Dissertation
Dissertation > Aviation, aerospace > Aviation > Various types of aircraft > Unmanned aircraft

Research on Landmark Tracking for MUH

Author ZhouChao
Tutor HanBo;LiPing
School Zhejiang University
Course Control Theory and Control Engineering
Keywords Mini unmanned helicopter mean shift particle filter landmark tracking
CLC V279
Type Master's thesis
Year 2011
Downloads 145
Quotes 0
Download Dissertation

The mini unmanned helicopter, with distinguished flight performance and a promising future, has been a hot research issue nationally and internationally. It is an irresistible trend to apply machine vision technology to MUH, including vision-based navigation, visual obstacle avoidance, visual landing and visual tracking, etc. Landmark tracking is the key point for a MUH’s vision system. As to the research on landmark tracking for MUHs, the work this paper has done is mainly as follows:1. Systematically reviewing the development of MUHs and visual tracking, introducing the current research status of related fields at home and abroad, summarizing the existing research achievements, and analysing the key problems this paper facing.2. Considering reasonably the aircraft bearing capacity and the image quality requirements, designing and constructing the hardware and software framework of mini unmanned helicopter landmark tracking.3. Embedding online feature selection into particle filter for landmark tracking, and the feature with the best discriminability between the target and the background is selected for computing the likelihood image.4. Tracking landmark with particle filter method. Moving the particles to the region with a larger value during the tracking process to improve the effectiveness of the particles.5. Testing the performance of landmark tracking in video image sequences, contrastive analysis of tracking results between the proposed and common visual tracking methods shows the practicability of the landmark tracking algorithm presented in this paper.

Related Dissertations
More Dissertations