Beskjeder
The exerciser for Module 3 is now available here https://bitbucket.org/ustb/ustb/src/develop/examples/UiO_course_IN4015_Ultrasound_Imaging/module_3_US_processing_chain/
Notice that you will, during the group lectures next week, have the option to go the lab and record you own dataset on the Verasonics Research scanner that you can use in the exercise. Erik will assist you in this recording.
The astro discourse post is here: https://discourse.uio.no/t/exerciser-for-module-3/9414
I have now merged inn a newly compiled .mex file for Apple silicon processors. This should solve the issue with the .mex files for Apple silicon. Thanks to Sebastian Koranda for providing the fix and the code.
The curriculum should be visible in a menu to the left, or at this link:
/studier/emner/matnat/ifi/IN3015/h25/curriculum/
The exercise for Module 1 is here: https://bitbucket.org/ustb/ustb/src/develop/examples/UiO_course_IN4015_Ultrasound_Imaging/module_1_intro_to_USTB/
You should be able to install MATLAB through registering with your UiO email here: https://se.mathworks.com/academia/tah-portal/university-of-oslo-30885740.html
To "install" the USTB you need to clone the repository at https://bitbucket.org/ustb/ustb plase be sure that you are using the "develop" branch in the repository.
You are all welcome to the first lecture tomorrow. See details in the "Timeplan"/Schedule.
Sign up! You will learn how to create an image of the human heart as below using The UltraSound ToolBox (USTB):
Or awesome images of ships on the seabottom using SONAR technology:
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