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Design and Implementation of an Auto Pilot Stabilization System: Auto Pilot Stabilization System - Softcover
Inhaltsangabe
An aircraft autopilot is a combination of mechanical, electrical & software systems that guide a vehicle without human intervention. Piloting aircraft is a very complex & tedious job resulting in wear & tear of pilots in long distance flights. Autopilot feature in aircraft's helps to reduce the work load on pilots making them more productive & active. This project aims at design & implementation of Auto Pilot Control System. Thrust required to take off flight along with added payload can be achieved by giving PWM pulse to the main motor. Main motor draws high amount of current which can be supplied using H-brigde circuit. Sensors such as Ultrasonic sonar & Accelerometer are placed onboard to limit the flight height &caliberate the tilt angle respectively. Microcontroller & Power supply to onboard electronic components are placed off the board to reduce the payload of the flight. Flight is being very sensitive to added additional payload, making it difficult to stabilize. Stability greatly matters to safe take off & landing of the flight & to avoid the vibration of the flight body. Stability of the flight can be greatly enhanced by introducing the Gyroscope to re-orient the flight.
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An aircraft autopilot is a combination of mechanical, electrical & software systems that guide a vehicle without human intervention. Piloting aircraft is a very complex & tedious job resulting in wear & tear of pilots in long distance flights. Autopilot feature in aircraft's helps to reduce the work load on pilots making them more productive & active. This project aims at design & implementation of Auto Pilot Control System. Thrust required to take off flight along with added payload can be achieved by giving PWM pulse to the main motor. Main motor draws high amount of current which can be supplied using H-brigde circuit. Sensors such as Ultrasonic sonar & Accelerometer are placed onboard to limit the flight height &caliberate the tilt angle respectively. Microcontroller & Power supply to onboard electronic components are placed off the board to reduce the payload of the flight. Flight is being very sensitive to added additional payload, making it difficult to stabilize. Stability greatly matters to safe take off & landing of the flight & to avoid the vibration of the flight body. Stability of the flight can be greatly enhanced by introducing the Gyroscope to re-orient the flight.
Biografía del autor
Manjunath Basavaiah received his U.G. degree B.E. inElectronics and Communication Engineering fromGlobal Academy of Technology, Bangalore & P.G.degree M.Sc [Engg] in Real Time Embedded Systemsfrom MSRSAS, Coventry University (U.K), Bangalore in2011. His research area includes Embedded SystemDesign, Control System, Signal & Image Processing
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Design and Implementation of an Auto Pilot Stabilization System
Verlag:
LAP LAMBERT Academic Publishing, 2012
ISBN 10: 3848427028
ISBN 13: 9783848427024
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Kartoniert / Broschiert. Zustand: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Autor/Autorin: Basavaiah ManjunathManjunath Basavaiah received his U.G. degree B.E. inElectronics and Communication Engineering fromGlobal Academy of Technology, Bangalore & P.G.degree M.Sc [Engg] in Real Time Embedded Systemsfrom MSRSAS, Coventry . Bestandsnummer des Verkäufers 5521402
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Design and Implementation of an Auto Pilot Stabilization System: Auto Pilot Stabilization System
Verlag:
LAP LAMBERT Academic Publishing, 2012
ISBN 10: 3848427028
ISBN 13: 9783848427024
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Paperback. Zustand: Like New. Like New. book. Bestandsnummer des Verkäufers ERICA75838484270286
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