1) average single task cycle
平均单作业周期
1.
The average single task cycle of stacker crane can be used to get the equivalent slot of single task cycle,which provides the gist to design and run automated storage retrieval system effectively.
巷道堆垛机是自动化仓储系统实现货物自动存取的关键设备,通过对其平均单作业周期的计算可以得出单作业周期的等效货位,从而为自动化仓储系统的建设设计和高效管理提供依据。
2) average period
平均周期
1.
The average period of nonlinear autonomous systems is calculated, and it is found that the average period of the system almost do not vary with parameters changing .
计算了非线性自治系统振荡及混沌运动的平均周期 ,得到其平均周期为一个基本不随参数变化的稳定值 ,并提出了以平均周期为依据快速控制混沌的方法 ,采用参数周期扰动、周期激励和周期脉冲等方法对 2个非线性自治系统的混沌进行控制 ,均达到快速有效地控制混沌运动 。
2.
Firstly, we set a barrier to the underlying asset price under the assumption of common Asian options, the average period begins at the first time when the underlying price hits the barrier.
本文考虑了三个关于亚式期权的定价问题:平均周期是随机的几何平均亚式期权的定价;具有固定执行价格的算术平均亚式期权的定价和具有浮动执行价格的算术平均亚式期权的定价。
4) operation cycle
作业周期
1.
The paper researches the effect of storage-retrieval policies for multi-shuttle stacker,math model for its operation cycle,rack s length to width ratio of automated warehouse on operation cycle of multi-shuttle stacker under non-equal probability condition,and based on these effects,studies stacker s operation cycle and warehouse s storage-retrieval capacity,coming to a conclusio
基于非等概率条件下多货叉结构堆垛机的存取策略、多货叉结构堆垛机作业周期的数学模型、自动化立体仓库货架的长高比和堆垛机作业速度对堆垛机作业周期影响对多货叉结构堆垛机的作业周期及仓库的出入库能力进行研究,并得出结论。
2.
Mathematical models of calculating SRM average single/double operation cycles are built under non-equal probability condition,The corresponding calculation program is developed with Visual C++language and successfully used to work out the operation cycles.
在非等概率条件下,建立计算堆垛机平均单作业周期和平均复合作业周期的数学模型,利用C++语言编制了计算自动化立体仓库堆垛机作业周期的程序,并在VisualC++6。
5) averaged periodogram
平均周期图
1.
Study of method for complex image coregistration of InSAR based on averaged periodogram;
基于平均周期图的InSAR复图像配准方法
6) Spectral averaged period
谱平均周期
补充资料:兵棋作业(见想定作业)
兵棋作业(见想定作业)
war gaming exercise
bingqi zuoye兵棋作业(war ga而ng exercise)见想定作业。
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