RT @ArmanRahmim: In @EANM_NucMed 2019 I presented work led by Isaac Shiri on CT-less PET atten correction via #AI, later published: https:…
RT @ArmanRahmim: In @EANM_NucMed 2019 I presented work led by Isaac Shiri on CT-less PET atten correction via #AI, later published: https:…
RT @isaacshiri: I'm excited to see our once-fantasy research now making its way into real clinics, improving patient care! We published on…
RT @ArmanRahmim: In @EANM_NucMed 2019 I presented work led by Isaac Shiri on CT-less PET atten correction via #AI, later published: https:…
I'm excited to see our once-fantasy research now making its way into real clinics, improving patient care! We published on 68Ga motion artifacts(https://t.co/uKbyp3RN6D); our 18F study will be online soon.
In @EANM_NucMed 2019 I presented work led by Isaac Shiri on CT-less PET atten correction via #AI, later published: https://t.co/kPEDRh8Frq & https://t.co/gtEBKTXWx0 The audience found it hard to believe it was working, and now such approaches are ven
Our recently published effort (led by @isaacshiri) performing direct attenuation correction of brain #PET images using only emission data via a deep convolutional encoder-decoder (Deep-DAC) https://t.co/90L9qeBtcp #AI #DeepLearning https://t.co/1ipny1DITv
Direct attenuation correction of brain PET images using only emission data via a deep convolutional encoder-decoder (Deep-DAC). https://t.co/Kl9tAf9e4T