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控制系统理论对海军的许多指挥、控制和通讯问题都是可应用的。本文提供了由海军电子设备实验中心研制海军指控、通讯系统时,所进行的关于控制系统工作的概述。这里介绍的三个领域的工作是:（1）水面舰船导航数据处理;（2）舰上各个探测器的相互关系;（3）用于窄波束通讯系统的瞄准和跟踪。卡尔曼滤波理论在海军指挥控制系统中有许多应用。为用于驱逐舰而研制的导航数据处理系统是所介绍的应用实例,这种卡尔曼滤波器是在指控计算机里实现的。对各探测器相互关系问题进行了描述,并略述了这个领域中的某些近来的工作。描述一个典型的瞄准和跟踪系统,目的是说明为将来海军的光学和微波通讯系统设计所用的控制技术和计算机硬件。通用数字控制器用来说明关于控制系统实现时微型电子设备的作用。
The theory of control systems is applicable to many naval command, control and communication problems. This article provides an overview of the work on control systems conducted by the Navy’s Electronic Equipment Laboratory at the time of the development of the Navy’s allegations and communications systems. The three areas covered here are: (1) surface ship navigation data processing; (2) shipboard inter-detector relationships; and (3) aiming and tracking of narrow beam communication systems. Kalman filter theory has many applications in naval command and control systems. The navigation data processing system developed for the destroyer is an example of the application that was introduced, and this Kalman filter is implemented on the accusation computer. Describes the interrelationships between detectors and outlines some recent work in this area. Describe a typical aiming and tracking system designed to illustrate the control technology and computer hardware used to design the Navy’s optical and microwave communication systems for the future. The Universal Digital Controller is used to illustrate the role of microelectronic devices in the implementation of a control system.