研究了二进制多操作数并行加法问题。
系统实验表明，这种PROM化并行加法网络应用于高速可编程PCM遥测帧同步器是行之有效的。
The experimental results indicate that the application of PROM's multiple-input parallel addition network to the high-bit-rate programmable PCM telemetry frame synchronizer is successful.
系统实验表明，这种PROM化并行加法网络应用于高速可编程PCM遥测帧同步器是行之有效的。
The experimental results indicate that the application of PROM's multiple-input parallel addition network to the high-bit-rate programmable PCM tele...
系统实验表明，这种PROM化并行加法网络应用于高速可编程PCM遥测帧同步器是行之有效的。
The experimental results indicate that the application of PROM's multiple-input parallel addition network to the high-bit-rate programmable PC...
首先介绍了常用并行加法器的设计方法，并在此基础上采用带进位强度的跳跃进位算法，通过逻辑综合和布局布线设计出了一个加法器。
On the basis we design an adder by the adoption of carry skip algorithm with carry strength signals and implement, through logic synthesis and layout.
基于符号数字负二进制表达，提出了任意字长操作数的并行两步加法与一步减法。
Based on sign digit negabinary representation, the two step addition and one step subtraction of arbitrary length operands can be performed.
本文提出了一种能实时完成二进制逻辑运算的光学并行处理系统，并给出了作为半加法器的实验结果。
A real time optical logic processor is presented, that can perform binary logic operations in parallel. Experimental result is given of the system as a half adder.
为解决偏振图像融合运算量较大的问题，对融合算法进行了改进，使其以加法和乘法为主，并且着重提高了运算的并行程度。
Operations of polarimetric images fusion are much. Thus, the algorithm of images fusion is improved. It will be mainly made up of addition and multiplication, and include more concurrent processing.
将增量模态叠加法和伪并行改进遗传算法相结合，解决了冲击隔离系统限位器参数的优化问题，这对于冲击隔离系统的优化设计具有重要的实际意义。
IMSP and PPIGA have been combined to solve the optimization problem of the displacement restrictor parameters, which is significant for the optimization design of the shock isolation system.
为了提高加法器的运算速度，提出了一种新型并行整数加法算法——桶形整数加法算法。
To accelerate the adder, a new parallel integer addition algorithm - carry barrel adder algorithm was proposed.
为了提高加法器的运算速度，提出了一种新型并行整数加法算法——桶形整数加法算法。
To accelerate the adder, a new parallel integer addition algorithm - carry barrel adder algorithm was proposed.
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