The system model of MAS (Multi-Agent Systems) robot is established in this paper and each part of the model is defined and described from the logic point.
建立了多智能体机器人系统模型，从逻辑学的角度对系统模型的各部分进行了定义和描述。
Then the functions of every part in the model are described respectively, functional and timing simulation are done to Multi-connect Encoder, the results are satisfactory.
对高速数据复接器进行了功能和时序仿真，通过分析输出波形验证了模型的可行性。
Part VII, continue to explore the "multi-center management model" that may exist and how to avoid the defect, and so on.
第七部分为结束语，继续探讨“多中心治理模式”可能存在的缺陷以及如何规避等等。
In short, make changeover of your model of intercurrent process designing process of multi-line Cheng application codes more easily for the part.
简而言之，将您的并发编程模型转换为角色使多线程应用程序更容易编码。
A delicate research about the relationship of the selection of model of the linear network part and the multi-layered feed-forward network part and simulation are presented.
对线性网络的模型选择和多层前馈网络的关系做了细致的研究，并分别进行了仿真。
Then, the virtual prototype of crawler running device is established based on multi-body system dynamics theory. The most complex part is to exert contact force in the model building process.
接着，以多体系统动力学理论为基础，建立了连续采煤机履带行走装置的虚拟样机模型，在建立模型过程中，最为复杂的可谓施加接触力。
The forth part gives traditional multi-echelon inventory model and multi-echelon inventory with distribution center respectively, then give the process of solving.
第四章在上一章需求分析基础上，分别给出了传统和带有分销中心的多级库存优化模型，并给出求最优解步骤。
The utility model relates to a functional part for agricultural machinery, in particular to a multi-functional fan mechanism for a pneumatic seeder.
一种气吸式播种机农业机械功能部件，多功能气吸式播种机风机机构。
The utility model relates to a functional part for agricultural machinery, in particular to a multi-functional fan mechanism for a pneumatic seeder.
一种气吸式播种机农业机械功能部件，多功能气吸式播种机风机机构。
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