Research on Fuzzy Control of Mine Ventilation Based on Embedded Systems

Xiao Yan Sha

doi:10.4028/www.scientific.net/AMM.686.126

Paper Titles

Researches on the Design and Application of DSP Multi-Motor Collaborative Control System
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Researches on the Optimal Design of Intersection Signal Lights Fuzzy Control
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Design of Control Scheme for Variable Air Volume Air-Conditioning System
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Research on Wearable Human Motion Capture and Virtual Control
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Research on Fuzzy Control of Mine Ventilation Based on Embedded Systems
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Study on Seepage Control in Complicated Hydrogeological Conditions on the Right Bank of JinPing-I Hydropower Station
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Research of Oil Quality Online Monitoring System
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Information Technology for Processing and Treating Aircraft End of Life
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Design and Optimization of Beam Based on ISIGHT and ANSYS
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 686Research on Fuzzy Control of Mine Ventilation...

Research on Fuzzy Control of Mine Ventilation Based on Embedded Systems

Abstract:

Taking embedded processor as the core control unit, the paper designs the fan monitoring system software and hardware to achieve the fan working condition detection and real-time control. For the control algorithm, the paper analyzes the fuzzy control system theory and composition, and then combined with tunnel ventilation particularity, introduce feed-forward model to predict the incremental acquisition of pollutants to reduce lag, combined with the system feedback value and the set value, by calculate of two independent computing fuzzy controller, and ultimately determine the number of units increase or decrease in the tunnel jet fans start and stop. Through simulation analysis, the introduction of a feed-forward signal, it can more effectively improve the capability of the system impact of interference.