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Research on Stabilizing and Tracking Control of Electro-Optical Tracking and Sighting Platform Based on Fuzzy Control

机译:基于模糊控制的光电跟踪瞄准平台的稳定跟踪控制研究

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Airborne electro-optical tracking and sighting platform is the complicated angular position servo system, its accurate model isnȁ9;t easy erected up. Taking advantage of Fuzzy control which donȁ9;t require accurate model, taking the stabilizing and tracking control of tracking and sighting Platform yaw frame as example, self-organizing fuzzy controller are designed, which is applied on stabilizing and tracking control. Under the four simulation scene, dynamic simulation research show that the control system can make output rapidly track instruction signal, tracking precision is high, anti-jamming capacity is strong, which fulfils the need of airborne electro-optical tracking and sighting platform work.
机译:机载电光跟踪和瞄准平台是复杂的角度位置伺服系统,其精确的模型是nnȁ9; t轻松竖立起来。利用DONȁ9; T需要精确模型的模糊控制,采取跟踪和瞄准平台偏航框架的稳定和跟踪控制作为示例,设计了自组织模糊控制器,其应用于稳定和跟踪控制。在四个仿真场景下,动态仿真研究表明,控制系统可以使输出快速跟踪指令信号,跟踪精度高,抗干扰能力强,这满足了空气传播的电光跟踪和瞄准平台工作的需要。

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