Home /Research /Fast Edge-Based Detection and Localization of Transport Boxes and Pallets in RGB-D Images for Mobile Robot Bin Picking
MANIPULATION

Fast Edge-Based Detection and Localization of Transport Boxes and Pallets in RGB-D Images for Mobile Robot Bin Picking

Dirk Holz, Sven Behnke

Year
2016
Citations
7

Abstract

Mobile manipulation tasks in shopfloor logistics require robots to grasp objects from various transport containers such as boxes and pallets. In this paper, we present an efficient processing pipeline that detects and localizes boxes and pallets in RGB-D images. Our method is based on edges in both the color image and the depth image and uses a RANSAC approach for reliably localizing the detected containers. Experiments show that the proposed method reliably detects and localizes both container types while guaranteeing low processing times.

Keywords

PalletComputer visionRGB color modelArtificial intelligenceComputer sciencePipeline (software)Mobile robotRobotRANSACEnhanced Data Rates for GSM Evolution

Related papers

Browse all MANIPULATION papers