This comprehensive course delves into the intricate realm of UAV/Drone image processing, focusing on the generation of GIS data products using Agisoft Metashape. Through meticulous instruction, participants will be guided through every facet of UAV/Drone image processing, from initial pre-processing to meticulous post-processing techniques. The curriculum not only encompasses fundamental concepts but also delves into advanced methodologies to foster a profound comprehension.Participants will explore a myriad of topics including Ortho, DSM, DTM, Point Cloud, Contour, and 3D mesh generation, alongside comprehensive insights into stereo satellite image processing, panorama generation, volume calculation, ortho color correction, stereo setup file creation, RTK and PPK image pre and post-processing, and Network-based Parallel Image Processing for Massive image processing. Additionally, the course offers extensive coverage of Thermal and Multispectral Image Processing, enhancing participants' proficiency across diverse domains of multi-spectral image analysis.Each instructional video is accompanied by sample data, facilitating hands-on practice and reinforcing theoretical concepts. By the course's conclusion, learners and geospatial professionals alike will possess an unparalleled mastery of UAV/Drone image processing, empowering them with the most advanced knowledge in the field. If You have any doubt please feel free to reach me by mail. Thank You. Happy Drone Image Processing. All the best.
What you'll learn
understand the fundamentals of UAV/Drone image processing
generate GIS data products using Agisoft Metashape
create ortho images, digital surface models (DSMs), digital terrain models (DTMs), point clouds, and 3D meshes
perform stereo satellite image processing and panorama generation
conduct volume calculations and ortho color correction
implement RTK and PPK pre and post-processing techniques
execute Network-based Parallel Image Processing for massive image processing
process thermal and multispectral images
Course objectives
equip participants with a comprehensive understanding of UAV/Drone image processing
prepare learners for practical applications in geospatial analysis