本课题所研究的内容是，设计并实现协调分布式阵列感应测井仪中各模块间通信的信息中转平台。
This paper presents the design of an "Information Transfer Platform" which manages the communication among all the subsystems of a distributed "Induce Array Well Logging Instrument".
其嵌套结构形式的设计实现了控制信息在系统内的有序流动和传递，并使任务单元具有智能特征，能够协调和控制下层模块的运行。
The nested structure makes the information transmission smoothly and makes the task units intelligent to coordinate and control the modules at lowlevel.
并从信息处理机制、模块协调成本以及模块整合效率的角度比较了三种组织模式的效率。
From the information regulation mechanism, coordination cost and integration efficiency, this paper compares the efficiency of the three models.
通讯模块主要用来协调信息输入模块、控制显示模块和上位机之间的工作。
On the one hand, it receives messages from information-input module, and then sends them to the superior computer after putting them in order;
通讯模块主要用来协调信息输入模块、控制显示模块和上位机之间的工作。
On the one hand, it receives messages from information-input module, and then sends them to the superior computer after putting them in order;
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