An Environmental Characterization Method for Monocular Vision Obstacle of Rotor Aircraft

Author:

Li Biao,Wu Wenzhen,Yang Xiaohui,Ji Desheng,Lu Xiaoyu,Cao Yasheng,Wang Xi

Abstract

Abstract Combining the structure of coding and anti-coding in the field of deep learning, we explore a method to represent the complex environment of four rotor aircraft. First, we use this structure to explore the process of dimensionality reduction and reconstruction of high dimensional image data. Second, combining this structure, we use the concept of transposition convolution to propose a network structure for depth distance estimation using monocular vision images. Finally, we get the direct physical feature information used to describe complex environment.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference16 articles.

1. Design of an Adaptive Passive Collision Warning System for UAVs;Osborne;IEEE Transactions on Aerospace and Electronic Systems

2. Airborne Vision-Based Collision-Detection System;Lai;Journal of Field Robotics

3. Image Processing Algorithms for UAV “Sense and Avoid” [C];Carnie

4. Vision-based detection and tracking of airborne obstacles in a cluttered environment;Cho;Journal of Intelligent and Robotic Systems,2013

5. Vision-based detection and tracking of aerial targets for UAV collision avoidance;Mejias,2010

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