1. A synopsis of recent work in edge detection using the DWT
2. Automated estimation of the upper surface of the diaphragm in 3-D CT images
3. Adaptive bilateral filter for sharpness enhancement and noise removal
4. Phase shifting for Non-separable 2D Hear wavelets
5. Universal Impulse noise filter based on Genetic programming
6. Efficient Non-local mean for De-noising of Textural patterns
7. Dynamic De-noising of tracking sequences
8. Analysis and compensation of rolling shutter effect
9. Coherent multi-scale image processing using dual tree quaternion wavelets
10. Texture analysis and classification with linear regression model based wavelet Transform
11. Wavelet, Ridge lets and curve lets for Poisson noise removal
12. Image Processing vision system- standard image sensor and retinas
13. An EEG Based Approach for Pattern Recognition of Precise Hand Activities with Data Fusion Technology
14. Lossless Video Sequence Compression Using Adaptive Prediction
15. Estimating 3-D Human Body Poses from 2-D Static Images
16. A Facial-Skin Condition Classification System in Wavelet Domain
17. Processing of Low Resolution Metal Transfer Images
18. Ultrasound Speckle Image Process Using Wiener Pseudo-inverse Filtering
19. Simple Face-detection Algorithm Based on Minimum Facial Features
20. Target of Imaging Observation Based on The Wavelet Transform and GPR
21. Touch-less Fingerprint Recognition System
22. A Novel Iris Recognition System based on Micro-Features
23. Face Identification by SIFT-based Complete Graph Topology
24. Feature Selection Based on Genetic Algorithms for On-Line Signature Verification
25. Moving Vehicle Registration and Super-Resolution
26. Impact of Age Groups on Fingerprint Recognition Performance
27. A Robust Method for Multiple Face Tracking Using Kalman Filter
28. Image Differencing Approaches to Medical Image Classification
29. Facial expression recognition under illumination variation
30. Iris Recognition Based on FFG
31. Palm print Recognition with Multiple Correlation Filters Using Edge Detection for Class-Specific Segmentation
32. An Improved Face Recognition Algorithm through Gabor Filter Adaptation
33. Protecting Iris Images through Asymmetric Digital Watermarking
34. Region-Level Motion-Based Background Modeling and Subtraction Using MRFs
35. A Hybrid Algorithm With Artifact Detection Mechanism for Region Filling After Object Removal From a Digital Photograph
36. On Rate-Distortion Models for Natural Images and Wavelet Coding Performance
37. Extended Analysis of Motion-Compensated Frame Difference for Block-Based Motion Prediction Error
38. Reversible Integer Color Transform
39. De blurring of Color Images Corrupted by Impulsive Noise
40. Vehicle Detection Using Normalized Color and Edge Map
41. Expansion Embedding Techniques for Reversible Watermarking
42. Stochastic View Registration of Overlapping Cameras Based on Arbitrary Motion
43. Application of Wavelet Energy Feature in Facial Expression Recognition
44. A MAP Approach for Joint Motion Estimation, Segmentation, and Super Resolution
45. A novel watermark arithmetic for video coding
46. Image Denoising by Averaging of Piecewise Constant Simulations of Image Partitions
47. Under sampled Boundary Pre-/Post filters for Low Bit-Rate DCT-Based Block Coders
48. Matching Pursuit-Based Region-of-Interest Image Coding
49. Adaptive Directional Lifting-Based Wavelet Transform for Image Coding
50. Example-Based Color Transformation of Image and Video Using Basic Color Categories
51. Demosaicing With Directional Filtering and a posteriori Decision

how i can download.

read more topics
1. Motion Detection
2. Video Segmentation
3. Face Recognition using PCA Technique

i want abstract regarding projects related to wavelets in digital image processing
thanks

Hi,
how I can download?

plz give me idea about project on digital image processing using matlab

Hi, all of these projects really sound interesting, but I laid my eyes on this four:
16-A Facial-Skin Condition Classification System in Wavelet Domain
27-A Robust Method for Multiple Face Tracking Using Kalman Filter
29- Facial expression recognition under illumination variation
35-A Hybrid Algorithm With Artifact Detection Mechanism for Region Filling After Object Removal From a Digital Photograph

Could I please recieve abstract or full paper about these subjects?
With appreciation,
SG

Hi,
Can you give me more informations about these projects:
1. Palm print Recognition with Multiple Correlation Filters Using Edge Detection for Class-Specific Segmentation
2. Reversible Integer Color Transform
3. Facial expression recognition under illumination variation
4. Vehicle Detection Using Normalized Color and Edge Map

Thanks in advance!

Hi,

Can anyone tell me how to download the files of the listed titles?

Regards

go to http://studentbank.in/topic-electronics-...ject-ideas and browse specific topics , most probably you may see attachment , if its available please download it

Hi ComputerScienceCrazy,

I could not find any attachment from the page link that you've suggested. I'm actually looking for projects based on image processing using Matlab. If you have any suggestion about that, please let me know. Thanks!

Regards

hello chen0412,
i said clearly ...
you can see a "pin" icon if attachment available to download ...

please note: this an open forum all materials and content is contributed by our forum visitors ,,, if any thing not available .. please wait to someone upload its here ...

Best Of luck ..

hi computer science crazy,

I wonder if doing palmprint recognition using matlab was possible? what you think?

regards

sure its possible by using matlab ...
see this for training on
http://mathworksmatlabcentral/fileexchange/8676
http://mathworksmatlabcentral/fileexchange/13325


the input of the system is images of the palm and need to extract the area of interrest from it as displayed in the following figure.
the technique is as follow:

Step 1. Apply a lowpass filter, such as Gaussian smoothing, to the original image, A threshold, Tp, is used to convert the convolved image to a binary image,

Step 2. Obtain the boundaries of the gaps, (Fx; Fy), between the fingers using a boundary tracking algorithm .

Step 3. Compute the tangent of the two gaps. Let (x1; y1) and (x2; y2) be any points on (F1x; F1y) and (F2x; F2y), respectively. If the line passing though these
two points satisfies the inequality, (Fiyj >= mFixj +c) for all i and j , then the line (y = mx + c) is considered to be the tangent of the two gaps.

Step 4. Line up (x1; y1) and (x2; y2) to get the Y-axis of the palmprint coordinate system, and use a line passing through the midpoint of these two points, which is
perpendicular to the Y-axis, to determine the origin of the coordinate system.

Step 5. Extract a subimage of a fixed size.


courtesy
edaboardthread98951.html

thank you so much!
really helps a lot!
appreciate that!

dear computersciencecrazy,

recently I've found something called "Eigenpalms". it says that its some kind of a method that can be used for palmprint recognition. but I'm not very understand about it. have you heard about it?

regards

dear computersciencecrazy,

Ive found something called "eigenpalm". have you heard about it? do you have any matlab codes or anything about it that you could share with me? I'm not really understand about it. thank you!

regards

is there any project title based on Palm print? I'm confused with idea of my final project, I think palmprint is interesting.

is there any existing project/idea of scanning paper by image processing(character recognition)? It will turn paper into digital format, such as word or notepad. so, we don't have to retype any papers that we want to convert to digital form , but only scan and processing it, and turns it to digital format.

thanks

the input of the system is images of the palm and need to extract the area of interrest from it as displayed in the following figure.
the technique is as follow:

Step 1. Apply a lowpass filter, such as Gaussian smoothing, to the original image, A threshold, Tp, is used to convert the convolved image to a binary image,

Step 2. Obtain the boundaries of the gaps, (Fx; Fy), between the fingers using a boundary tracking algorithm .

Step 3. Compute the tangent of the two gaps. Let (x1; y1) and (x2; y2) be any points on (F1x; F1y) and (F2x; F2y), respectively. If the line passing though these
two points satisfies the inequality, (Fiyj >= mFixj +c) for all i and j , then the line (y = mx + c) is considered to be the tangent of the two gaps.

Step 4. Line up (x1; y1) and (x2; y2) to get the Y-axis of the palmprint coordinate system, and use a line passing through the midpoint of these two points, which is
perpendicular to the Y-axis, to determine the origin of the coordinate system.

Step 5. Extract a subimage of a fixed size.

Reference: http://studentbank.in/report-matlab-base...z1JPz8ROmI

Anyone knows how to do step2 and step3? I'm urgently need help for that!

hey I would like to have more info about the topic
An EEG Based Approach for Pattern Recognition of Precise Hand Activities

you can refer these page more details of"Matlab Based DIGITAL IMAGE PROCESSING PROJECT" below link

http://studentbank.in/report-matlab-base...ects-ideas

http://studentbank.in/report-matlab-base...eas?page=4