pattern generation造句

• The pseudorandom test pattern generation for bist
  基于内建自测试的伪随机测试向量生成方法
• Texture pattern generation using clonal mosaic texture pattern generation using clonal mosaic
  基于克隆镶嵌的纹理样式生成
• Automatic test pattern generation for multi - clock digital system based on s amp; amp; cct
  基于安全充分捕获技术的多时钟数字系统测试矢量生成
• An automatic test pattern generation ( atpg ) algorithm for deliberately selected delay faults is presented to cope with the crosstalk - induced delay effects on longer paths
  由于电路中较长的通路具有较短的松弛时间，因此容易因为串扰问题产生时延故障。
• In this way , a simple and direct relation was build up between logical transitions and dynamic current , which makes possible iddt testing pattern generation on logical level
  该方法在电路逻辑跳变与电路动态电流之间建立了一种简单直观的关系，使得动态电流测试产生能够在逻辑级上得以实现。
• Also , some of data mining algorithms that are commonly used in web usage mining are clustering , association rule generation , sequential pattern generation etc . clustering analysis allows one to group together users or data items that have similar characteristics
  同时本篇论文也主要提出了一些经常被使用的数据挖掘的算法像聚类挖掘、关联规则挖掘、序列模式挖掘等。聚类挖掘是将具有相同属性的用户或数据项聚在一起成为一类。
• Based on the analysis and research on fan algorithm , an iddt test pattern generation algorithm for stuck - open faults is present . in the case of ignoring hazards , for the stuck - open faults in cmos circuits , the feasibility of transient current test generation based on fan algorithm is discussed
  本文采用启发式搜索的方法，基于对fan算法的分析，在不考虑冒险的情况下对于cmos电路中的开路故障，探讨了利用fan算法进行瞬态电流测试生成的可能性。
• Upon those theory studies , under the simulation environment of adams software , the 3 - d virtual prototype model was simulated according to actual gorilla robot “ gorobot ” . and in simulation studies , this paper realized biped steady dynamic forward - walking , upstairs and downstairs biped walking , walking mode shifting and rationality of the method for pattern generation was validated in this paper . by the simulation , the curves of joints drive torque and ground reaction force for landing - foot were gained
  基于上述的理论,在仿真软件adams的环境下对类人猿机器人“ gorobot ”仿真实现了双足前向稳定动步行,双足上下台阶,步行方式动态转换过程,从而验证了本文的步行样本生成方法的正确性和合理性;通过仿真得到的关节力矩曲线、着地脚的地面反力曲线等仿真结果验证了机器人步行和步行方式转换的能力。