![]() TITLE = "Design of an On-line Multiply-Add Module for Recursive Digital Filters. Please find below some references (I do not claim that the following list is exhaustive). On-line arithmetic was introduced in 1977 by Ercegovac and Trivedi. Such an arithmetic makes it possible to accelerate intrinsecally sequential calculations by allowing a digit-level pipe-line. The advantage of on-line arithmetic over classical bit-serial arithmetic is 1) the ability to compute quotients, square roots, trancendental functions in serial mode, and 2) the fact that the most interesting digits are generated first. Scaling, dynamic range and noise behavior of a recursive digital filter, observation of nonlinear finite precision effects. ![]() Practical: Study the behavior of a simple digital notch filter. Most significant digit first arithmetic that requires the use of a redundant number system. Bit-serial arithmetic, pipelined implementations, Distributed arithmetic implementations. Maybe you wanted to talk about on-line arithmetic, which is a digit-serial >(Scotland) could give you some references and inform us >was told that they intend to do bit serial computing with >I visited Edinburgh University some years ago (19850 and I
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