Abstract: Signed digit (SD) number systems allow for high performance carry-free adders. Maximally redundant SD (MRSD) alternatives provide maximal encoding ...
(PDF) A Family of High Radix Signed Digit Adders - ResearchGate
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PDF | Signed digit (SD) number systems allow for high performance carry-free adders. Maximally redundant SD (MRSD) alternatives provide maximal encoding.
A Family of High Radix Signed Digit Adders. Abstract—Signed digit (SD) number systems allow for high performance carry-free adders. Maximally redundant SD.
This work develops a family of faster MRSD adders that consume less power/area than all the previous relevant works and fit efficiently within the redundant ...
The use of high-radix, signed-digit redundant digit sets for addition in radix values of the form 2r for r ≥ 2 has over the years been proposed and investigated ...
Reviewing High-Radix Signed-Digit Adders - Semantic Scholar
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Reviewing 4-to-2 Adders for Multi-Operand Addition · Effective coding for fast redundant adders using the radix-2 digit set {0,1,2,3} · A Family of High Radix ...
In this paper we improve the fastest previous carry-free adder by changing the transfer digit-set to [-2,1]. It is shown that this small change leads to a ...
ABSTRACT. Higher radix values of the form b ¼ 2r have been employed traditionally for recoding of multipliers, and for determining quotient- and root-digits ...
Several HRSD adders have been introduced in literatures. In this paper a new maximally redundant HRSD adder is proposed. This adder is compared to some most ...
High-radix number representations such as the quaternary signed-digit (QSD) number system allow higher information storage density, less complexity, ...
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