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Design and Implementation of a Dual-IP Core UAV Flight Control System Based on Qsys

机译:基于QSYS的双IP核心UAV飞行控制系统的设计与实现

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The principle and key technology of each module of flight control system of advanced UAV at home and abroad are analyzed and studied. Using Verilog HDL language optimization design completed sensor driver module, navigation control module, the flight control module and Avalon bus control module, such as using Altera corporation’s latest SOPC design integrated tools Qsys constructs the IP core of navigation and control, and flight control IP core, the final design implements a dual-IP core navigation and control as the core of the UAV flight control system. Dual-IP core based on Qsys tool development of UAV flight control system not only instruction processing speed and occupy less hardware resources, and has high system integration, low cost, good robustness, refactoring is strong wait for an advantage, its performance is superior to the traditional micro controller and the DSP chip ordinary construction of UAV flight control system, has a certain application value and practical significance.
机译:分析了国内外先进无人机的各种飞行控制系统模块的原理和关键技术。使用Verilog HDL语言优化设计完成的传感器驱动模块,导航控制模块,飞行控制模块和Avalon总线控制模块,如使用Altera Corporation的最新SOPC设计集成工具QSYS构建导航和控制的IP核心,以及飞行控制IP核心,最终设计实现了双IP核心导航和控制作为UAV飞行控制系统的核心。双IP核心基于QSYS工具开发的UAV飞行控制系统不仅指令处理速度且占用较少的硬件资源,并且具有高系统集成,低成本,良好的鲁棒性,重构是强烈的等待优势,其性能优于传统的微控制器和DSP芯片普通建设无人机飞行控制系统,具有一定的应用价值和实际意义。

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