This document contains a list of 50 digital image processing projects and 19 communication projects available from CandorMinds. Each project is given a unique code and includes a brief title and description. The projects cover a wide range of topics including image processing techniques like recognition, enhancement, restoration, compression, and watermarking as well as communication areas such as MIMO, OFDM, cognitive radio, and relay networks. CandorMinds provides MATLAB based solutions for digital signal processing and communication engineering problems.
Pantech offers b.tech and m.tech projects for engineering students.We support on IoT, Raspberry pi projects and open cv Image processing, Virtual reality, gesture recognition, segmentation, compression, image enhancement, image retrieval, image fusion, TMS320C5505
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Final Year M.Tech/B.Tech IEEE Projects-Dip,dsp & communication [matlab & ti p...Chinnasamy C
Hi,
Pantech ProEd Pvt Ltd, Provides Projects guidance for ME, M.Tech, &Msc and all Electrical science Students......
Related to : final year project, Live project, Real time projects, Embedded Projects, VLSI projects, DSP/DIP projects, POWER ELECTRONICS, java, Dotnet, .Net,
Data mining, Mobile computing, system, NETWORKING, application, PLC,
MATLAB :( DIP DSP)
Compression of images
Fusion of different images
Communication projects in MIMO, OFDM
Wireless technology.
SIMULINK Projects.
DSP hardware kit projects
Pantech offers b.tech and m.tech projects for engineering students.We support on IoT, Raspberry pi projects and open cv Image processing, Virtual reality, gesture recognition, segmentation, compression, image enhancement, image retrieval, image fusion, TMS320C5505
IEEE 2012 Projects,academic projects in .net,academic projects in java,b tech mini projects,btech projects,electrical projects for students,electronic engineering final year project,electronic engineering final year projects,electronic final year project,electronics students projects,embedded in chennai,embedded projects chennai,engineering final project,engineering final projects,engineering projects in chennai,engineering projects in java,final year embedded projects,final year engineering projects,final year engineering projects chennai,final year engineering projects in chennai,final year ieee projects chennai,final year it projects,final year project chennai,final year project in chennai,final year project in electronics,final year project of electronics,final year projects for it,final year projects for mca,final year projects in .net,final year projects in chennai,final year projects in electronics,final year projects in embedded systems,final year projects in it,final year projects on embedded systems,final year student project,final year student projects,ieee embedded projects,ieee projects,ieee projects chennai,ieee projects for mca,ieee projects in .net,ieee projects in chennai,ieee projects in java,ieee projects in vlsi,ieee projects on embedded systems,ieee projects titles,ieee students projects,mca academic projects,mca final project,mca final year project,mca final year project in chennai,mca projects,mca projects chennai,mca projects titles,project in vlsi,project of mca,projects for mca,projects in vlsi,student project chennai,student projects in java,vlsi in chennai,year projects,Real Time IEEE Projects,Live Projects,Embedded Live Projects,Power Electronics Projects,Power System Projects,ME Projects,M.Tech Projects,VLSI Final Year projects,Embedded final Year Projects,Real Time Embedded Projects,Real Time Software Projects,Live Java Projects,Dot net Projects in Chennai,.Net Projects,B.tech projects,BE Projects,Real Time Project MBA, Real Time Project BE,Project Work BE,Real Time Project MCA,Real Time Project BE Electronic,Computer Software Training Embedded Systems, Real Time Project,Computer Project Work,Real Time Project IT,Embedded Training,Real Time Project Me,Project Work Ieee Based,Real Time Project B Tech,Project Work MCA,Project Work Computer Science,Project Work M E,Engineering Project Consultants,Real Time Project MSC,Real Time Project M Tech,Real Time Project Bio Medical,Project Consultants For Electronic,Project Work B Tech,Real Time Project BE Electrical,Real Time Project Dot Net,Real Time Project BCA,Project Work M Phil,Real Time Project M Phil,Project Work Embedded System,Real Time Project Embedded System,Project Work M Tech,Project Engineering,Real Time Project Java,Real Time Project PHD,Project Work IT,Real Time Project Networking,Real Time Project BSc,Real Time Project Matlab,Computer Software Training Embedded Network,Project Work Java,Real Time Project Vlsi,Real Time Project Animation,Project Work HTML,Real
Final Year M.Tech/B.Tech IEEE Projects-Dip,dsp & communication [matlab & ti p...Chinnasamy C
Hi,
Pantech ProEd Pvt Ltd, Provides Projects guidance for ME, M.Tech, &Msc and all Electrical science Students......
Related to : final year project, Live project, Real time projects, Embedded Projects, VLSI projects, DSP/DIP projects, POWER ELECTRONICS, java, Dotnet, .Net,
Data mining, Mobile computing, system, NETWORKING, application, PLC,
MATLAB :( DIP DSP)
Compression of images
Fusion of different images
Communication projects in MIMO, OFDM
Wireless technology.
SIMULINK Projects.
DSP hardware kit projects
Tchebichef image watermarking along the edge using YCoCg-R color space for co...IJECEIAES
Easy creation and manipulation of digital images present the potential danger of counterfeiting and forgery. Watermarking technique which embeds a watermark into the images can be used to overcome these problems and to provide copyright protection. Digital image watermarking should meet requirements, e.g. maintain image quality, difficult to remove the watermark, quality of watermark extraction, and applicable. This research proposes Tchebichef watermarking along the edge based on YCoCg-R color space. The embedding region is selected by considering the human visual characteristics (HVC) entropy. The selected blocks with minimum of HVC entropy values are transformed by Tchebichef moments. The locations of C(0,1), C(1,0), C(0,2) and C(2,0) of the matrix moment are randomly embedded for each watermark bit. The proposed watermarking scheme produces a good imperceptibility by average SSIM value around 0.98. The watermark recovery has greater resistant after several types of attack than other schemes.
A Blind Multiple Watermarks based on Human Visual Characteristics IJECEIAES
Digital watermarking is an alternative solution to prevent unauthorized duplication, distribution and breach of ownership right. This paper proposes a watermarking scheme for multiple watermarks embedding. The embedding of multiple watermarks use a block-based scheme based on human visual characteristics. A threshold is used to determine the watermark values by modifying first column of the orthogonal U matrix obtained from Singular Value Decomposition (SVD). The tradeoff between normalize crosscorrelation and imperceptibility of watermarked image from quantization steps was used to achieve an optimal threshold value. The results show that our proposed multiple watermarks scheme exhibit robustness against signal processing attacks. The proposed scheme demonstrates that the watermark recovery from chrominance blue was resistant against different types of attacks.
Contribution of Non-Scrambled Chroma Information in Privacy-Protected Face Im...Wesley De Neve
Contribution of Non-Scrambled Chroma Information in Privacy-Protected Face Images to Privacy Leakage. Presentation given at the 10th International Workshop on Digital Forensics and Watermarking (IWDW'11).
Note that a more extensive objective and subjective study of privacy protection in video surveillance systems can be found in the following book chapter:
H. Sohn, D. Lee, W. De Neve, K.N. Plataniotis, and Y.M. Ro. An objective and subjective evaluation of content-based privacy protection of face images in video surveillance systems using JPEG XR. Effective Surveillance for Homeland Security: Balancing Technology and Social Issues. CRC Press / Taylor & Francis. May 2013. pp. 111-140.
http://www.citeulike.org/user/wmdeneve/article/10831550
http://www.crcpress.com/product/isbn/9781439883242
We are from MSR PROJECTS HYD Implementing and providing advanced technologies in the specialization of
1.EMBEDDED SYSTEMS 2. VLSI
3. DSP/ DIP 4.PLC & SCADA
5.POWER ELECTRONICS 6.POWER SYSTEMS
7.JAVA 8.DOT NET
9.CIVIL 10. MECHANICAL
We are providing
Latest IEEE live projects for B.Tech/ M.Tech/ Ph.D/ MBA/ MCA
Paper publishing, Plagiarism check, Paper Extension
Real time scenario: The students will be given the real time experience of preparing their own ideas and papers.
Thanks & Regards,
MSR PROJECTS (SSI Certify company),
Head Office: #105, Gyan Arcade, BEside sheesh mahal theater, Near kanakadurga temple, Ameerpet, HYDERABAD.
E-mail: m.s.r.projects.ieee@gmail.com,
Web: http://msrprojects.weebly.com , facebook.com/m.s.r.project ,
Ring on: +91 9581464142.
Self Attested Images for Secured Transactions using Superior SOMIDES Editor
Separate digital signals are usually used as the
digital watermarks. But this paper proposes rebuffed
untrained minute values of vital image as a digital watermark,
since no host image is needed to hide the vital image for its
safety. The vital images can be transformed with the self
attestation. Superior Self Organized Maps is used to derive
self signature from the vital image. This analysis work
constructs framework with Superior Self Organizing Maps
(SSOM) against Counter Propagation Network for watermark
generation and detection. The required features like
robustness, imperceptibility and security was analyzed to prove
that which neural network is appropriate for mining watermark
from the host image. SSOM network is proved as an efficient
neural trainer for the proposed watermarking technique. The
paper presents one more contribution to the watermarking
area.
Corrosion Detection Using A.I : A Comparison of Standard Computer Vision Tech...csandit
In this paper we present a comparison between stand
ard computer vision techniques and Deep
Learning approach for automatic metal corrosion (ru
st) detection. For the classic approach, a
classification based on the number of pixels contai
ning specific red components has been
utilized. The code written in Python used OpenCV li
braries to compute and categorize the
images. For the Deep Learning approach, we chose Ca
ffe, a powerful framework developed at
“Berkeley Vision and Learning Center” (BVLC). The
test has been performed by classifying
images and calculating the total accuracy for the t
wo different approaches.
LTE is required to support communication with terminals moving at speeds of up to 350 km/h, or even up to 500 km/h depending on the frequency band. The primary scenario for operation at such high speeds is usage on high-speed trains – a scenario which is increasing in importance across the world as the number of high-speed rail lines increases and train operators aim to offer an attractive working environment to their passengers. These requirements mean that handover between cells has to be possible without interruption – in other words, with imperceptible delay and packet loss for voice calls, and with reliable transmission for data services.
Tchebichef image watermarking along the edge using YCoCg-R color space for co...IJECEIAES
Easy creation and manipulation of digital images present the potential danger of counterfeiting and forgery. Watermarking technique which embeds a watermark into the images can be used to overcome these problems and to provide copyright protection. Digital image watermarking should meet requirements, e.g. maintain image quality, difficult to remove the watermark, quality of watermark extraction, and applicable. This research proposes Tchebichef watermarking along the edge based on YCoCg-R color space. The embedding region is selected by considering the human visual characteristics (HVC) entropy. The selected blocks with minimum of HVC entropy values are transformed by Tchebichef moments. The locations of C(0,1), C(1,0), C(0,2) and C(2,0) of the matrix moment are randomly embedded for each watermark bit. The proposed watermarking scheme produces a good imperceptibility by average SSIM value around 0.98. The watermark recovery has greater resistant after several types of attack than other schemes.
A Blind Multiple Watermarks based on Human Visual Characteristics IJECEIAES
Digital watermarking is an alternative solution to prevent unauthorized duplication, distribution and breach of ownership right. This paper proposes a watermarking scheme for multiple watermarks embedding. The embedding of multiple watermarks use a block-based scheme based on human visual characteristics. A threshold is used to determine the watermark values by modifying first column of the orthogonal U matrix obtained from Singular Value Decomposition (SVD). The tradeoff between normalize crosscorrelation and imperceptibility of watermarked image from quantization steps was used to achieve an optimal threshold value. The results show that our proposed multiple watermarks scheme exhibit robustness against signal processing attacks. The proposed scheme demonstrates that the watermark recovery from chrominance blue was resistant against different types of attacks.
Contribution of Non-Scrambled Chroma Information in Privacy-Protected Face Im...Wesley De Neve
Contribution of Non-Scrambled Chroma Information in Privacy-Protected Face Images to Privacy Leakage. Presentation given at the 10th International Workshop on Digital Forensics and Watermarking (IWDW'11).
Note that a more extensive objective and subjective study of privacy protection in video surveillance systems can be found in the following book chapter:
H. Sohn, D. Lee, W. De Neve, K.N. Plataniotis, and Y.M. Ro. An objective and subjective evaluation of content-based privacy protection of face images in video surveillance systems using JPEG XR. Effective Surveillance for Homeland Security: Balancing Technology and Social Issues. CRC Press / Taylor & Francis. May 2013. pp. 111-140.
http://www.citeulike.org/user/wmdeneve/article/10831550
http://www.crcpress.com/product/isbn/9781439883242
We are from MSR PROJECTS HYD Implementing and providing advanced technologies in the specialization of
1.EMBEDDED SYSTEMS 2. VLSI
3. DSP/ DIP 4.PLC & SCADA
5.POWER ELECTRONICS 6.POWER SYSTEMS
7.JAVA 8.DOT NET
9.CIVIL 10. MECHANICAL
We are providing
Latest IEEE live projects for B.Tech/ M.Tech/ Ph.D/ MBA/ MCA
Paper publishing, Plagiarism check, Paper Extension
Real time scenario: The students will be given the real time experience of preparing their own ideas and papers.
Thanks & Regards,
MSR PROJECTS (SSI Certify company),
Head Office: #105, Gyan Arcade, BEside sheesh mahal theater, Near kanakadurga temple, Ameerpet, HYDERABAD.
E-mail: m.s.r.projects.ieee@gmail.com,
Web: http://msrprojects.weebly.com , facebook.com/m.s.r.project ,
Ring on: +91 9581464142.
Self Attested Images for Secured Transactions using Superior SOMIDES Editor
Separate digital signals are usually used as the
digital watermarks. But this paper proposes rebuffed
untrained minute values of vital image as a digital watermark,
since no host image is needed to hide the vital image for its
safety. The vital images can be transformed with the self
attestation. Superior Self Organized Maps is used to derive
self signature from the vital image. This analysis work
constructs framework with Superior Self Organizing Maps
(SSOM) against Counter Propagation Network for watermark
generation and detection. The required features like
robustness, imperceptibility and security was analyzed to prove
that which neural network is appropriate for mining watermark
from the host image. SSOM network is proved as an efficient
neural trainer for the proposed watermarking technique. The
paper presents one more contribution to the watermarking
area.
Corrosion Detection Using A.I : A Comparison of Standard Computer Vision Tech...csandit
In this paper we present a comparison between stand
ard computer vision techniques and Deep
Learning approach for automatic metal corrosion (ru
st) detection. For the classic approach, a
classification based on the number of pixels contai
ning specific red components has been
utilized. The code written in Python used OpenCV li
braries to compute and categorize the
images. For the Deep Learning approach, we chose Ca
ffe, a powerful framework developed at
“Berkeley Vision and Learning Center” (BVLC). The
test has been performed by classifying
images and calculating the total accuracy for the t
wo different approaches.
LTE is required to support communication with terminals moving at speeds of up to 350 km/h, or even up to 500 km/h depending on the frequency band. The primary scenario for operation at such high speeds is usage on high-speed trains – a scenario which is increasing in importance across the world as the number of high-speed rail lines increases and train operators aim to offer an attractive working environment to their passengers. These requirements mean that handover between cells has to be possible without interruption – in other words, with imperceptible delay and packet loss for voice calls, and with reliable transmission for data services.
Ieee 2014 2015 matlab projects titles list globalsoft technologiesIEEEDOTNETPROJECTS
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.globalsofttechnologies.org
Ieee 2014 2015 matlab projects titles list globalsoft technologiesIEEEJAVAPROJECTS
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.globalsofttechnologies.org
2014 2015 ieee matlab projects titles list globalsoft technologiesIEEEDOTNETPROJECTS
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.globalsofttechnologies.org
2014 2015 ieee matlab projects titles list globalsoft technologiesIEEEJAVAPROJECTS
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.globalsofttechnologies.org
Ieee 2014 2015 matlab projects titles list globalsoft technologiesIEEEMATLABPROJECTS
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.globalsofttechnologies.org
Ieee 2014 2015 matlab projects titles list globalsoft technologiesIEEEMATLABPROJECTS
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.globalsofttechnologies.org
2014 2015 ieee matlab projects titles list globalsoft technologiesIEEEMATLABPROJECTS
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.globalsofttechnologies.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
To Get any Project for CSE, IT ECE, EEE Contact Me @ 09666155510, 09849539085 or mail us - ieeefinalsemprojects@gmail.com-Visit Our Website: www.finalyearprojects.org
Overview of the fundamental roles in Hydropower generation and the components involved in wider Electrical Engineering.
This paper presents the design and construction of hydroelectric dams from the hydrologist’s survey of the valley before construction, all aspects and involved disciplines, fluid dynamics, structural engineering, generation and mains frequency regulation to the very transmission of power through the network in the United Kingdom.
Author: Robbie Edward Sayers
Collaborators and co editors: Charlie Sims and Connor Healey.
(C) 2024 Robbie E. Sayers
CFD Simulation of By-pass Flow in a HRSG module by R&R Consult.pptxR&R Consult
CFD analysis is incredibly effective at solving mysteries and improving the performance of complex systems!
Here's a great example: At a large natural gas-fired power plant, where they use waste heat to generate steam and energy, they were puzzled that their boiler wasn't producing as much steam as expected.
R&R and Tetra Engineering Group Inc. were asked to solve the issue with reduced steam production.
An inspection had shown that a significant amount of hot flue gas was bypassing the boiler tubes, where the heat was supposed to be transferred.
R&R Consult conducted a CFD analysis, which revealed that 6.3% of the flue gas was bypassing the boiler tubes without transferring heat. The analysis also showed that the flue gas was instead being directed along the sides of the boiler and between the modules that were supposed to capture the heat. This was the cause of the reduced performance.
Based on our results, Tetra Engineering installed covering plates to reduce the bypass flow. This improved the boiler's performance and increased electricity production.
It is always satisfying when we can help solve complex challenges like this. Do your systems also need a check-up or optimization? Give us a call!
Work done in cooperation with James Malloy and David Moelling from Tetra Engineering.
More examples of our work https://www.r-r-consult.dk/en/cases-en/
Saudi Arabia stands as a titan in the global energy landscape, renowned for its abundant oil and gas resources. It's the largest exporter of petroleum and holds some of the world's most significant reserves. Let's delve into the top 10 oil and gas projects shaping Saudi Arabia's energy future in 2024.
Hierarchical Digital Twin of a Naval Power SystemKerry Sado
A hierarchical digital twin of a Naval DC power system has been developed and experimentally verified. Similar to other state-of-the-art digital twins, this technology creates a digital replica of the physical system executed in real-time or faster, which can modify hardware controls. However, its advantage stems from distributing computational efforts by utilizing a hierarchical structure composed of lower-level digital twin blocks and a higher-level system digital twin. Each digital twin block is associated with a physical subsystem of the hardware and communicates with a singular system digital twin, which creates a system-level response. By extracting information from each level of the hierarchy, power system controls of the hardware were reconfigured autonomously. This hierarchical digital twin development offers several advantages over other digital twins, particularly in the field of naval power systems. The hierarchical structure allows for greater computational efficiency and scalability while the ability to autonomously reconfigure hardware controls offers increased flexibility and responsiveness. The hierarchical decomposition and models utilized were well aligned with the physical twin, as indicated by the maximum deviations between the developed digital twin hierarchy and the hardware.
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Runway Orientation Based on the Wind Rose Diagram.pptx
Matlab 2014 15
1. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
18
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-DIGITALIMAGEPROCESSING
IMP01
Localization of License Plate Number
Using Dynamic Image Processing
Techniquesand GeneticAlgorithms
Image processing, Recognition: Genetic algorithms (GAs), image
representations, license plate detection, machine vision, road vehicle
identification, sortingcrossover.
IMP02
A Novel Joint Data-Hiding and
Compression Scheme Based on SMVQ
andImageInpainting
Steganography: Data hiding, image compression, side match vector
quantization(SMVQ),imageInpainting.
IMP03
Tampering Detection in Compressed
DigitalVideoUsingWatermarking
Steganography: Video authentication, video tampering detection, video
watermarking,compression.
IMP04
MeasuresofEffectiveVideo Tracking Measurements: Multi-target video tracking, evaluation measure,
accuracy,cardinalityerror,IDchanges.
IMP05
Facial Skin Beautification Using
AdaptiveRegion-AwareMasks
ImageEnhancement:Edge-preservingsmoothing,editpropagation,
Face beautification, facial attractiveness, image editing, and region aware
mask.
IMP06
Image Quality Assessment for Fake
Biometric Detection: Application to
Iris,Fingerprint,andFaceRecognition
Biometrics, Recognition: Image quality assessment, biometrics, iris.
fingerprint,face,security,attacks,countermeasures
IMP07
Multimodal Medical Volumetric Data
Fusion Using 3-D Discrete Shearlet
Transformand Global-to-LocalRule
Biomedical:Three-dimensional(3-D)medicalimagefusion,
3-D Shearlet transform, generalized Gaussian density (GGD),
Kullback–Leiblerdistance.
IMP08
Lung Nodule Classification With
Multilevel Patch-Based Context
Analysis
Medical image: Classification, feature design, latent semantic analysis,
patchesdivision.
IMP09
An Automatic Graph-Based Approach
for Artery/Vein Classification in
RetinalImages
Biomedical: Artery/vein classification, graph, retinal images, Vessel
segmentation.
2. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
19
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-DIGITALIMAGEPROCESSING
IMP10
On Scanning Linear Barcodes From
Out-of-Focus Blurred Images: A
Spatial Domain Dynamic Template
MatchingApproach
Image Restoration, Blur Removal, and Recognition: Linear barcode, out-
of-focus blur, template matching, directed graphical model, dynamic
programming,anddocumentanalysis.
IMP11
Remote Sensing Image Segmentation
by Combining Spectral and Texture
Features
Image Segmentation: singular value decomposition (SVD), spectral
histogram,texture,Imageanalysis.
IMP12
Object-Oriented Shadow Detection
and Removal From Urban High-
ResolutionRemoteSensingImages
Image Restoration: Change detection, inner–outer outline profile line
(IOOPL), object-oriented, relative radiometric correction, shadow
detection,shadowremoval,syntheticapertureradar(SAR).
IMP13
Fuzzy Clustering With a Modified MRF
Energy Function for Change Detection
inSyntheticApertureRadarImages
Image segmentation: Change Detection, Fuzzy clustering, image change
detection,Markovrandomfield(MRF), syntheticapertureradar(SAR).
IMP14
Fingerprint Compression Based on
SparseRepresentation
Image Recognition: In proposed a general classification algorithm for
object recognition based on a sparse representation computed by l1-
minimization.
IMP15
LBP-BasedEdge-TextureFeaturesfor
ObjectRecognition
ImageRecognition :Inproposestwosetsofnoveledge-texture
features(DRLBP)and(DRLTP), forobjectrecognition.Byinvestigating
thelimitationsof (LBP),(LTP)and RobustLBP(RLBP), DRLBPand DRLTPare
proposedasnewfeatures.
IMP16
Image Restoration Using Joint
Statistical Modeling in a Space-
TransformDomain
Image Restoration: In this paper presents a novel strategy for high-fidelity
image restoration by characterizing both local smoothness and nonlocal
self-similarityofnaturalimagesinaunified statistical
Manner
IMP17
GeneralizedEqualizationModel
forImageEnhancement
Image Enhancement : Contrast enhancement, contrast gain,
generalized equalization, non- linearity of transform, tone mapping,
white balancing.
IMP18
Power-Constrained Contrast
Enhancement
AlgorithmUsingMultiscaleRetinex
forOLEDDisplay
ImageEnhancement:Powerconsumption,contrastenhancement,
OLED,multi-scaleretinex.
3. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
20
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-DIGITALIMAGEPROCESSING
IMP19
OFDM Synthetic Aperture Radar
ImagingWith SufficientCyclic Prefix
Image Resolution Enhancement : Cyclic prefix (CP), inter-range-cell
interference (IRCI), orthogonal frequency-division multiplexing (OFDM),
swath width matched pulse (SWMP), synthetic aperture radar (SAR)
imaging,zerosidelobes.
IMP20
Reversible De-Identification for
Lossless Image Compression using
ReversibleWatermarking
Image Watermarking: The residual information needed to reverse the
obfuscation process is compressed, authenticated, encrypted and
embedded within the obfuscated image using a two-level Reversible
Watermarkingscheme.
IMP21
3D Assisted Face Recognition: Dealing
With E xpres si on Va ri ations
Face Recognition: Face recognition, facial expressions, 3D facial
animation.
IMP22
A Fragile Watermarking Algorithm for
HologramAuthentication
Image Watermarking: 3D display, hologram, image authentication,
watermarking.
IMP23
A High Performance Fingerprint
Matching System for Large Databases
BasedonGPU
Biometrics, Recognition: Fingerprint identification, minutiae, matching,
MCC,GPU,CUDA.
Note:(ThisneedtobedoneonGPUbutnotonCPU).
IMP24
A L o s s l e s s Ta g g e d V i s u a l
CryptographyScheme
Cryptography: Multi-secret sharing, visual cryptography, visual secret
sharing.
IMP25
Adaptive Watermarking and Tree
Structure Based Image Quality
Estimation
ImageWatermarking:Bitplanedecomposition, complexityanalysis,
DWT based watermark embedding, HVS masking, SPIHT tree structure,
watermarkingbasedimagequalityestimation
IMP26
Coherency Based Spatio-Temporal
Saliency Detection for Video Object
Segmentation
Image Segmentation : Entropy, motion vectors, segmentation, spatial
coherency, spatio-temporal saliency, temporal coherency.
IMP27
Data Hiding in Encrypted H.264/AVC
Video Streams by Codeword
Substitution
Image Data hiding: Data hiding, encrypted domain, H.264/AVC, codeword
substituting.
4. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
21
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-DIGITALIMAGEPROCESSING
IMP28
High-Quality Real-Time Video
InpaintingwithPixMix
Image Inpainting : Video inpainting, diminished reality, real-time, image
inpainting,imagecompletion, objectremoval
IMP29
Histogram of Oriented Lines for Palm
printRecognition
Biometrics, Recognition: Biometric, histogram of oriented gradients
(HOG),palmline,palmprintrecognition,subspacelearning.
IMP30
In painting for Remotely Sensed
Images With a Multichannel Nonlocal
TotalVariation Model
Image Inpainting : Inpainting, multichannel, nonlocal total variation
(NLTV),remotelysensedimage.
IMP31
IRIS Image Classification Based on
HierarchicalVisualCodebook
Biometrics : Iris image classification, Hierarchical Visual Codebook (HVC),
irislivenessdetection,raceclassification, coarse-to-fineirisidentification
IMP32
Localization of License Plate Number
Using Dynamic Image Processing
Techniquesand GeneticAlgorithms
Image Recognition : Genetic algorithms (GAs), image processing, image
representations, license plate detection, machine vision, road vehicle
identification, sortingcrossover
IMP33
Moving Object Detection Based on
TemporalInformation
Image Detection : Frame difference, moving object detection, saliency,
temporalinformation.
IMP34
Noise Reduction in Hyperspectral
ImagesThroughSpectralUnmixing
Image Noise Reduction : Denoising, hyperspectral images, image
restoration,mean squarederror,spectralunmixing.
IMP35
Noise Reduction of Echocardiographic
I m a ge s B a s e d o n Te m p o ra l
Information
Image Noise Reduction : The proposed method consists of smoothing
intensity variation time
curves (IC) assessed in each pixel.
IMP36
Object Detection in High-Resolution
Remote Sensing Images Using
RotationInvariantPartsBased Model
ImageResolution
Enhancement : Geometric information, object detection, parts based
model,rotationinvariance
5. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
22
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-DIGITALIMAGEPROCESSING
IMP37
R a n d o m - G r i d - B a s e d V i s u a l
CryptographySchemes
Cryptography: Meaningful shares, random grid, secret sharing, visual
cryptography.
IMP38
Tampering Detection in Compressed
DigitalVideoUsingWatermarking
Image Watermarking : Video authentication, video tampering detection,
videowatermarking.
IMP39
A Novel Joint Data-Hiding and
Compression Scheme Based on SMVQ
andImageInpainting
Image Data Hiding: Data hiding, image compression, side match vector
q u a n t i z a t i o n ( S M V Q ) , i m a g e i n p a i n t i n g .
IMP40
Scene Text Recognition in Mobile
Applications by Character Descriptor
andStructureConfiguration
Image Recognition : Scene text detection, scene text recognition, mobile
application, character descriptor, stroke configuration, text
understanding,textretrieval,mobileapplication
IMP41
A New Secure Image Transmission
Technique via Secret-Fragment-
Visible Mosaic Images by Nearly
ReversibleColorTransformations
Steganography: Color transformation, data hiding, image encryption,
mosaicimage,secureimagetransmission.
IMP42
Detecting Diabetes Mellitus and
N o n p r o l i f e r a t i v e D i a b e t i c
Retinopathy Using Tongue Color,
Textureand GeometryFeatures
Medical image : Diabetes mellitus (DM) detection, nonproliferative
diabetic retinopathy (NPDR) detection, tongue color features, tongue
geometryfeatures,tonguetexturefeatures
IMP43
Hierarchical Prediction and Context
Adaptive Coding for Lossless Color
ImageCompression
Steganography: Lossless color image compression, reversible color
transform,hierarchicalprediction,contextadaptivearithmeticcoding.
IMP44
Improved Detection of Least
Significant Bit Steganography
Algorithms in Color and Gray Scale
Images
Steganography: Steganography; Steganalysis; Gray Images; RGB.
IMP45
Phase-Based Binarization of Ancient
Document Images: Model and
Applications
Image Enhancement: Historical document binarization, phase-derived
features,groundtruthing,documentenhancement
6. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
23
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-DIGITALIMAGEPROCESSING
IMP46
Images as Occlusions of Textures: A
FrameworkforSegmentation
Image Segmentation: Image segmentation, occlusion models, texture,
localhistograms,deconvolution,non-negativematrix
factorization.
IMP47
Characterness: An Indicator of Text in
theWild
Image Recognition : Characterness, scene text detection, saliency
detection.
IMP48
Hyperspectral Image Classification
Through Bilayer Graph-Based
Learning
Image Enhancement :Hyperspectral imaging, image classification, graph
basedlearning,hypergraphlearning
IMP49
Digital Image Sharing by Diverse
ImageMedia
Steganography: Visual secret sharing scheme, extended visual
cryptographyscheme, naturalimages,transmissionrisk.
IMP50
AnEfficientParallelApproachfor
ScleraVeinRecognition
Image Recognition :Sclera vein recognition, sclera feature matching,
scleramatching,parallelcomputing,GPGPU.
CM01
On Signal Detection in the Presence of
Weakly Correlated Noise over Fading
Channels
Cognitive radio: spectrum sensing, fading channels, locally optimum
detection,energydetection.
IEEE2014-COMMUNICATION
CM02
Power Control and Asymptotic
Throughput Analysis for the
Distributed Cognitive Uplink
Cognitive radio: multiple access channels, power control, throughput
scaling,distributedalgorithms.
CM03
Analysis of the Power Amplifier
Nonlinearity on the Power Allocation
in Cognitive Radio Networks
Cognitive radio: power control, power amplifier nonlinearity, adjacent
channel interference, optimization, dual decomposition.
CM04
Dynamic Subcarrier Coordinate
Interleaving for Eavesdropping
PreventioninOFDMSystems
OFDM: Physical layer security, OFDM, eavesdropping prevention,
coordinateinterleaving.
CM05
A Low Complexity PAPR Reduction
Scheme for OFDM Systems via Neural
Networks
OFDM: (orthogonal frequency division multiplexing), PAPR (peak average
powerratio),ACE,neuralnetworks.
7. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
24
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-COMMUNICATION
CM06
Performance Evaluation of MIMO
OFDM Systems in On-Ship Below-
DeckEnvironments
MIMO, orthogonal frequency-division multiplexing (OFDM), shipboard
propagation,softwareradio.
CM07
Optimal Power Allocation for MIMO
Fully Cooperative Relay Broadcast
Channels
RELAY: Cooperative relay broadcast channel, beamforming, power
allocation,full-duplexcommunication.
CM08
On Ergodic Secrecy Rate for MISO
Wiretap Broadcast Channels with
OpportunisticScheduling
MISO: Opportunistic beamforming, multiuser scheduling, multiuser diversity,
physicallayersecurity.
CM09
Closed-Loop Beam Alignment for
MassiveMIMO ChannelEstimation
MIMO: adaptive sensing, training sequence, channel estimation, massive
MIMO
CM10
Performance Analysis of Multiuser
Multiple Antenna Relaying Networks
with Co-Channel Interference and
FeedbackDelay
Amplify-and-forward (AF) relaying: multiple antenna system, feedback
delay,co-channelinterference (CCI),multiuserdiversity,powerallocation.
CM11
Achievable Rate Analysis and
Feedback Design for Multiuser MIMO
RelaywithImperfectCSI
MIMO: Achievable rate, limited feedback, imperfect CSI, MIMO relay,
channelestimation
CM12
Closed-Form Analysis of Relay-Based
Cognitive Radio Networks Over
Nakagami-mFadingChannels
Cognitive radio:(CR), cooperative spectrum sensing (CSS), detection
probability,energydetector,falsealarmprobability.
CM13
On the Outage Performance of
Selection Amplify-and-Forward
Relaying Scheme
RELAY: Cooperative communications, amplify-and forward relaying,
retransmission,outageprobability.
CM14
Channel Model for Satellite
Communication Links Above 10GHz
Based on Weibull Distribution
SATELLITE COMMUNICATION: Rain attenuation; satellite
communications; Weibull distribution; stochastic differential equations;
hitting time statistics.
8. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
25
CandorMinds
CODE TITLE DESCRIPTION
IEEE2014-COMMUNICATION
CM15
To Cooperate or Not to Cooperate: An
Outage Analysis of Interference-
LimitedWirelessNetworks
Cooperative Networks: spatial interference, Poisson processes, space
timecoding.
CM16
Wireless Information and Power
TransferinMultiuserOFDMSystems
OFDM: In this paper, we study the optimal design for simultaneous
wireless information and power transfer (SWIPT) in downlink multiuser
(OFDM) systems, where the users harvest energy and decode information
usingthesamesignalsreceivedfromafixedaccesspoint(AP)
CM17
Energy Efficient Network Beam
forming Design Using Power-
Normalized SNR
RELAY:Inthispaper,adoptingthePN-SNRasanefficiencycriterion
for designing power-efficient relay networks, we investigate the relay
powercontrolthatmaximizesthePN-SNRforfixedtransmitterpower.
CM18
Low-Complexity DFT-Based Channel
Estimation with Leakage Nulling for
OFDMSystems
OFDM:Channelestimation,Leakagenulling,OFDM
CM19
Modeling and Estimation of Transient
Carrier Frequency Offset in Wireless
Transceivers
OFDM : Transient response, subspace decomposition, weighted subspace
fitting(WSF),carrierfrequency offset(CFO)estimation,dampedsinusoid
CM20
On Ergodic Secrecy Rate for MISO
WiretapBroadcastChannelswith
OpportunisticScheduling
MIMO: Opportunistic beam forming, multiuser scheduling, multiuser diversity,
physical layer security.
CM21
Performance Analysis of Multiuser
Multiple Antenna Relaying Networks
with Co-Channel Interference and
FeedbackDelay
RELAY : Amplify-and-forward (AF) relaying, multiple antenna system, feedback
delay, co-channel interference (CCI), multiuser diversity, power allocation.
CM22
Achievable Rate Analysis and
Feedback Design for Multiuser MIMO
RelaywithImperfectCSI
RELAY : Achievable rate, limited feedback, imperfect CSI, MIMO relay, channel
estimation
CM23
MIMOSystemsWithQuantized
CovarianceFeedback
MIMO : Antenna selection, capacity, fast fading, limited feedback, MIMO,
quantization.
9. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
26
CandorMinds
IEEE2014-DIGITALSIGNALPROCESSING
CODE TITLE DESCRIPTION
DSP01
Rank-Two Beamformed Secure
Multicasting for Wireless Information
andPowerTransfer
POWER TRANSFER: Energy harvesting, rank-two, secure multicasting,
semidefinite relaxation, simultaneous wireless information and power
transfer(SWIPT).
DSP02
Interference Alignment With Partial
CSI Feedback in MIMO Cellular
Networks
MIMO: cellular networks, interference alignment (IA), partial CSI
feedback,CSIfeedbackdimension,IAfeasibilitycondition.
DSP03
MIMO Systems With Quantized
CovarianceFeedback
MIMO: Antenna selection, capacity, fast fading, limited feedback, MIMO,
quantization
DSP04
Transceiver Design for Hybrid One-
WayandTwo-WayRelayNetworks
RELAY:Hybridrelaynetwork,multi-antenna,powerallocation.
DSP05
Sparse Bayesian Hierarchical Prior
Modeling Based Cooperative
Spectrum Sensing in Wideband
CognitiveRadioNetworks
Bayesian Hierarchical Model: cognitive radio, compressive sensing, cooperative
spectrum sensing, sparse estimation, variational message passing.
DSP06
A Level-Crossing Based QRS-
Detection Algorithm for Wearable
ECGSensors
Bio Medical : Analog-to-digital converter (ADC), asynchronous analog-to-
information conversion system, level-crossing sampling, QRS detection,
wearable electrocardiogram (ECG) monitoring
devices.
DSP07
Stochastic Analysis of the LMS and
NLMS Algorithms for Cyclostationary
WhiteGaussianInputs
Monte Carlo simulations: Adaptive filters, analysis, LMS algorithm, NLMS
algorithm, stochastic algorithms.
10. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
27
CandorMinds
CODE TITLE DESCRIPTION
IEEE2013-DIGITALIMAGEPROCESSING
IMP01
Context-Dependent Logo Matching
andRecognition
Image Recognition, Logo Detection/ Recognition, Scale Invariant Feature
Transform, Identify the Original or Fake Products/Certificates/Etc By Using
Logos.
IMP02
Thermal Imaging as a Biometrics
ApproachtoFacialSignature
Authentication
Biometric Recognition (Face), Thermal Imaging, Authentication, Localized
Contouring Algorithms, Information Security, Law Enforcement, Smart
cards.
IMP03
Robust Document Image Binarization
Technique for Degraded Document
Images
Image Restoration/ Degradation Degraded Document Image Binarization,
Used in Restoring Document Images that suffer from Smear, Historical
Documents.
IMP04
A Novel Reversible Data Hiding
Scheme Based on Two-Dimensional
Difference-HistogramModification
Steganography, Reversible Data Hiding, Difference-Pair-Mapping, Two-
DimensionalDifference-Histogram,Military,MedicineandArt.
IMP05
FullyAutomatedSegmentationand
Tracking of the Intima Media
Thickness in Ultrasound Video
Sequences of the Common Carotid
Artery
Bio-Medical, Image Segmentation, Thresholding, IMC Segmentation and
Tracking Algorithm, Diagnosis and Treatment Planning, Early Detection
ofBlockagethusAvoidsStrokesandHeartAttacks.
IMP06
Cross-Scale Coefficient Selection for
VolumetricMedicalImageFusion
Bio-Medical, Medical Image Fusion, 3-D Medical Image Fusion, Cross-
ScaleFusion Rule,FacilitatesImageProcessing.
IMP07
Automatic Segmentation of Scaling in
2-DPsoriasisSkinImages
Bio-Medical, Image Segmentation, Markov Random Field (MRF), Support
Vector Machine (SVM), Pixel Labeling Algorithm, Improvement in
PsoriasisTreatment,Usedto solvea widerangeofScalingProblems.
IMP08
Super pixel Classification based Optic
Disc and Optic Cup Segmentation for
GlaucomaScreening
Bio-Medical, Fundus Image Processing, Super Pixel Classification,
Thresholding, Histogram Equalization, Simple LinearIterative Clustering
Algorithm (SLIC), Early Treatment can Prevent Patients getting affected
fromSevereConditionandprogressionofDiseasecanbesloweddown.
IMP09
FingerprintCombination forPrivacy
Protection
Biometric Recognition, Finger, Reference Points Detection, Two-Stage
Fingerprint Matching (Query Minutiae Determination and Matching Score
Calculation), Minutiae-based Finger Print Matching Algorithms,
Authentication, Security, Biometric Time Attendance Systems, Privacy
protection.
11. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
28
CandorMinds
CODE TITLE DESCRIPTION
IEEE2013-DIGITALIMAGEPROCESSING
IMP10
Vertical-Edge-Based Car-License-
PlateDetection Method
Image Segmentation, Adaptive Thresholding (AT), Sobel Operator,
Unwanted-Line Elimination Algorithm (ULEA), Vertical Edge Detection
Algorithm (VEDA), Payment of Parking Fees, Highway Toll Fees, Traffic Data
Collection,CrimePrevention, VehicleAccessControl,andBorderControl.
IMP11
AHierarchicalApproachto Change
Detection in Very High Resolution SAR
ImagesforSurveillanceApplications
Image Fusion, Ratio Operator, 2-D Discrete Stationary Wavelet Transform
(2D-SWT), Thresholding, The Bayes Decision Rule, Expectation-
Maximization (EM) Algorithm, Change Detection (CD) maps, Remote
Sensing,FreightTrafficSurveillance.
IMP12
A Watermarking Based Medical
Image Integrity Control System and
an Image Moment Signature for
TamperingCharacterization
In this paper, we present a medical image integrity verification system to
detect and approximate local malevolent image alterations as well as
identifying the nature of a global processing an image may have undergone. The
proposed integrity analysis process is based on non significant region
watermarking with signatures extracted from different pixel blocks of interest
and which are compared with the recomputed ones at the verification stage.
IMP13
Compressive Framework for
DemosaicingofNaturalImages
In this paper, we present compressive demosaicing (CD), a framework for
demosaicing natural images based on the theory of compressed sensing (CS).
Given sensed samples of an image, CD employs a CS solver to find the sparse
representation of thatimage underafixedsparsifying dictionary Ψ. Asopposed to
state of the art CS- based demosaicing approaches, we consider a clear distinction
betweentheinterchannel(color)andinterpixelcorrelationsofnaturalimages.
IMP14
Context-Based Hierarchical Unequal
MergingforSARImageSegmentation
This paper presents an image segmentation method named Context-
based Hierarchical Unequal Merging for Synthetic aperture radar (SAR)
Image Segmentation (CHUMSIS), which uses superpixels as the operation
units instead of pixels. Based on the Gestalt laws, three rules that realize a
new and natural way to manage different kinds of features extracted from
SARimagesareproposedtorepresentsuperpixelcontext.
IMP15
Discrete Wavelet Transform and Data
Expansion Reduction in Homo-
morphicEncryptedDomain
In this paper, we propose a method for implementing discrete wavelet
transform (DWT) and multiresolution analysis (MRA) in homomorphic
encrypted domain. We first suggest a framework for performing DWT and
inverse DWT (IDWT) in the encrypted domain, then conduct an analysis of data
expansion and quantization errors under the framework. To solve the problem
of data expansion, which may be very important in practical applications,
IMP16
Estimating Information from Image
Colors An Application to Digital
CamerasandNaturalScenes
The colors present in an image of a scene provide information about its
constituent elements. But the amount of information depends on the
imaging conditions and on how information is calculated. This work had
two aims. The first was to derive explicitly estimators of the information
available and the information retrieved from the color values at each
point in imagesofasceneunderdifferentilluminations.
IMP17
GeneralConstructionsforThreshold
Multiple-Secret Visual Cryptographic
Schemes
A conventional threshold (k out of n) visual secret sharing scheme
encodes one secret image P into n transparencies (called shares) such that
any group of k transparencies reveals P when they are superimposed,
while that of less than k ones cannot. We define and develop general
constructions for threshold multiple-secret visual cryptographic schemes
(MVCSs)
IMP18
GeneralFrameworktoHistogram-
Shifting-BasedReversibleDataHiding
In this paper, we revisit the HS technique and present a general
framework to construct HS-based RDH. By the proposed framework, one
can get a RDH algorithm by simply designing the so-called shifting and
embedding functions. Moreover, by taking specific shifting and
embedding functions, we show that several RDH algorithms reported in
theliteraturearespecialcases ofthisgeneralconstruction.
12. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
29
CandorMinds
CODE TITLE DESCRIPTION
IEEE2013-DIGITALIMAGEPROCESSING
IMP19
Hyperspectral Imagery Restoration
Using Nonlocal Spectral-Spatial
Structured Sparse Representation
WithNoiseEstimation
In this paper, we develop a sparse representation based noise reduction
method for hyperspectral imagery, which is dependent on the assumption
that the non-noise component in an observed signal can be sparsely
decomposed over a redundant dictionary while the noise component
doesnothavethisproperty.
IMP20
Interactive Segmentation for
Change Detection in Multispectral
Remote-SensingImages
In this letter, we propose to solve the change detection (CD) problem in
multitemporal remote-sensing images using interactive segmentation
methods. The user needs to input markers related to change and no-
change classes in the difference image. Then, the pixels under these
markers are used by the support vector machine classifier to generate a
spectral-changemap.
IMP21
Intra-and-Inter-Constraint-Based
Video Enhancement Based on
PiecewiseToneMapping
In this paper, we propose a new intra-and-inter-constraint-based video
enhancement approach aiming to: 1) achieve high intraframe quality of the entire
picture where multiple regions-of-interest (ROIs) can be adaptively and
simultaneously enhanced, and 2) guarantee the interframe quality consistencies
among video frames. We first analyze features from different ROIs and create a
piecewise tone mapping curve for the entire frame such that the intraframe
IMP22
LatentFingerprintMatchingUsing
Descriptor-BasedHough Transform
In this paper, we propose a new fingerprint matching algorithm which
is especially designed for matching latents. The proposed algorithm uses a
robust alignment algorithm (descriptor-based Hough transform) to align
fingerprints and measures similarity between fingerprints by considering
both minutiae and orientation field information. To be consistent with
the common practice in latent matching (i.e., only minutiae are marked by
IMP23
LDFT-Based Watermarking Resilient
toLocalDesynchron+izationAttacks
In this paper, we present a blind image watermarking resynchronization
scheme against local transform attacks. First, we propose a new feature
transform named local daisy feature transform (LDFT), which is not only
globally but also locally invariable. Then, the binary space partitioning
(BSP) tree is used to partition the geometrically invariant LDFT space. In
the BSP tree, the location of each pixel is fixed under global transform,
IMP24
Local Directional Number Pattern for
FaceAnalysisFaceandExpression
Recognition
This paper proposes a novel local feature descriptor, local directional
number pattern (LDN), for face analysis, i.e., face and expression
recognition. LDN encodes the directional information of the face's
textures (i.e., the texture's structure) in a compact way, producing a more
discriminative code than current methods. We compute the structure of
each micro-pattern with the aid of a compass mask that extracts
IMP25
Log-Gabor Filters for Image-Based
VehicleVerification
This paper proposes a novel local feature descriptor, local directional number
pattern (LDN), for face analysis, i.e., face and expression recognition. LDN
encodes the directional information of the face's textures (i.e., the texture's
structure) in a compact way, producing a more discriminative code than
current methods. We compute the structure of each micro-pattern with the
aidofacompassmaskthatextractsdirectionalinformation,
IMP26
Noise Reduction Based on Partial-
Reference, Dual-Tree Complex-
WaveletTransformShrinkage
images of spray-based methods tend to exhibit noise with unknown
statistical distribution. To avoid inappropriate assumptions on the
statistical characteristics of noise, a different one is made. In fact, the
non-enhanced image is considered to be either free of noise or affected by
non-perceivablelevelsofnoise.
IMP27
Query-Adaptive Image Search With
HashCodes
This paper introduces an approach that enables query-adaptive ranking
of the returned images with equal Hamming distances to the queries. This
is achieved by firstly offline learning bitwise weights of the hash codes for
a diverse set of predefined semantic concept classes. We formulate the
weight learning process as a quadratic programming problem that
minimizes intra-class distance while preserving inter-class relationship
13. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
30
CandorMinds
IEEE2013-DIGITALIMAGEPROCESSING
CODE TITLE DESCRIPTION
IMP28
Revealing the Traces of JPEG
Compression Anti-Forensics
In this paper, we study the processing chain that arises in the
case of JPEG compression anti- forensics. We take the perspective of the
forensic analyst, and we show how it is possible to counter the
aforementioned anti-forensic method revealing the traces of JPEG
compression,regardlessofthequantizationmatrixbeingused.
IMP29
Reversible Data Hiding With Optimal
ValueTransfer
In reversible data hiding techniques, the values of host data are modified
according to some particular rules and the original host content can be
perfectly restored after extraction of the hidden data on receiver side. In
this paper, the optimal rule of value modification under a payload-
distortion criterion is found by using an iterative procedure, and a
practicalreversibledatahiding schemeisproposed.
IMP30
ReversibleWatermarkingBasedon
InvariantImageClassificationand
DynamicHistogramShifting
In this paper, we propose a new reversible watermarking scheme. One
first contribution is a histogram shifting modulation which adaptively
takes care of the local specificities of the image content. By applying it to
the image prediction- errors and by considering their immediate
neighborhood, the scheme we propose nserts ata n textured areas where
othermethodsfailtodoso.
IMP31
Robust Face Recognition for
Uncontrolled Pose and Illumination
Changes
Face recognition has made significant advances in the last decade, but
obust commercial applications are still lacking. Current
authentication/identification applications are limited to controlled
settings, e.g., limited pose and illumination changes, with the user usually
aware of being screened and collaborating in the process. Among others,
poseandilluminationchangesarelimited.
IMP32
Secure Watermarking for Multimedia
ContentProtection
The paper illustrates recent results regarding secure watermarking to the
signal processing community, highlighting both benefits and still open
issues. Secure signal processing, by which indicates a set of techniques
able to process sensitive signals that have been obfuscated either by
encryption or by other privacy-preserving primitives, may offer valuable
solutionstotheaforementionedissues.
IMP33
Visually Lossless Encoding For
JPEG2000
This paper presents a method of encoding color images in a visually lossless
manner using JPEG2000. In order to hide coding artifacts caused by
quantization, visibility thresholds (s) are measured and used for quantization of
subband signals in JPEG2000. The s are experimentally determined from
statistically modeled quantization distortion, which is based on the distribution
of wavelet coefficients and the dead-zone quantizer of JPEG2000.
IMP34
AudioWatermarkingViaEMD In this paper a new adaptive audio watermarking algorithm based on
Empirical Mode Decomposition (EMD) is introduced. The audio signal
is divided into frames and each one is decomposed adaptively, by EMD,
into intrinsic oscillatory components called Intrinsic Mode Functions
(IMFs).
IMP35
A Novel Attention-Based Key-Frame
DeterminationMethod
In this paper, we proposed a novel attention-based key frame
Determination system by integrating the object-based visual attention
maps and the contextual on-going game outcomes. The decision of the
number of key-frames is determined by utilizing the contextual attention
score
IMP36
A Model-Based Shot Boundary
Detection Technique Using Frame
Transition Parameters
The proposed method is relatively less dependent on user defined
thresholds and is free from sliding window size as widely used by various
schemes found in the literature. Moreover, handling both abrupt and
gradual transitions along with non-transition frames under a single
framework using model guided visual feature is another unique
aspectofthework.
14. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
31
CandorMinds
CODE TITLE DESCRIPTION
IEEE2013-
DIGITALIMAGEPROCESSING
IMP37
Video based Tracking, Learning, And
Recognition Method For Multiple
MovingObjects
This paper proposes a cost reduction method for the MCMC approach by
taking moves, i.e., birth and death, out of the iteration loop of the
Markov chain when different moving objects interact. For stable and
robust tracking, an ellipse model with stochastic model parameters is
used. Moreover, our HMM method integrates several different modules in
ordertocopewith multiplediscontinuoustrajectories.
CM01
Pitch Autopilot Design for Agile
Missiles with Uncertain Aerodynamic
Coefficients
Communication, Autopilot Design For Agile Missiles, Angles Of Attack,
IntegratorBackStepping,H-NormMinimization,Aerodynamics.
IEEE2013-Communication
CM02
Cognitive Radio Networks with
Orthogonal Space-Time Block Coding
andMultiuserDiversity
Communication, Cognitive Radio, Mobile Communication, OSTBC,
TransmitAntennaSelection (TAS),MultiuserSelection.
CM03
Single-CarrierFrequency-Domain
Equalizer with Multi-Antenna
TransmitDiversity
Communication, Wi-Max, Alamouti Signaling, Minimum Mean Square
Error(MMSE),ZeroForcing,CyclicDelayDiversity(CDD).
CM04
ANovelPhaseOffsetSLMSchemefor
PAPR Reduction in Alamouti MIMO-
OFDM Systems Without Side
Information
Communication, PAPR, SLM, space-frequency block coding (SFBC), video
broadcastingand3GPP,MIMO-OFDM.
CM05
An Interference Nulling Based
Channel Independent Precoding for
M I M O - O F D M S y s t e m s w i t h
InsufficientCyclicPrefix
Communication, Cyclic Prefix (CP), Interference Alignment (IA), CIR, ICI
AndISI,LTEorMobileCommunication,MIMO-OFDM.
CM06
Pilot Symbol Parameter Optimization
Based on Imperfect Channel State
PredictionforOFDMSystems
Communication, WIMAX, Channel Estimation, Minimum Mean Square
Error (MMSE), Pilot SymbolAssistedModulation(PSAM),OFDM.
CM07
Quantized CSI-Based Tomlinson-
Harashima Precoding in Multiuser
MIMOSystems
Communication, MIMO Systems, Tomlinson-Harashima Precoding,
Quantized Channel State Information (CSI), QR Decomposition, Random
VectorQuantization,Zero-Forcing,WirelessCommunication.
CM08
Inner Bound on the GDOF of the K-
User MIMO Gaussian Symmetric
InterferenceChannel
Communication, MIMO Systems, Generalized Degrees Of Freedom,
Interference Channel, Han- Kobayashi Scheme, Wireless Communication,
InterferenceAlignment,Zero-Forcing.
15. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
32
CandorMinds
DIGITALSIGNAL
CODE TITLE DESCRIPTION
IEEE2013-Communication
CM09
Spectrum Sensing for Digital Primary
Signals in Cognitive Radio: A Bayesian
Approach for Maximizing Spectrum
Utilization
Communication,CognitiveRadio,MobileCommunication,Bayesian
Detector,PSKmodulation.
CM10
Multiple Primary User Spectrum
SensingintheLowSNRRegime
Communication, Low SNR Regime, Spectrum Sensing, Multipath
channels,Multipleprimaryusers,Wirelesscommunication.
CM11
A Peak Power Efficient Cooperative
Diversity using Star-QAM with
Coherent/Non-coherentDetection
Communication,Poweramplifier,QAM,Amplifyand-forward(AF),
Pairwiseerrorprobability(PEP),Satellitecommunication,DVB-SH.
CM12
Video-Bas ed Crowd D ensity
Estimation and Prediction System for
Wide-AreaSurveillance
Communication, Crowd Density Estimation, Prediction System,
Accumulated Mosaic Image Difference (AMID), GMM, Visual Surveillance,
AutomatedMonitoringCrowdMovements.
CM13
Delay-Limited Source and Channel
Coding of Quasi-Stationary Sources
over Block Fading Channels: Design
andScalingLaws
Communication, MIMO systems, Outage Capacity, Quasi-Stationary
Source, Outage Distortion, Source And Channel Coding, Rate And
PowerAdaptation,WirelessCommunication.
CM14
Interference Alignment Techniques
for MIMO Multi-Cell Interfering
BroadcastChannels
Communication, Cellular Network, Medium Access Channel-Broadcast
Channel(MAC-BC),InterferenceAlignment,BeamForming.
CM15
Space-Time Code Design for
Multiple- Access Channels With
QuantizedFeedback
Communication, TDMA, Space Time Block Coding (STBC), Full Diversity,
MobileAd-HocNetworks
CM16
Interference Alignment With
DifferentialFeedBack
Interference alignment (IA) has been recognized as a promising technique
to obtain large multiplexing gain in multiple-input-multiple-output
(MIMO) interference channels. Most existing IA schemes require global
channel state information (CSI) at the transmitter to design precoding
vectors and, thus, result in significant capacity overhead in the feedback
link.
DSP01
Wavelet Based ECG Steganography
for Protecting Patient Confidential
InformationinPoint-of-CareSystems
DSP, Data Security, Encryption And Wavelet Decomposition, Water
Marking,BiomedicalApplications.
IEEE2013-
PROCESSING
16. MATLAB
Contact: +91 9158547792
Email: projects@candorminds.com, www.candorminds.com
33
CandorMinds
CODE TITLE DESCRIPTION
IEEE2013-DIGITALSIGNALPROCESSING
DSP02
AudioWatermarkingViaEMD DSP, Water Marking, Empirical Mode Decomposition (EMD),
SynchronizationCode,IMF,SignalSecurityAnd CopyRights.
DSP03
EmpiricalModeDecompositionvs.
Wavelet Decomposition for the
Extraction of Respiratory Signal from
Single-ChannelECG:aComparison
DSP, Encryption and Wavelet Decomposition, Embedding, Empirical
Mode Decomposition, Respiratory Sensing System, Biomedical
Applications.
DSP04
Cooperative Secure Beam forming for
AF Relay Networks With Multiple
Eavesdroppers
DSP, Secure Communication, Amplify-And-Forward Relaying, Cooperative
BeamForming,Physical-Layer Security, SecrecyRateMaximization
DSP05
Performance of Two Low-Rank STAP
FiltersinaHeterogeneousNoise
DSP, Space Time Adaptive Processing, Low-rank clutter, Normalized
sample Covariance matrix, Perturbation method, SIRV, Sample
CovarianceMatrix.RADAR