串扰噪声的英文

• crosstalk noise

• "串扰"英文翻译    crosstalk; interference
• "噪声"英文翻译    noise; stew; swishing; yawp; ...
• "干扰噪声" 英文翻译 :    disturbing noise; jamming
• "加权干扰噪声" 英文翻译 :    weighted interference noise
• "网间干扰噪声" 英文翻译 :    internetwork interference noise
• "电力线路干扰噪声" 英文翻译 :    power line noise
• "干扰噪声分配容限" 英文翻译 :    noise allowance allocated to interference
• "基带干扰噪声功率" 英文翻译 :    baseband interference noise power
• "加权基带干扰噪声" 英文翻译 :    weighted baseband interference noise
• "平均干扰噪声功率" 英文翻译 :    mean interference noise power
• "热噪声与干扰噪声比" 英文翻译 :    ratio of thermal to interference noise
• "等电平干扰噪声功率" 英文翻译 :    equal level interference noise power
• "低声频或次声频干扰噪声" 英文翻译 :    motor-boating
• "串扰" 英文翻译 :    (串话) crosstalk; interference
• "信号与野外队干扰噪声之比" 英文翻译 :    scnr
• "串音，串扰" 英文翻译 :    xt coss tak; xt cro talk; xt cross talk; xt xtalk cro talk; xt xtalk cross talk
• "干扰噪音" 英文翻译 :    interfering noise
• "干扰噪音比" 英文翻译 :    interference-to-noise ratio
• "噪声" 英文翻译 :    noise; stew; swishing; yawp [yaup]; din; rumble; buzz; roar; acoustic(al) noise; jar◇噪声测试 [电子学] noise testing; 噪声防护 noise protection; 噪声干扰 noise jamming; 噪声计 psophometer; audio-noise meter; noise meter; 噪声强度 [声学] noise intensity; 噪声消除器 noise canceller
• "串扰补偿" 英文翻译 :    crosstalk compensation
• "串扰单位" 英文翻译 :    crosstalk unit
• "串扰电流" 英文翻译 :    cross current; cross fire; crosscurrent; crossfire
• "串扰电平" 英文翻译 :    crosstalk level
• "串扰消除" 英文翻译 :    ctc crosstalk cancellation
• "串扰信号" 英文翻译 :    crosstalk signal

• Cross point assignment algorithm with crosstalk constraint
  串扰噪声约束下的过点分配算法
• 19 he l , chang n , lin s , nakagawa o s . an efficient inductance modeling for on - chip interconnects . in proc
  我们提出了三种新的方法，在满足串扰噪声约束的前提下有效地减少了屏蔽线面积。
• Experiment results show that this algorithm can identify static crosstalk that destroy circuits function and provide accurate information for ic back - end optimization
  实验表明，通过验证噪声幅值和宽度指标，算法准确地识别出对电路逻辑功能产生影响的静态串扰噪声，为ic设计的后端优化提供了准确信息。
• Traditional static crosstalk identification methods identify crosstalk targets only using coupling capacitance and noise amplitude information , which lead to the pessimistic results and induce a long time to ic design convergence
  摘要传统的静态串扰噪声识别算法只验证耦合电容和噪声幅值信息，没有考虑噪声宽度对电路逻辑功能的影响，所以给出的结果过于保守，导致设计收敛的时间被延长。
• An algorithm to resolve the coupling effect problem is proposed during the cross point assignment ( cpa ) stage . in the algorithm , the priority queue concept and the rip - up and reroute strategy are combined to control crosstalk noise caused by interconnect coupling capacitance . first , the nets are arranged into different priority queues according to their weighted sum of their length and criticality . then , the cpa problem for one queue of nets is translated into a linear assignment problem . after the assignment of one queue of nets , a post - cpa checking routine is performed to check and rip up the net pairs which violate the crosstalk noise constraint and then push them into the next queue to be reassigned . the algorithm is tested by a set of bench mark examples , and the experimental results are promising
  提出了一种在过点分配阶段解决噪声耦合效应问题的算法.该算法采用优先队列同拆线重布策略相结合的方法,控制由互连线耦合电容引起的串扰噪声.算法中,首先按照线长和约束限制,将线网划分到若干个优先队列中.然后,将每个优先队列的过点分配问题转换为线性分配问题.在完成一个线网队列的分配后,通过过点分配后处理过程检查串扰约束满足情况,对违反约束的线网对进行拆除,放入后续线网队列进行重新分配.实验数据表明,该算法能够取得好的效果
• A algorithm is presented to identify dynamic crosstalk noise . in the course of dynamic crosstalk noise identification , hybrid timing analysis is used to provide accurate signal arrival time , which can provide more accurate timing information than static timing analysis . at the same time , a novel test generation is chosen to verify the correlation of signals . so dynamic crosstalk noise can be identified by these accurate timing and logic information
  提出了动态串扰噪声的识别算法.针对基于传统静态时序分析的结果过于保守的缺点,本算法引入了混合时序分析,缩小了时间窗区间,为动态串扰噪声的识别提供了准确的时序信息,与此同时,通过测试生成来验证信号间的逻辑关系,根据这些准确的时序及逻辑信息,识别出动态串扰噪声
• Abstract : an algorithm to resolve the coupling effect problem is proposed during the cross point assignment ( cpa ) stage . in the algorithm , the priority queue concept and the rip - up and reroute strategy are combined to control crosstalk noise caused by interconnect coupling capacitance . first , the nets are arranged into different priority queues according to their weighted sum of their length and criticality . then , the cpa problem for one queue of nets is translated into a linear assignment problem . after the assignment of one queue of nets , a post - cpa checking routine is performed to check and rip up the net pairs which violate the crosstalk noise constraint and then push them into the next queue to be reassigned . the algorithm is tested by a set of bench mark examples , and the experimental results are promising
  文摘:提出了一种在过点分配阶段解决噪声耦合效应问题的算法.该算法采用优先队列同拆线重布策略相结合的方法,控制由互连线耦合电容引起的串扰噪声.算法中,首先按照线长和约束限制,将线网划分到若干个优先队列中.然后,将每个优先队列的过点分配问题转换为线性分配问题.在完成一个线网队列的分配后,通过过点分配后处理过程检查串扰约束满足情况,对违反约束的线网对进行拆除,放入后续线网队列进行重新分配.实验数据表明,该算法能够取得好的效果

• 串扰噪声的日语：ろうわざつおん クロストークノイズ