An Accuracy Adjustment Fixed Width Booth Multiplier Based on Multilevel Conditional Probability - 2014
This transient proposes an accuracy-adjustment mounted-width Booth multiplier that compensates the truncation error using a multilevel conditional chance (MLCP) estimator and derives a closed type for numerous bit widths L and column info w. Compared with the exhaustive simulations strategy, the proposed MLCP estimator substantially reduces simulation time and easily adjusts accuracy primarily based on mathematical derivations. Unlike previous conditional-likelihood strategies, the proposed MLCP uses entire nonzero code, specifically MLCP, to estimate the truncation error and achieve higher accuracy levels. Furthermore, the easy and tiny MLCP compensated circuit is proposed during this temporary. The results of this temporary show that the proposed MLCP Booth multipliers achieve low-value high-accuracy performance.
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