Adiga, BS and Shankar, P (1983) Simple coding scheme for modular arithmetic. Electronics Letters, 19 . pp. 703-705. ISSN 0013-5194Full text not available from this repository.
Most implementations of modular arithmetic are restricted to the cases M = 2 to the n power - 1 or M = 2 to the n power plus 1 since arithmetic modulo numbers of this form are straightforward and the computation of transforms can be made multiplication-free. It is pointed out, however, that if M is allowed to take on more complex forms, the number of transform points can be increased for the same word length (Dubois and Venetsanopoulos, 1978; Pollard, 1976). The scheme presented here is a dual representation scheme that allows for easy encoding of numbers and avoids the problem of checking for unused combinations. The coding scheme maps each integer N, which is in the range of values less than M and greater than or equal to 0, into one of two representations; each is identified by its most significant bit. With this scheme, the encoding of numbers is straightforward and the problem of checking for unused combinations is eliminated.
|Item Type:||Journal Article|
|Additional Information:||Copyright for this article belongs to IEE|
|Uncontrolled Keywords:||Arithmetic;Coding;Convolution integrals;Signal processing;Conformal mapping;Digital techniques;Number theory|
|Subjects:||MATHEMATICAL AND COMPUTER SCIENCES > Computer Operations and Hardware|
|Division/Department:||Aerospace Electronics and Controls Division, Aerospace Electronics and Controls Division|
|Depositing User:||Ms. Alphones Mary|
|Date Deposited:||17 Jun 2005|
|Last Modified:||24 May 2010 09:39|
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