MI:测量间隔

“Measurement Interval”是科学测量领域的常用术语,在电子工程、数据采集等场景中使用尤为频繁。为了书写和沟通的便捷,它常被缩写为“MI”。该术语的中文译名为“测量间隔”,通常指两次数据测量之间的时间或空间间隔,是衡量系统采样频率的重要参数。

Measurement Interval具体释义

  • 英文缩写:MI
  • 英语全称:Measurement Interval
  • 中文意思:测量间隔
  • 中文拼音:cè liáng jiàn gé
  • 相关领域mi 电子

Measurement Interval的英文发音

例句

  1. Furthermore, it mitigates the difficulty for calculating load factor every measurement interval in switches, as well as more and more stable queue occupancy in the network.
  2. 而且,还降低了交换机在每一时间间隔内,为每条链路计算负载因子的难度,从而使队列长度保持在稳定的状态。
  3. It is proved that the variance function in the measurement interval is a strictly convex function. To raise measurement efficiency, the authors use the one-dimensional searching method to hunt the minimum value of the variance function.
  4. 证明了方差函数在测量区间内是严格凸函数,从而可用一维搜索法对最小方差值寻优,提高了测量效率。
  5. The Unascertained Measurement Interval(MI) Evaluation Theory with Application
  6. 未确知测度区间评价理论及其应用
  7. When frequent projective measurements are performed on this bipartite system, finally one of the two subsystems of interest is in its initial mixed state with a certain probability,. If the measurement interval is small enough, the probability is closer to unit.
  8. 若对两粒子系统进行频繁的测量,最终我们感兴趣的粒子的状态将以一定概率仍处于其初始混合态上,而当测量次数足够大时此概率将接近于1。
  9. In terms of the Unascertained Measurement theory, the concept of the Unascertained Measurement Interval(MI) and the Unascertained Measurement Interval(MI) evaluation model are presented in this paper. Its applicaton is successful.
  10. 根据未确知测度理论,提出未确知测度区间的概念,建立未确知测度区间评价模型,并获得较为成功的应用。