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5. If you want to display every record in the recordset, choose the Show: All Records option. 6. Click OK when you re finished.

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If you are unfamiliar with many Acrobat tools, you can change the tool labels to show you a more descriptive label for each tool that offers you a hint of what the tool does. To show more descriptive labels, open a context menu on the Acrobat Toolbar Well and choose Show Button Labels All Labels. The toolbars expand and show a text description for each tool s name. Keep this option active until you are familiar with the tool names.

25 2

Linear models In this part we did not treat the linear least-mean-squares estimation problem in its generality; we only focused on the part of the material that is relevant to the development of adaptive filters in subsequent chapters In particular, we emphasized the role played by the orthogonality principle (Sec 42), as well as the simplifications that result when the underlying variables are related via a linear model (Sec 51) Such linear models will play a crucial role throughout our development of adaptive filtering in this book For instance, in Sec 54 we already showed how the linear model can be exploited to derive compact closed-form expressions for the design of finite-length linear equalizers Matrix inversion formula The matrix inversion formula (54) is often attributed to Woodbury (1950).

6

REVERSIBLE SYSTEM ARCHITECTURE Word layout appears in Figure 8-2 using N + 1 bits. Self-analyzing memory words are applied as follows: There will be a global bus 1, known as the from bus, which selects a set of bits in each word. There will be a global bus 2, known as the to bus, which selects a second set of bits disjoint to the rst set, in each word of memory. Circuits targeted by bus 2, the to bus, within each word will be permitted to toggle if and only if all bus 1 bits, those in the from bus, are true. Also, as a trivial subset of the above, the system will be made to execute an unconditional toggle of bits selected in the to bus if there are no bits selected in the from bus. The word layout uses N + 1 bits from 0 to N because bit zero often is reserved as a ag to register the results of testing and toggling on the other N bits. N, by the way, does not have to be a power of 2. Because of nanoprocessor ability to copy bits to new locations within a word, and to implement a Boolean operation on selected word bits within a word, it has Boolean capability. Boolean capability means that it is possible to implement a given procedure, such as binary division, within each word of the memory without using a global bus for reading and writing. Millions of such operations, each with differing sets of operands in each word, may occur in parallel. Self-analyzing memory words may be initialized to a binary count; they have the ability to compute a truth table in parallel for an arbitrary Boolean