Jiunn-Lin Wu (吳俊霖 副教授)


 Associate Professor

 Dept. of Computer Science and Engineering

 Institute of Networking and Multimedia

 National Chung Hsing University


 Email: jlwu@nchu.edu.tw


 Tel: 886-4-22840497-921

 Fax: 886-4-22853869

 P. O. Box 1-17, Taichung, 402, Taiwan

Research Interests:

Research Topics:


A Faster Patch-Based Inpainting Approach to Reduce Image Sensor Noise

A Robust Feature-Based Registration Method for Differently Exposed I

Image Sequences

An Efficient Reversible Data Hiding Algorithm with High Capacity

A Fast Distortion-Free Data Hiding Method for High Dynamic Range Images

A New Segmentation Method for Remotely Sensed Images Based on Seed Growing

Using Image Inpainting to Remove Dust Spots from DSLR Images

A Study on Robust Watermarking Technique for High Dynamic Range Images

Temporal Texture Synthesis by Patch-Based Sampling and Morphing Interpolation

A Wavelet Operational Method for Solving Fractional Partial Differential Equations Numerically

Tree-Ring Image Analysis

An Improved Method for Flash Photography Enhancement


A Hybrid Vector Filter for Color Image Noise Reduction

A Study of Clustering Algorithm Based on Central Symmetry

An Automatic Counting System for the Microscopic Images of Human Skin Keratinocytes

A Study on Segmentation of Remotely Sensed Images Using Self-Organization Map

A Robust Algorithm for Moving Objects Detection in Differently Exposed Image Sequences

An Efficient Method for Enhancing High-Contrast Digital Photos Automatically

Fast Temporal Texture synthesis with Controllable Moving Direction

Image segmentation via K-means

Development and Application of Taiwan Biological Habitat Suitability Analysis Model

Forest Image Segmentation and Classification

The Impact of Weather on Cardiovascular Mortality in Taiwan Metropolitans

Cell Image Processing and Segmentation

Reduce the Block Effect in Stitching the Aerial Images

Microarray Image Processing

High Dynamic Range Image Processing and Manipulation

FFT based image registration

A Hybrid Case-Based Reasoning Approach for the Electrocardiogram Diagnosis

The Operational Matrix of Orthogonal Functions for Differential Equations

Fractal Image Compression

Application of Virtual Reality in the 3D City Model Construction


Fast classification Strategies for the Remote Sensing Data


‘Information science will provide the unity to all of the sciences. It will be like the physics of the 20th century.’

                                                                                                                       大衛巴爾帝摩(David Baltimore)     加州理工學院校長  諾貝爾獎得主