并行结构的英文

• parallel architecture
• parallel construction
• parallel organization

• 并行:    parallel; pairing; concurren ...
• 结构:    structure; composition; cons ...
• 并行结构系统:    parallel architecture system
• 并行结构计算机:    parallel-structured computer
• 行结构:    line structure

例句与用法

1. We can take dsp to realize fast encryption algorithm because of its highly parallelism , application - specific hardware logic , and application - specific instructions . pci transaction and dsp processing of data can take place simultaneously for its dual - access ram ( daram ) and host port interface ( hpi ) . and , the time taken for interruption almost can be ignored because of deep buffer technology
   Dsp具有高度的并行结构、专用硬件逻辑以及许多专用指令，可以实现快速加密算法， dsp的双访问ram ( daram )和主机并行接口( hpi )可以实现数据pci传送和dsp处理同时进行，另外采用了深度缓冲技术，使花在主机中断上的时间几乎可以忽略不计，所以基于dsp的计算机数据加密卡pcijmc2000获得了较高的处理速度。
2. The innovations consist of : synthetically restraining the filter ' s divergence , as effectively improved the filter ' s numerical stability ; a parallel filter structure is creatively designed to eliminate system biases ; and sprt method is used to control the adjustment of the noise statistics , so as to ameliorate the tracking performance of time - variant noises
   对常规的次优递推sage自适应滤波器进行了改造，包括：对滤波结果发散进行综合抑制，提高了滤波器的数值稳定性；采用并行结构，消除了结果偏差；应用sprt控制调整，增强了滤波器的动态跟踪能力。
3. In addition , many other problems also exist in hardware neural network , including error problem , learning mode , parallel architecture , and also neural network inner linking problem , hidden layer and the realization of the multiplicator and etc . for instance , error problem : hardware neural network employs the limited precision , and will inevitably bring limited precision error
   另外，硬件实现神经网络还存在误差问题，学习方式，并行结构等方面的问题，还有神经网络内部的连接问题，隐层及乘法器的实现等等。如误差问题，硬件实现神经网络使用的是有限精度，不可避免的会产生有限精度误差，选取合适的精度，才能既适合空间的要求，又避免对网络的实现产生一定的影响。
4. The mutual excitation between the local stimuli satisfying the rules of curve distribution ( position and orientation continuity ) called curve self - excitation is a useful method to discover and enhance curves and to inhibit noise . the present approaches used parallel connection structure division which did not acquire satifactory effect . this paper presents the idea of random time division and dynamic self - excitation , for different curves performing random time - division searches , time coincidence filtering , and self excitation accumulation . the principle is given
   利用空间分布满足曲线规则(位置和定向连续性)的局部刺激之间的相互激励，称为曲线自激，这是发现视觉边界曲线和抑制局部噪声的有效手段.过去的工作均采用并行结构区分的计算方式，曲线自激并没有达到满意的效果.本文提出随机时分动态自激的计算方案，对不同的曲线实施随机时分的搜索、时间一致性滤波、和自激积累等机制.本文给出了实现的原理方案
5. So , the integer wavelet transform is very important in such scenarios as lossless image compression , satellite image transmission , and so on . based on the integer wavelet transform , this article has studied 5 / 3 wavelet transform , and proposed a dedicated architecture to realize it . this architecture includes four parallel modules for computing , which use pipeline technology
   本文以整数小波变换为研究对象,重点在二维整数5 / 3小波变换的基础上设计了一种并行结构,该结构将二维变换分为四个运算模块,这四个模块并行运算,各模块内部采用流水线技术。