Matlab Image Compression Project

Please provide Step by step with code

Similar to this solution in Numerical Analysis.

https://www.chegg.com/homework-help/Numerical-Analysis-2nd-edition-chapter-11.2-problem-3CP-solution-9780321783677

The purpose of this project is for the student to learn the knowledge and skills needed to compress and reconstruct color photographs. Each student will be given two photographs to process.

The two images

DSC_1094.tiff

DSC_1097.fiff

The photographs are copyrighted and all rights are reserved, except: those required to do this project are granted to you, including the right to retain personal physical and soft copies of your project. You may not distribute the photographs or any product derived from them for commercial or private use. This means no Facebook, SnapChat, posting, etc.

By requesting your photographs, you acknowledge your acceptance of the above conditions.

If you do not wish to do the project under these conditions you may take an examination on Chapters 10 and 11 on November 9, instead, (if you request the examination by email on or before October 28, 2018). This examination is designed to be of comparable difficulty to the project. The typical, well-prepared student will require 4 to 6 hours to complete it, others would require more time. (Schedule is subject to change, due to Test Center requirements.)

The project has several steps;

Write and debug your MATLAB program to compress and reconstruct your photographs.

Experiment with the loss parameter, p, (section 11.2.3) to find the largest p-value giving a good photograph and the largest p-value giving an usable photograph for each of your two photographs.

Write and submit your report.

Your report should include the following sections:

Introduction

Discussion of the impact of p on your photographs.

Results: including the original photograph, the good photograph, and the usable photograph for each of your two photographs.

Appendix

Source code

Console output

Excluding figures and the appendix, two or three pages should be sufficient for your report.

HINT:

Some, if not all, students will have difficulty writing and debugging the code that breaks the photograph up into 8 x 8 blocks, processes them, and then reconstructs a full-size image. PLEASE, PLEASE do not procrastinate.

If you are prepared and jump on the project, you should be able to finish it in one or two days. Delay and experience says, it will surely take you much longer.

Suggestion: write and debug the code that creates and reconstitutes the 8 x 8 blocks into a full image first.