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It is interesting and rewarding to examine the consequences of equality in the converse; hopefully, it will give some ideas as to the kinds of codes that achieve capacity Repeating the steps of the converse in the case when Pe = 0, we have nR = H (W ) = H (W |W ) + I (W ; W ) (7106) (7107) (7104).

Figure 13.1 shows a typical deployment of the COOP environment. In this example, there is a single client subsystem instance ( Client-A ) deployed at Site A, a single distributed query service provider (DQSP) subsystem instance ( DQSP-B ) deployed at Site B, and a single data dictionary service provider (DDSP) subsystem instance ( DDSP-C ) with its associated global interface schema (GIS) instance deployed at Site C. Sites D and E are identical with respect to the number of component and subsystem instances deployed at each site at each site there is a single local query service provider (LQSP) subsystem instance deployed along with a single instance of a local deployment schema (LDS) for that site. At each site, there is also a single instance of a Sub-DBE (S-DBE), which we refer to as a local database environment (LDBE), deployed along with the local databases (LDBs) that it contains and controls. This is merely a simple example deployment: an actual deployment in the real world could have many more clients, service providers, and DBEs, but this diagram should be suf cient for our discussions in this chapter. The subsystem instances in the COOP database environment can be heterogeneous or homogenous. For example, LDBE-D might be a relational database management system (RDBMS) while LDBE-E could be either the same RDBMS package, a different RDBMS package, or a non-RDBMS based DBE. Usually, the DBEs will depend on existing system deployment details while the various service provider subsystems

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ISINDEX (Deprecated)

Editing information property list keys is a great way to learn about how applications work with the Finder and the rest of Mac OS X, but it s also an efficient technique for making your application unusable. To be safe, you should make a copy of your application before fooling around with it.

Putting a spreadsheet application together is one thing. Making it understandable for other people is another. As with traditional programming, it s important that you thoroughly document your work. Such documentation helps you if you need to go back to it (and you will), and it helps anyone else you may pass it on to. You may want to consider a couple of things when you document your project. For example, if you were hired to develop an Excel application, you may not want to share all your hard-earned secrets by thoroughly documenting everything. If this is the case, you should maintain two versions: one thoroughly documented and the other partially documented.

In this section, we rst introduce the transmitter model of the MB-OFDM system according to the standard [2 4]. We then describe the considered receiver structure, for which we adopt a conventional state-of-the-art architecture including channel estimation based on pilot symbols. Discussion of the UWB channel model is postponed until Section 11.3. 11.2.1 Transmitter The block diagram of the MB-OFDM transmitter is shown in Fig. 11.1. A total of eight data rates (from 53.3 to 480 Mbps) are supported by the use of different code puncturing patterns as well as time and/or frequency repetition. 11.2.1.1 Channel Coding. Channel coding in MB-OFDM consists of classical BICM [6] with a punctured maximum free distance rate 1 constraint 3 length 7 convolutional encoder. Puncturing patterns de ned in [2] provide rates of 1, 1, 5, and 3. 3 2 8 4 A multistage block-based channel interleaver is used (see [2 4] for details). The channel interleaver length (300, 600, or 1200 coded bits) depends on the spreading factor (see Section 11.2.1.3). 11.2.1.2 Modulation. The interleaved coded bits are mapped to quaternary phase shift keying (QPSK) symbols using Gray labeling, which carry Rm = 2 bits per symbol. This can be regarded as equivalent to binary modulation. 11.2.1.3 Spreading. After modulation, modulated symbols are optionally repeated in time (in two consecutive OFDM symbols) and/or frequency (two

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Proof: We begin with a strong form of Stirling s approximation [208], which states that n n n n 1 2 n n! 2 n e 12n . (17.42) e e Applying this to nd an upper bound, we obtain

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