Design of unmanned aerial vehicle (UAV) flight control system based on DSP and adaptive control theory
Pengfei Liu, Zhihao Li, Chen Cui · 2016
With the advancement of the avionics business, the improvement of the unmanned aerial vehicle (UAV) and the utilization of more get the consideration of individuals, unmanned aerial vehicle (UAV) for its little volume, minimal effort, multi-reason and reusable attributes turn into the center of consideration. Flight control framework is the center substance of unmanned aerial vehicle (UAV) to acknowledge self-sufficient flight, how to outline and confirm the strength, unwavering quality of flight control framework and do not have to spend a great deal of labor and material assets in genuine flight hazard, has turned into a critical subject venture improvement. Despite flight control framework in preparing pace and scaling down necessity is increasingly elevated, the flight control framework utilizing DSP as the center processor has gotten to be one of the highlights in agro-logical examination in the momentum, DSP has rich direction framework, fast and high exactness of figuring influence and the upsides of the copious fringe assets, for the flight control arrangement of innovative work gives a decent stage. This Topic consolidated with versatile control hypothesis, going for the weaknesses of the customary control calculation to give hypothetical improvement.