Put all of this stuff in the same folder/directory on your computer (otherwise your program won’t be able to run).Download all data sources files/functions. ![]() Show your plan to course staff during office hours so we can help you more efficiently! Sketch out a plan for how you want to write your program to implement the project tasks.Understand the algorithms provided for the different project tasks go to office hours if you have any questions.Understand the project tasks at a high level: what functions/scripts create what data/images? Go to office hours if you are not sure about anything.Understand the data sources/files and how to use them go to office hours if you do not.Read the contents on the left so you understand the organization of these specs.Read through the project specification (DO THIS FIRST).Most of the pieces listed here also have a corresponding section later on in this document that goes into more detail. This is a big picture view of how to complete this project. Another goal is to give you familiarity with the use of MATLAB for working with images. In particular, element-by-element array operations, logical indexing, and the use of built-in vectorized functions are skills that will serve you well on this project. The primary purpose of this project is to reinforce your mastery of vectorized code in MATLAB for processing large amounts of data. This project also serves as an example of a project that you might be given at an internship or job in the future therefore, we have structured the project description in way that is similar to the kind of document you might be given in your future professional capacity. First, this project is an educational tool within the context of ENGR 101, designed to help you learn certain programming skills. Please see the syllabus for partnership rules. The autograded portion of the final submission is worth 70 points, and the style and comments grade is worth 10 points. ![]() In this project, you will use MATLAB to process images through vectorization, logical indexing, and the use of built-in functions, especially to do signal and image processing. Late Submissions Due: Tuesday, February 20, 2024Įngineering intersections: Nuclear Engineering, Biomedical Engineering, Climate and Space Sciences and Engineering, Electrical Engineering, Computer Science Project Checkpoint and Project Partnership Registration Deadline: Tuesday, February 6, 2024 Figures like these are used by people to determine when or where it is safe to operate in an area. Each color corresponds to a different numerical value of some type of data. This is a figure showing a type of heatmap. ![]() ENGR 101 | University of Michigan Project 1: Dealing with Radiation
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |