Comparison of Infrared Image Pre-Processing Technique on Electronic Power Equipment

Hong Men; Xin Su; Peng Chen; Jia Xue Yu

doi:10.4028/www.scientific.net/AMR.680.339

Paper Titles

The Doubly Fed Wind Power Generator Output Characteristic with the Asymmetrical Grid Voltage
p.317

Hydrokinetic Analysis of Crankshaft Main Bearings in High-Speed Gasoline Engine
p.322

Temperature Field Analysis of High-Speed Gasoline Engine Cylinder Head Based on Fluid-Solid Coupling
p.327

Quality Detection of Soybean Oil with Voltammetric Electronic Tongue
p.333

Comparison of Infrared Image Pre-Processing Technique on Electronic Power Equipment
p.339

3D MRO Job Card Publishing Method for Aircraft
p.345

Research on the Reasonable Air Velocity of Blast Furnace Tuyere
p.351

Study on Paper Electromagnetic Drying Rate
p.356

A Study on Heat Generation Control of a Precision Ball Screw Drive System
p.360

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 680Comparison of Infrared Image Pre-Processing...

Comparison of Infrared Image Pre-Processing Technique on Electronic Power Equipment

Abstract:

The disadvantages of infrared image are low resolution, bad stereoscopic sense, fuzzy image and low SNR, according to the application of infrared image in fault diagnosis of electronic power equipment, in this paper ,we make a comparative research on pre-processing technique of image de-noising and enhancement, and propose an infrared image enhancement algorithm based on platform histogram equalization combined with enhanced high-pass filtering, the algorithm can effectively improve the contrast by comparison, it is obvious to the noise effect, highlighting the objectives and details, and makes a good foundation for the subsequent target identification and fault diagnosis.