IEEE Paper DSP Projects

Latest IEEE Paper DSP Projects

1. Adaptive Non-separable Wavelet Transform via Lifting and its Application to Content-Based Image Retrieval
2. Automatic Histogram Threshold Using Fuzzy Measures
3. Salient Motion Features for Video Quality Assessment
4. An optimal data hiding scheme with tree-based parity check
5. Variational region-based segmentation using multiple texture statistics
6. Generic Loss less Visible Watermarking—A New Approach
7. Improving Shape Retrieval by Spectral Matching and Meta Similarity
8. Adaptive Directional Wavelet Transform based on Directional Pre-filtering
9. Edge Detecting for Range Data using Laplacian Operators
10. A Simple Linear Multi user Pre-coding Technique inCellular Relay Networks
11. Design of Spreading Permutations for MIMO-CDMA Based on Space-Time Block Codes
12. Adaptive Active Constellation Extension Algorithm forPeak-to-Average Ratio Reduction in OFDM
13. Analysis of BER Performance in Presence of Nonlinear Distortion Due to PD-HPA in Downlink DS-CDMA Signals
14. Oversampling to Reduce the Effect of Timing Jitter onHigh Speed OFDM Systems
15. New Companding Transform for PAPR Reduction in OFDM
16. Multi objective Optimization for Pre-DFT Combining inCoded SIMO-OFDM Systems
17. Image classification by K-men’s clustering
18. Data hiding in grayscale images by dynamic programming based on a human visual model
19. A Novel Invisible and Blind Watermarking Scheme For Copyright Protection of Digital Images
20. An Automatic Wavelet-based Nonlinear ImageEnhancement Technique for Aerial Imagery
21. Robust Scaling-Based Image Watermarking Using Maximum-Likelihood Decoder With Optimum Strength Factor
22. Audio Compression Using a Munich and Cambridge Morlet Wavelet
23. Image Encryption Using Binary Key-images
24. Fast LMS/Newton Algorithms for Stereophonic Acoustic Echo Cancellation
25. Image retrieval using both color and texture features
26. An Adaptive Steganographic Technique Based on Integer Wavelet Transform
27. A Robust Image Watermarking using Two Level DCT and Wavelet Packets De-noising

New IEEE Paper DSP Projects

1. Piecewise Lifting Scheme Based DWT to Model Human Vision Interpolation Phenomenon
2. Unified Relevance feedback frame work for web image retrieval
3. Reverse data hiding Based on histogram modification of pixel differences
4. Ensemble methods of face recognition based on bit plane decomposition
5. A pattern similarity scheme for medical image retrieval
6. Preamble based SNR estimation in frequency selective channels for wireless OFDM systems
7. A new delay less sub band adaptive filtering algorithm for active noise cancellation
8. Image segmentation using information bottle neck method
9. Effective fuzzy clustering Algorithm for abnormal MR Image segmentation
10. Adaptive fuzzy filtering for artifact reduction in composed images and video
11. Speech water marking for analog flat-fading band pass channels
12. Image and video de-noising using adaptive dual trace
13. discrete wavelets packets Gabor filter for texture extraction
14. Development of EMD-based de-noising methods inspired by wavelet thresholding
15. Effective Fuzzy C means clustering algorithm for MRI Brain tumor detection
16. Using Gabor Features for Multi Pose Face recognition in color images
17. Video Watermarking Algorithms Using the SVD Transform
18. Weighted Adaptive Lifting-Based Wavelet Transform for Image Coding
19. Image enhancement on quadratic programming
20. An Efficient Resource Allocation Strategy for Future Wireless Cellular Systems
21. Development of a Novel Voice Verification System using Wavelets
22. Counter let based Image water marking using Optimum detection in the noisy environment
23. Enhancement of Color Images by Scaling the DCT Coefficients
24. DWT-SVD based Dual Watermarking Scheme
25. Image enhancement based on quadratic programming
26. Color Histogram Features Based Image Classification in Content-Based Image Retrieval Systems
27. A Lossless Compression Scheme for Bayer Color Filter Array Images
28. Self-Adaptive Video Watermarking Based on the Motion Characteristic Detection and the Model of Entropy
29. Adaptive Bilateral Filter for Sharpness Enhancement and Noise Removal
30. Adaptive DS-CDMA Receiver with Code Tracking in Phase Unknown Environments
31. A Variable Step-Size Affine Projection Algorithm Designed for Acoustic Echo Cancellation
32. A Visual Information Encryption Scheme Based on Visual Cryptography and D-H Key Agreement Scheme
33. Acoustic Echo cancellation Algorithm Tolerable for double talk
34. Multi user detection in CDMA systems using PDA algorithm under AWGN
35. Higher Order SVD for dynamic texture analysis in video
36. Wavelet based palm print authentication system
37. A CMOS image sensor with focal plane SPIHT image compression
38. ECG signal de-noising and baseline wander correction using empirical mode decomposition
39. Audio de-noising by time frequency block thresholding
40. Variable step size NLMS algorithm for under modeling acoustic echo cancellation
41. A Wavelet based Statistical Method for De-Noising of Ocular Artifacts in EEG Signals
42. Blind self-authentication of images for robust watermarking using integer wavelet transform
43. MRI image segmentation based on fast global minimization of snake model
44. Robust image segmentation algorithm using fuzzy clustering based on kernel induced distance measure
45. Expansion Embedding Techniques for Reversible Watermarking
46. Reversible Image Watermarking Based on Integer-to-Integer Wavelet Transform
47. On Integer MDCT for Perceptual Audio Coding
48. Adaptive Algorithm for Speech Compression using Cosine Packet Transform
49. Performance analysis of Iterative channel estimation and multi user detection in multi user CDMA System
50. Time-Domain signal detection using second order statistics for MIMO-OFDM systems
51. Pre DFT processing for MIMO OFDM systems with space time frequency coding
52. Low power variable block size motion estimation using pixel truncation
53. Steganography using BPCS to the IWT image
54. Wavelet based image authentication and recovery
55. Post processing low bit rate block DCT coded images based on fields of experts prior
56. Natural image compression based on modified SPIHT (Wavelet packets)
57. Image blur reduction for cell cameras via adaptive tonal correction
58. Morphological component analysis ;An adaptive thresholding analysis
59. Analysis of pixel level multi sensor medical image fusion
60. SVD Based Blind Video Watermarking Algorithm
61. Channel estimation and prediction for adaptive OFDM downlinks
62. Channel estimation based on extended kalman filtering for MIMO-OFDM systems
63. Maximum Likelihood carrier frequency offset estimation for OFDM systems in fading channels
64. Performance analysis of IEEE 802.11a physical layer
65. An improved visual cryptography for secret hiding. 

MTech  IEEE Paper DSP Projects

1. Curved wavelet transform for image coding
2. Sliced Ridge let transform for image denoising
3. Low complexity multi resolution image codec using lifting wavelet transform
4. Lossless compression of color map images by context tree modeling
5. Non parametric Linear time invariant system identification by DWT
6. A Full rank regularization technique for MMSE detection in Multi user CDMA systems
7. Extended JPEG 2000 image compression systems
8. Channel Estimation and prediction for adaptive OFDMA/TDMA uplinks based on non overlapping pilot signals
9. Wavelets for increasing spectral efficiency in a digital communication system
10. Downlink BER simulation for IEEE 802.16e OFDM physical layer
11. Channel Code tracking in wireless OFDM Systems
12. Warped DCT based noisy speech enhancement
13. Data embedding scrambled digital video
14. A wavelet based denoising technique for Ocular arti-fact correction of the EEG Signal
15. Robust adaptive kalman filtering based speech enhancement algorithm
16. An adaptive KLT approach for speech enhancement
17. Video watermarking using discrete wavelet transforms
18. Morphological processing for color images
19. Content based image retrieval with realistic color images
20. Steganography using BPCS with Multi wavelet transform
21. Image codec based on GHM,CAL,SAS Multi wavelets
22. Fingerprint enhancement using STFT analysis
23. Image de-noising using ROF (Fixed point filtering) method
24. Implementation of IRIS Recognition system using HOUGH transforms
25. Facial recognition system using PCA Analysis
26. Fingerprint recognition system using ridge thinning method
27. Speaker recognition using MFCC and feature mapping with GMM
28. Brain Tumor detection using color K-means clustering
29. Content based Speech watermarking using DWT
30. Analyzing equalizer effects for a speech signals
31. Blind and Semi-Blind De-blurring of Natural Images. 

Enjoy IEEE Paper DSP Projects

Project On Energy Meter Per Hour Average Max and Min Load Display On LCD

 Energy Meter Per Hour Average Max and Min Load Display On LCD

Now days there is rapid increase in the power consumption, which has given rise

to the scarcity in the power generation. There should be an immediate change in this

situation are else the results cannot be even imagined. This not only results in scarcity but

also imposes burden on the common man. This problem can be solved by monitoring the

average power consumption with max and min load which can help the user to monitor

the health status of his load devices as well as to have a control over the power being

consumed daily. This system also helps Transco department to impose tax if the average

power consumption per hour is more than the prescribed level by which we can control

the consumer from wasting the power.

So our aim in designing this device is to fulfill the multiple purposes of the

consumer and finally impart a control over the power consumption so that there will not

be any hazardous results in the near future due to the power scarcity. The device input

and output modules are controlled with help of a micro controller, which can be termed

as a control unit for the entire system. The energy meter is interfaced to the

microcontroller with the help of an interfacing circuit. This interfacing circuit is

something similar to a counter, which is capable of counting the pulses with respect to the

power consumed by the user. The microcontroller takes the responsibility to count these

pulses and derive the equivalent average, Min and Max loads for that hour duration. The

amount of power consumed is displayed on this LCD. In addition to this the controller is

also interfaced with few LED indicators.

The design of this system is very much sensitive and should be handled with

utmost care because the micro-controller is a 5 volts device and it is employed to monitor

the household power consumption per hour where it should be interfaced with a 240 volts

energy meter. So every small parameter should be given high importance while designing

 the interfacing circuit between the controller and the energy meter. The major advantage

of this system is its reliability to operate and a user-friendly output.