Dear Mr P Solver. I am absolutely amazed by your movie of my code. Really a very well-made and instructive tutorial. Thanks / Michael
MichaelLjungberg-simind
As a medical resident in radiologist i learned a lot about the statistics and meaning behind a Spect data sampling aside from the physics of photons and a detector! Now i know why it looks so pixelate aside from "it's probably scattering". Looking forward to your next video on this topic! 🙃😁
Stinosko
Absolutely informative! I will be doing my thesis on scatter correction for myocardial perfusion imaging using SIMIND. Please continue this series, it will really help me to know more about SIMIND as a starter.
mouniaelbab
Great video! I am doing research work with Simind for my Master's Degree in Medical Physics (Internal Dosimetry of Radiopharmaceuticals) and these videos will help me a lot, thank you for the contribution.
joseluisdema
I just wanna say... love your content 🙌🏼
alighafari
Absolutely fantastic! What a great material mr. P Solver, congratulations.
George-Mathsonry
Bro can you belive the gpu accelerated series and your channel and just you made me fully commit to my dream as i was between the roads of maths physics and computers. ❤❤❤
alexdefoc
Thank you for the clear explanation! It is very helpful, looking forward for Part 2.
GhassanAJ
May I kindly ask for your assistance? I have been following Tutorial 1, but I am currently stuck at the step for creating the projection image. After running SIMIND, I only obtained the "test_tot_w1" file, but I am unsure how to configure the settings to also generate the "test_air_w1" and "test_sca_w1" files. Additionally, I encountered an issue where I am unable to plot the image, as the output size, torch.Size([3, 256, 256]), seems incorrect. Would you be able to provide some guidance on how to resolve this?
ii_ployploy
Wow Billy is really moving up in the world!
eboatwright_
Ha, I had a bonescan a year or two back. First time I've ever been told "You must not go near children or the elderly".
ConstantlyDamaged
Bruh this is what cutting edge looks like...god damn.
throwaway
And waiting for the next part 🤩
Also, you could cover PET, MRI, CT, and Conventional Radiography