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运载火箭电测系统靶场测试数据参数类型多、数量大,人工判读测试数据工作量大、效率低,判读准确度难以控制。为了提高靶场电测系统测试判读的效率和准确性,设计了一种基于C/S架构的航天发射场自动判读系统。将参数分为普通参数、台阶参数、脉冲参数、指令参数和复杂曲线参数,针对不同类型的参数,设计不同的算法模型实现智能判读。实际应用表明,该系统能有效提高数据判读比对效率,为航天发射场准确高效决策提供有力支持。
There are many types of test data parameters of the rocket test system range, large quantities, manual interpretation of the test data workload, low efficiency, interpretation accuracy is difficult to control. In order to improve the efficiency and accuracy of test interpretation of measuring range measuring system, an automatic interpretation system of space launch site based on C / S architecture was designed. The parameters are divided into common parameters, step parameters, pulse parameters, command parameters and complex curve parameters, different types of parameters for different types of algorithms to achieve intelligent interpretation of the model. The practical application shows that the system can effectively improve the efficiency of data interpretation and comparison, and provide strong support for the accurate and efficient decision-making of the space launch site.