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Design and Implementation Fast Correction Phase System of Ship-borne Dynamic Platform

机译:船舶动态平台的设计与实现快速校正阶段系统

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The traditional calibration phase just can meet the he static tower condition at pier, but can not use for the dynamic target. The Fast Correction Phase model is built for Ship-borne Dynamic Platform of tracking and control radar. The anti-cosine method is put forward to calculate phase difference. Then the Fast Correction Phase System of Ship-borne Dynamic Platform is advanced. It can not only to meet the static tower condition at pier, but also to meet the dynamic way on sea. The technology can meet the dynamic target for calibration. It has many advantages, such as fast checking, adaptable for device, good performance, and universal for Land-based and ship-borne, and simple operation, easy to automate, etc. It has great value.
机译:传统的校准阶段只能在码头遇到静态塔条件,但不能用于动态目标。基于跟踪和控制雷达的船舶动态平台,构建了快速校正相模型。提出抗余弦法以计算相位差。然后先进的船舶动态平台快速校正阶段系统。它不仅可以满足码头的静态塔条件,还可以满足海上的动态方式。该技术可以满足校准的动态目标。它具有许多优点,如快速检查,适用于设备,良好的性能,均为陆基和船舶的普遍,操作简单,易于自动化等。它具有很大的价值。

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