> Images are now obtained quicker and are higher resolution than ever.
> I’m lucky to be able to compare imaging with and without the technology applied
Interesting, can you share some images, or a paper on this?
Btw I've tried some online image enhancers on a random painted image and it was not amazing, it did enhance some parts but not really by much. I'm sure specialized systems can do much better when the input image is made by the same source as the training set.
I have got a few images that I used for a talk. These were an early iteration of the tech (Deep Resolve Sharp) and not what we use now (Deep Resolve Sharp, but also Deep Resolve Boost, which also adds signal in the k-space domain).
Siemens have a mass on on it, but I don’t believe the marking really conveys how good it is. They also talk up the speed side of things, while I have gone for a bit of speed but mainly higher resolution. I’m not even sure how to talk about resolution anymore. Is it the voxel size acquired, or what the end result produces? It’s smoke and mirrors but whatever you call it, the end result is great. We are also accelerating scans more than the Siemens examples (they seem to use 2 or 3x a lot. We go minimum 4, and as much as 8). We use higher resolution than most of their examples too.
Interesting, can you share some images, or a paper on this?
Btw I've tried some online image enhancers on a random painted image and it was not amazing, it did enhance some parts but not really by much. I'm sure specialized systems can do much better when the input image is made by the same source as the training set.