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In this paper step by step procedure for the construction of a high speed FIR filter is developed based on the concept of Vedic mathematics as well as modified Booth Wallace technique. MAC units made with both these techniques give comparative results. The objective of this paper is to find the better technique suited to the application of MAC as a filter.
In this work an FIR filter architecture requiring only half the number of multiplications compared to a direct realization is proposed. The proposed filter architecture is independent on coefficient selection and is therefore suitable for the realization of FIR filters where the filter impulse response is not symmetric/anti-symmetric. The filter architecture is based on a inner product scheme due...
In this paper, the design of a finite impulse response (FIR) filter with fault tolerant capabilities based on the residue number system is analyzed. Differently from other approaches that use RNS, the filter implementation is fault tolerant not only with respect to a fault inside the RNS moduli, but also in the reverse converter. An architecture allowing fault masking in the overall RNS FIR filter...
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