Design and Construction of an Autonomous Aerial Vehicle (¿ZAC-528¿) - Mahbub (Supervisor), Farhan;Mohammad Araf, Saad;Al Hamid, Zaber
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In this work, an autonomous aerial vehicle is constructed based on computer vision. In this autonomous aerial vehicle, a flight controller is made by Raspberry Pi 3 and two cameras are used as eye called stereo vision. The RC transmitter and RC receiver are used as a secondary control system. A virtual keypad security system which is an HMI technology is also made to protect it. Wi-Fi module is used for on-board communication. The autonomous aerial vehicle is designed to take off, fly and land by itself. It is also designed to see around, calculate, communicate onboard and take decisions.

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Produktbeschreibung
In this work, an autonomous aerial vehicle is constructed based on computer vision. In this autonomous aerial vehicle, a flight controller is made by Raspberry Pi 3 and two cameras are used as eye called stereo vision. The RC transmitter and RC receiver are used as a secondary control system. A virtual keypad security system which is an HMI technology is also made to protect it. Wi-Fi module is used for on-board communication. The autonomous aerial vehicle is designed to take off, fly and land by itself. It is also designed to see around, calculate, communicate onboard and take decisions.
Autorenporträt
Profesor adjunto (Universidad Mundial de Bangladesh (WUB)) Farhan Mahbubs , campo de especialización son los sistemas de control de retroalimentación y la automatización, en los que es conocido como experimentalista e ingeniero de diseño. Sus intereses de investigación incluyen la identificación y el control de sistemas inciertos, en particular la relación entre los datos experimentales.