TSD：时间-速度-距离

“时间-速度-距离”这一概念，在工程学、物理学及交通规划等多个综合领域中经常被简称为TSD。这种缩写方式便于日常书写和使用，尤其在需要反复提及相关计算或讨论时更为方便。尽管应用广泛，它并未严格归属于某一特定学科类别，而是作为一种基础且通用的术语存在。

At the same time, the transmission speed and distance of the optical signals is limited by the optical switching. This problem can well be solved by using all-optical 3R regeneration.
与此同时光交换逐渐成为制约光网络速率的瓶颈，全光3R再生技术是解决此问题的一种非常重要的全光处理技术。
For the problem that the uncertainty of traveling wave speed influences the precision of fault location, the Central Distance Theorem is presented after three new concepts of Layer Time, Layer Wave Speed, and Central Distance are defineded based on the theory of Wavelet analysis.
针对波速的不确定性影响行波故障定位精度问题，以小波分析为理论基础，定义了层次时间、层次波速和中心距离三个新的概念，提出并证明了中心距离定理。
They are still under development which towards real time function, dynamic, high speed, long time storage, long distance monitor and network.
ADCP系统还不是成品，向实时动态、高速度、长期可存储、远程监控和网络化方向发展。
Flame propagating speed increases with time. The faster the flame propagating speed of the measured point is, and the longer the distance between the measured point and the firing point is, the shorter the combustion time is.
随着火焰的传播，火焰传播速度不断加快，且测点处的火焰传播速度越快、测点距点火处越远，燃烧时间就越短。

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