Search Results - "Bashagha, A.E."

Area-efficient nonrestoring radix- division by Bashagha, A.E.

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Area-efficient nonrestoring radix- 2 k division by Bashagha, A.E.

“…This paper presents an area-efficient twos complement high radix division algorithm and its architecture. The advantage of using high radix division is to…”
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Comments on "Comments on "A systematic approach for design of digit serial signal processing architectures by Bashagha, A.E.

“…In the above paper, [see ibid., vol. 47, p. 369-70, 2000] the authors have modified the nonrestoring square root algorithm (Q=/spl radic/A) and its…”
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High-performance two's complement divider by Bashagha, A.E.

“…This paper presents a novel area-efficient two's complement high radix divider without affecting the high speed of the radix- 2 k structure. In the proposed…”
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Pipelined area-efficient digit serial divider by Bashagha, A.E.

“…In this paper, a new two's complement radix-2 n area-efficient digit serial divider is presented. The proposed digit serial divider is designed by cascading N…”
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VLSI generalised digit serial architecture for multiplication, division and square root by Bashagha, A.E

“…A novel digit serial combined arithmetic unit for multiplication, division and square root which can be pipelined to the bit level is presented for the first…”
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Novel radix-2/sup k/ division algorithm by Bashagha, A.E.

“…This paper presents an area-efficient 2's complement high radix division algorithm. Two techniques are used in the proposed radix-2/sup k/ division algorithm,…”
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Two's complement high radix division by Bashagha, A.E., Ibrahim, M.K.

“…The existing two's complement high radix division algorithms require a full wordlength addition per each possible value of the remainder. Therefore, a huge…”
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