AI Automatically Sorts Cancer Cells (asianscientist.com)
Researchers have developed an artificial intelligence system that can automatically differentiate between different types of cancer cells and their sensitivity to radiotherapy. From a report: A team of researchers in Japan have devised an artificial intelligence (AI) system that can identify different types of cancer cells using microscopy images. Their method can also be used to determine whether the cancer cells are sensitive to radiotherapy. The researchers reported their findings in the journal Cancer Research. In cancer patients, there can be tremendous variation in the types of cancer cells in a single tumor. Identifying the specific cell types present in tumors can be very useful when choosing the most effective treatment. However, making accurate assessments of cell types is time consuming and often hampered by human error and the limits of human sight. To overcome these challenges, scientists led by Professor Hideshi Ishii of Osaka University, Japan, have developed an AI system that can identify different types of cancer cells from microscopy images, achieving higher accuracy than human judgement.
Can we please stop calling a program that analyzes pictures AI?
But if you have already removed the tumor and put its cells under the microscope, does it really matter which is which?
Great. But can it beat the pigeons?
https://now.uiowa.edu/2015/11/one-very-brainy-bird
Ai this, AI that. And down the street, people have cancer and I don't see an AI walking up to them to "sort their cells". Call me when you're ready (not holding my breath).
Oh you have to pay for cancer removal. It is expensive medicine
And Chinese hackers working for the Government have already hacked in the AI system, so they can resell it for half the price :)
So now a simple (old style!) convnet is AI?
Titanium AI
Platinum AI
or
"High Definition Radio" AI
???????????
The troops are volunteer trained murderers, thugs, invaders and rapists. They deserve zero respect.
Paper claims this AI is 96% accurate, but how do humans fare?