1) delay deterioration
延时恶化
2) lag deteriorating rates
延迟恶化率
1.
Under the simple linear deteriorating,nonnegative start and stop lag deteriorating rates are introduced so as to combine jobs and construct composite jobs satisfying precedence relations.
在作业加工时间简单线性恶化下,提出作业的非负开始和停止延迟恶化率,构造了满足约束条件的复合作业。
3) quantization time-delay
量化时延
1.
The MCU is used for the center controller,achieving high accuracy frequency measurement by methods of multi-cycle synchronism and quantization time-delay.
提出了一种高精度频率测量系统的设计方法,应用单片机技术将多周期同步法和量化时延法相结合,实现了频率的高精度快速测量。
4) optimizing latency
时延优化
1.
The active optimizing latency algorithm(AOLA) and the passive optimizing latency algorithm(POLA) based on modulating the average out-degrees of ALM groups,are designed with the complexities,O(N) and O(logN),under the conditions on global and partial optimization respectively according to the the.
为了使应用层组播(ALM)的数据包转发时延能够满足组播应用的要求,根据ALM时延特性建立了ALM时延模型,提出并证明了ALM具有最小平均时延和最小最大时延的ALM最小时延定理,同时根据该定理设计了ALM节点主动调节出度的时延优化算法(AOLA)和被动调节出度的时延优化算法(POLA),两个算法在全局优化策略和局部优化策略下的复杂度分别为O(N)和O(logN)。
5) timingdriven
延时优化
6) Quantization delay
量化延时
补充资料：恶化
恶化
deterioration
病情变化向不利于机体方面发展转化的过程。
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