Autonomous Quadcopter for Building Construction Monitoring 2020-28-0515
Feasibility in Manufacturing of autonomous unmanned aerial vehicles at low cost allows the UAV developers to bring it out with numerous applications for society. Civil domain is a widely developing platform which initiated the development of UAV for civilian applications like bridge inspection, building monitoring, life or strength estimation of historical places and also outdoor and indoor mapping of buildings. These autonomous UAVs with high resolution camera fly over and around the construction sites, buildings, mines and captures images of various locations and point clouds in all sides of the building and creates a 3D map by using photogrammetry techniques. The software auto generates the report and updates it to the cloud which can be accessed online. Autonomous operations are quite difficult in new environments which requires SLAM (simultaneous localization and mapping) to operate the UAV between open spaces. This paper describes the technique of mapping a construction site using a quadcopter and determine the completion of such constructions using image processing and machine learning techniques. Obstacle avoidance during the autonomous flight using ultrasonic sensors provide greater flexibility of the vehicle to move around the buildings.
Citation: V, H., MS, Y., V, S., N, Y. et al., "Autonomous Quadcopter for Building Construction Monitoring," SAE Technical Paper 2020-28-0515, 2020. Download Citation
Hariprasad V, Yaswanth MS, Sathish V, Yamuna N, Karthick Sreenivasan V, Sivakumar K
Bannari Amman Institute of Technology
International Conference on Advances in Design, Materials, Manufacturing and Surface Engineering for Mobility