator 1(3) is optional and generally provides better retention of the charge stored in insulator 1(2) at the expense of higher programming voltages. Thicknesses of insulators 1(1), 1(2) and 1(3) are approximately 2, 20, and 4 nm, respectively. The structure shown in Fig. 8.43 is referred to as an SONOS device, for silicon/ oxide/nitride/oxide/silicon. If insulator 1 3) is not used, the structure is referred to as

Interventions are dynamic and unstable by nature. They can t be scripted or choreographed, which is why you find no detailed models in this book. Your job as change agent is to blend the various corporate beliefs, traditions, history, and values into a supporting force. That s not easy, but it s easier for an insider.

5

look up the parameter descriptions of Section 17.4 when reading the material that follows. With the exception of Update_Data, the messages, invoke operations speci ed by an operation code DE, and the message parameters are the operands for the operation.

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arithmetic can be maintained by renormalization of the upper and lower boundaries when bits are written out. One advantage of arithmetic coding relative to Huffman coding is that it is incremental, i.e., additional symbols can be coded based on the code for the previous sequence of symbols. This property allows it to closely approach the entropy rate in practice since longer sequences can be effectively coded without maintaining large codebooks. Another merit is that it can easily adapt to changes in the statistics of the source data. It is only required that the encoder and decoder update their probabilities tables in a synchronized manner. In practical video coding schemes, context-based arithmetic coding is also used to improve the coding ef ciency. In this case, a set of probability tables are maintained for each context. Due to the higher coding ef ciency and capability to adapt better to the signal statistics, arithmetic coding is generally favored over Huffman coding for platforms that could tolerate the computational requirements.

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