Projects on DIGITAL IMAGE PROCESSING
1) Multiple Wavwlet Domains used image De-noising.
2) Image compression comparison and image Transfrom coding for JPEG Age Compresion Algorithm.
3) Fourier Wavelet regularized De_convolution.
4) A Mpdel based filtering Procedure for tilt signal processing for volcanic areas.
5) Image Compression JPEG 2000.
6) Number Plate Recognition.
7) Inverse half Toniing Via De-Convolution based on Wavwelets.
8) Image Echancement.
9) FFT Programs For Prime Lengths.
10) Face Recognition using Eigen Image.
11) Multi-fractal Wavelet Model (MWM).
12) Digital omplemention of the 4-D Wigner distribution Funtion.
13) Fourier –wavelet Regularized De-Conmvolution for III
14) Nditioned system.
15) Image Segmentation.
16) Polynomial root Finder.
17) Image De-noising Using Wavelet-Domain Hidden markov Tree Models.
18) Simulation Of Various stages of DCT baced VIDEO CODEC periodogram.
19) Image Clustering.
20) Image Restoration.
2) Image compression comparison and image Transfrom coding for JPEG Age Compresion Algorithm.
3) Fourier Wavelet regularized De_convolution.
4) A Mpdel based filtering Procedure for tilt signal processing for volcanic areas.
5) Image Compression JPEG 2000.
6) Number Plate Recognition.
7) Inverse half Toniing Via De-Convolution based on Wavwelets.
8) Image Echancement.
9) FFT Programs For Prime Lengths.
10) Face Recognition using Eigen Image.
11) Multi-fractal Wavelet Model (MWM).
12) Digital omplemention of the 4-D Wigner distribution Funtion.
13) Fourier –wavelet Regularized De-Conmvolution for III
14) Nditioned system.
15) Image Segmentation.
16) Polynomial root Finder.
17) Image De-noising Using Wavelet-Domain Hidden markov Tree Models.
18) Simulation Of Various stages of DCT baced VIDEO CODEC periodogram.
19) Image Clustering.
20) Image Restoration.
DIGITAL SPEECH PROCESSING
1) Speech Coding with Linear predictive coding (LPC).
2) Speech Processing.
3) Very Lare Vocabulary Speech Recognition.
4) Continuous Speech Recognition over the Telephone.
5) Automatic Speech recognition.
6) Improving Speech recognition through linguistics.
7) Speaker independent word recognizer.
8) Language Independent word recognizer.
9) Language Independent Speeck coding on very low bit rates.
10) Deigital speech processing .
11) Pitech detecation.
12) Acoustic Echo Cancellation.
2) Speech Processing.
3) Very Lare Vocabulary Speech Recognition.
4) Continuous Speech Recognition over the Telephone.
5) Automatic Speech recognition.
6) Improving Speech recognition through linguistics.
7) Speaker independent word recognizer.
8) Language Independent word recognizer.
9) Language Independent Speeck coding on very low bit rates.
10) Deigital speech processing .
11) Pitech detecation.
12) Acoustic Echo Cancellation.
hi my name is manohar, i am a great fan of you if you have any projects on image processing please send to me with details & my mail id is adusumilliraghumanohar@gmail.com
ReplyDeletemy name is jafadeesh. please send digital image processing projects. mail id:jagadeeshnekkalapudi9@gmail.com
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