Next Level Imaging And Sensing For Unmanned Aircraft Systems Control And Performance Two Volume Guide To Sensor Fusion Computer Vision Navigation Stability Reliability Guidance Fault Detection And Reconfiguration
UPC:
✔️ Two-volume guide on sensor fusion, computer vision, and UAS control.
This two-volume guide explores how sensors and computer vision technologies drive navigation, control, stability, reliability, and fault detection in unmanned aircraft systems (UAS). It is a valuable reference for researchers, engineers, and practitioners working with drones, MAVs, indoor and outdoor UAVs, and related deployments.
✅ Two-volume book set (Volume 1 and Volume 2) focusing on UAS sensor fusion and computer vision✅ 360 pages of in-depth coverage on navigation, control, stability, reliability, and fault detection
✅ Release date: 18-06-2020 - Language: English
✅ Topics include ROS, MAVs, indoor/outdoor drones, image transmission, data management, and surveillance
✅ Ideal for researchers, engineers, and practitioners in drone development and deployment
💡 What is this two-volume guide on sensor fusion and computer vision used for in unmanned aircraft systems?
This handy reference helps teams implement robust sensing and navigation.
- Sensor fusion strategies for navigation, stability, and fault detection
- Computer vision workflows for detection, avoidance, mapping, and planning
- Open source software and hardware considerations for ROS integration and UAS testing
- Image transmission, video streaming, and data management for UAS deployments