Professors

     Darun Kesrarat

     Year Grad : 2014

     Grad Class : 43

     Faculty : Vincent Mary School of Science and Technology

     Degree Name : Doctor of Philosophy (Information Technology)

 

 

Dissertation Title : Robust optical flow algorith based on intensity gradient technique for noisy sequences

Academic Work 

1. Robust Optical Flow Algorithm Based on Spatial Domain Optical Flow 

2. Bidirectional Confidential with Bilateral Filter on Local Based Optical Flow for Image Reconstruction under Noisy Condition

3. Enhancement of digital image by C programming language

4. Experimental Analysis of Performance Comparison on Both Linear Filter and Bidirectional Con dential Technique for Spatial Domain Optical Flow Algorithm

5. Experimental Efficiency Analysis in Robust models of Spatial Correlation Optical Flow Methods under Non Gaussian Noisy Contamination

6. Experimental Study on Image Reconstruction from Spatial Correlation-based Optical Flow Motion Vector over Non Gaussian Noise Contamination using Reversed Confidential with Bilateral Filter

7. Performance Investigation on Bilateral Filter with Confidence Based over Spatial Correlation-based Optical Flow for Image Reconstruction

8. Robust Block-Based Motion Estimation for Image Reconstruction Using Bi-direction Confidential

9. Robust Global Based Spatial Correlation Optical Flow in Bidirectional Confidential Technique with Bilateral Filter

10. Self-similarity measurement using percentage of angle similarity on correlations of face objects

11. Tutorial of motion estimation based on horn-schunk optical flow algorithm in MATLAB

12. A model for auto-focus using location detection based on sound localization