1) redundant Booth algorithm
冗余Booth算法
2) redundant binary algorithm
冗余算法
1.
For the operational efficiency on the numerical multiplication of points on elliptic curves to be heighten, in this paper, a better fast redundant binary algorithm for the elliptic curves discrete logarithm problem (ECDLP) is presented.
为了提高椭圆曲线上点的数乘的运算效率,本文提出了椭圆曲线离散对数(ECDLP)上一种改进的快速冗余算法。
3) Booth algorithm
Booth算法
1.
Taking advantages of the merits of redundant Booth encoding and modified Booth encoding,the novel Radix16 Booth algorithm of the structure can simply and quickly generate complicated multiples.
该结构所采用的新型Radix-16 Booth算法吸取了冗余Booth编码与改进Booth编码的优点,能简单、快速地产生复杂倍数。
2.
In order to improve performance of multiplier,this paper adopts modified Booth algorithm to generate partial product,proposes the leapfrog Wallace tree architecture to compress partial product,and introduces the modified LING adder to compute the final sum of the result of Wallace tree.
采用改进的Booth算法生成各个部分积,利用跳跃式Wallace树结构进行部分积压缩,通过改进的LING加法器对压缩结果进行求和。
3.
Using distributed algorithm,Booth algorithm,Wallace tree and carry-look-ahead adder,carry-select adder,as well as pipelining technology,a high speed FIR digital filter design based on FPGA is presented.
采用了分布式算法、Booth算法、Wallace树和超前进位加法器、进位选择加法器结构,以及流水线技术,基于FPGA进行了高速FIR数字滤波器的设计。
4) optimal Booth coder
Booth编码算法
5) Modified Booth algorithm
改进Booth算法
1.
Based on introducing modified Booth algorithm and its realization in word-length multiply,a novel parallel multiplier architecture is developed, and a new architecture is also used in high-speed adder.
在分析改进Booth算法双字节(16bit)乘法器的基础上,提出一种并行的乘法器结构,并且在最后的快速进位链中运用了新的设计,提高了乘法器的速度,相对于传统的结构减少了一位全加器的数量,达到减小电路规模和芯片面积,降低乘法器功耗的目的。
6) high radix Booth algorithm
高基Booth算法
1.
Predigest the sign bit spread of partial product by using the high radix Booth algorithm.
该乘法器采用高基Booth算法,简化部分积的符号扩展,通过采用较之常规Wallace树具有更规则和更简洁的连接复杂度的阵列结构以及一种新型超前进位加法器来进一步提高乘法器的运算速度。
补充资料：基因冗余
基因冗余
一条染色体上出现一个基因的很多复份(复本）。例如，黑腹果蝇的核仁形成中心就拥有一个基因的几百个复份，控制着rRNA分子的18S和28S组分。 【基因内抑制】 (intragenie suppression）参见"抑制"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条