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陆地导航技术应用于陆军车辆上是很出色的。苏联正用相当大的力量发展这样的陆地导航系统。这种威胁和技术的成熟也推动着西方国家使用陆地导航系统。能够使用陆地导航系统的主要车辆是:自行火炮、战车和牵引车。对于这些车辆将举例说明它们的精度要求,从而说明陆地导航系统应具备的灵活性。在陆地导航系统的机械化中,存在两个基本方案:一个是微波数据传输系统,另一个是惯性系统。本文将讨论每个方案的优点和缺点,并通过数据说明自主导航系统。
Land navigation technology used in the Army vehicles is very good. The Soviet Union is using considerable force to develop such terrestrial navigation systems. This threat and the maturation of technology have also driven Western countries to use land navigation systems. The main vehicles that can use land-based navigation systems are self-propelled guns, tanks and tractors. For these vehicles, an example of their accuracy requirements will be given to illustrate the flexibility that terrestrial navigation systems should have. In the mechanization of terrestrial navigation systems, there are two basic schemes: one is a microwave data transmission system and the other is an inertial system. This article will discuss the pros and cons of each solution and explain the autonomous navigation system through data.