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Insulators Recognition for 220kv/330kv High-voltage Live-line Cleaning Robot

Jian Zhang, Ruqing Yang

Year
2006
Citations
10

Abstract

This paper approaches the problem of recognizing and localizing insulators with curved smooth and weak textured surfaces in a cluttered scene for the 220kv/330kv High-voltage Live-line Cleaning Robot (HLCR). In this work we introduce SUSAN edge-based scale invariant feature (SESIF) to describe insulators, which is robust to noise, cluttered scene, changes on viewpoint and illumination. A coarse-to-fine method is applied to recognize and localize insulators using SESIF. Firstly, A coarse location is estimated with general Hough transform and RANSAC method. Secondly, an accurate location of insulator is found with an edge-based tracker. Results are demonstrated for a 220kv insulator in a cluttered scene.

Keywords

RANSACArtificial intelligenceComputer visionRobotHough transformComputer scienceInsulator (electricity)VoltageEnhanced Data Rates for GSM EvolutionScale-invariant feature transform

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