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A Bayesian approach to the Hough transform for video and ultrasonic data fusion in mobile robot navigation
By: Di Francesco, G.; Bonci, A.; Longhi, S.;
2002 / IEEE / 0-7803-7437-1
Description
This item was taken from the IEEE Conference ' A Bayesian approach to the Hough transform for video and ultrasonic data fusion in mobile robot navigation ' A characteristic of structured environments is that objects tend to lie in straight lines representing the vertical surfaces of walls, doors, objects, etc. This paper proposes feature-based modeling of the environment in which line segments or surfaces are used for modeling an indoor environment and for improving the pose estimation of a mobile robot. Line features are detected making use of occupancy grids, based on ultrasonic range readings, and of a digital camera. A multisensor fusion approach for fusing ultrasonic and video data is proposed. The Hough transform (HT) is used for line feature extraction from both an occupancy grid map and digital images. Using a Bayesian approach to the HT, a rigorous probability value of the main straight line features extracted from a digital image is also proposed.
Related Topics
Hough Transforms
Navigation
Mobile Robots
Robot Vision
Ultrasonic Applications
Feature Extraction
Probability Value
Bayesian Approach
Structured Environments
Hough Transform
Ultrasonic Data Fusion
Video Data Fusion
Mobile Robot Navigation
Indoor Environment
Modeling
Pose Estimation
Line Feature Detection
Occupancy Grids
Ultrasonic Range Readings
Digital Camera
Multisensor Fusion Approach
Digital Images
Bayesian Methods
Mobile Robots
Navigation
Computer Vision
Indoor Environments
Digital Images
Image Processing
Probability
Uncertainty
Digital Cameras
Bayes Methods
Sensor Fusion
Edge Detection
Engineering
Feature-based Modeling