Novel Structure for Area-Efficient Implementation of FIR Filters.
IEEE Transactions on Circuits and Systems II: Express Briefs（2017）
Abstract
It is observed that in multiplierless implementation of transposed direct form finite impulse response (FIR) filters, the adders in the product-accumulation block, which are called structural adders (SAs), contribute the major part of the overall logic complexity. A novel FIR filter structure is therefore proposed to reduce the hardware complexity of the product-accumulation block. In the proposed...
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Key words
Adders,Finite impulse response filters,Complexity theory,Registers,Delays,Benchmark testing
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