Application of Digital Image Processing Techniques in the Vessel Flexure System

Chun Yan Xue

doi:10.4028/www.scientific.net/AMM.571-572.688

Paper Titles

A Mathematical Morphological Processing of Spectrograms for the Tone of Chinese Vowels Recognition
p.665

A Novel Disparity Estimation Method Based on Multi-Block and Adaptive Window
p.672

A View-Dependent and Physical Feature-Preservation Streamline Simplification Method for 3D Vector Field Visualization
p.676

An Improved Moving Particle Semi-Implicit Method for Free Surface Flows
p.682

Application of Digital Image Processing Techniques in the Vessel Flexure System
p.688

Applied Study of Size Measurement Based on Image
p.693

Automatic Eyeglasses Removal of Frontal Facial Images for Face Recognition
p.697

Bilateral Filtering Algorithm Research Based on Improved Weight Values
p.705

B-Spline Surface Approximation to Scanned Data Using Least Square Approximation
p.711

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 571-572Application of Digital Image Processing Techniques...

Application of Digital Image Processing Techniques in the Vessel Flexure System

Abstract:

For a vessel flexure of measure ship under the influence of internal and external environmental factors, which resulting data errors of measuring equipment, the development of the "Vessel Flexure System" can solve the problem. The paper briefly describes the principle and hardware components of Vessel Flexure System, focuses on the application of digital image processing techniques used on linear CCD, put forward the interpretation method of gravity-center, which can determine the location of the center of facula accurately.