The Development and Key Technologies of Unmanned Aerial Vehicles Mission Planning System

Hui Feng Zhang; Yan Song Zhang; Wei Ye; Liguo Lan Zhao; Huan Zhi

doi:10.4028/www.scientific.net/AMR.791-793.2104

Paper Titles

Blind Recognition of Reed-Solomon Codes Based on Histogram Statistic of Galois Field Spectra
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Joint Adaptive Beamforming of Interference Covariance Matrix Reconstruction and Steering Vector Estimation
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Research on Ceramic Artworks’ Anti-Counterfeiting and Authentication Based on Two-Dimensional Code
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Feature Extraction for Electromagnetic Environment Complexity Classification Based on Non-Negative Matrix Factorization
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The Development and Key Technologies of Unmanned Aerial Vehicles Mission Planning System
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Experimental Visualization Study on the Explosion Process of Gasoline Vapor in Narrowly-Confined Space
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Research of Medical Image Non-Rigid Registration Based on TPS-SEMISURF Algorithm
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Using Crowdsourcing to Establish the Big Data of the Intelligent Transportation System
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The Design and FPGA Implementation of a Polyphase SRRC FIR Filter in DTMB
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 791-793The Development and Key Technologies of Unmanned...

The Development and Key Technologies of Unmanned Aerial Vehicles Mission Planning System

Abstract:

Mission planning system is one of the essential equipment for unmanned aerial vehicles task implementation. The development of mission planning system is necessary for the improvement of the efficiency and safety of the unmanned aerial vehicles. Comparing with foreign advanced mission planning system, this area in China is relatively undeveloped. This article focuses on the analysis of some of the key technical content of the overview of the development of the foreign mission planning, trying to provide reference to China's development of mission planning system.