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‘it seems inevitable that we are heading toward a medical world that is essentially based on input and output...
We should realize that if this is allowed to move on, the near future will be characterized by rapidly decreasing knowledge about the pathogenesis underlying disease development.
Once we come to a stage where output is defined in the black box that is fed by input, and this black box contains constructs that are no longer consistent with previously defined entities, most of today's knowledge on disease mechanisms will be forgotten and we will be ruled by systems that only focus on intervention strategies that will provide the best possible outcome.
This era will show a decrease in intellectual debates among colleagues, a sign of the time that computer scientists have already warned us about.’
This era will show a decrease in intellectual debates among colleagues, a sign of the time that computer scientists have already warned us about.’
It has already happened. Medical doctors spend by far much more time playing with the software on the computers on their desks than they do interacting with their patients. Furthermore, rather than diagnosing, the younger ones are pushed to play the odds regarding problems based on the statistical probability of a diagnosis in the general population instead of analyzing the constellation of symptoms in the patient in front of them.
In the 1980s, there used to be decision trees called expert systems which could amplify medical doctors' skill and ability in regards to effecting a diagnosis based on observed symptoms. But that was not AI and is nothing more than a codification of the decision process which a skilled, experienced medical doctor would be going through anyway base on observations. However, it is much better at catching edge cases. It still requires though from the medical doctor and, especially, the ability to identify symptoms. Good luck in getting "AI" to differentiate between an abrasion and a rash etc, for example.
Now that I made the mistake of commenting, especially since the JAMA link seems dead, I belatedly ask what was the tie-in to Linux or even to FOSS?
Last edited by Turbocapitalist; 04-21-2024 at 11:49 PM.
There can be no doubt that in the early years of transition that there will occur LOTS of errors but hopefully machine learning can cause rapid updates that will soon eclipse considerable of the common human errors in AI use, including in medicine. Those early years will likely suffer from the fact that the initial programming is done by humans, programmer humans who may not have top notch skills in medicine and health care.
Please don't "over-estimate" AI. It's just the latest "brand-new thing" in an industry which has seen a never-ending list of them.
I agree. When a doctor engages in a competent practice of medicine they need to engage and assess the patient. The doctor looks for physical clues, behavioral clues, interprets laboratory tests as an underlying explanation for observed symptoms.
For example if the doctor notices someone who is severely withdrawn they would try to follow-up and find out why( depression, trauma, sleep deprived, etc.). AI is not capable of being able to diagnose with the level of sophistication that a human doctor can.
I posted in 'General'. There'll be FOSS AI eventually.
Quote:
Originally Posted by enorbet
There can be no doubt that in the early years of transition that there will occur LOTS of errors but hopefully machine learning can cause rapid updates that will soon eclipse considerable of the common human errors in AI use, including in medicine. Those early years will likely suffer from the fact that the initial programming is done by humans, programmer humans who may not have top notch skills in medicine and health care.
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