Back close

Super resolution of Images for Breast Cancer from Mammography Images

School: School of Engineering, Coimbatore

Project Incharge:Dr. Rajathilagam B.
Project Incharge:Ms. Geethu Mohan Mrs. Anisha Radhakrishnan
Super resolution of Images for Breast Cancer from Mammography Images

In this work an efficient lifting scheme based on denoising for super resolution reconstruction of low resolution mammogram images is proposed. We have presented a way to improve the quality of x-ray mammography images without having to use more radiations, which increases health risks of patients. The results indicate that the proposed system can facilitate the doctor to detect breast cancer in early stage of diagnosis process. Early detection tests for breast cancer can save many thousands of lives, with super resolution reconstruction the cancer can be diagnosed at an early stage and treated successfully. High resolution images give better visibility of the breast, particularly near the skin line, chest wall and in women with dense breast tissues.

Related Projects

Fulbright Specialist Scholar Program
Fulbright Specialist Scholar Program
Development of Ultra High Performance Polymer-Carbon Fibre Composite for Future Generation Aviation and Defence
Development of Ultra High Performance Polymer-Carbon Fibre Composite for Future Generation Aviation and Defence
Feasibility Study on Coastal Reservoir Concept to Impound Netravati River Flood Waters : A Sustainable Strategy for Water Resource Development
Feasibility Study on Coastal Reservoir Concept to Impound Netravati River Flood Waters : A Sustainable Strategy for Water Resource Development
Parallelizing Low Vision Feature Extraction through GPUs
Parallelizing Low Vision Feature Extraction through GPUs
Modernization of Metallurgy Laboratory for Mechanical Testing, Metal Forming and Quantitative Metallurgical Microstructure Analysis
Modernization of Metallurgy Laboratory for Mechanical Testing, Metal Forming and Quantitative Metallurgical Microstructure Analysis
Admissions Apply Now