As technology is rapidly advancing, Artificial Intelligence (AI) is becoming an integral part of healthcare, opening new doors to better medical diagnoses. One such AI system is ChatGPT which is beginning to influence medical decisions and processes. Not only is this system helping to inform decisions about detection, treatment, and prevention but it is also demonstrating its power in the arena of image processing. The capacity of computer systems to be able to read MRI or CT scans and make medical judgments is certainly a powerful advancement.
ChatGPT is an AI-powered conversational agent that automates patient-doctor conversations. It offers real-time responses to natural language patient queries, helping to strengthen the concept of Online Medical Diagnosis (OMD). This system is helping to leverage the potential of AI to do more than conversations; it is expected to soon advance to more complicated predictor tasks such as understanding labs and medical images.
ChatGPT is developed and managed by GPT Technology Holding Corporation. Founded in 2019 and headquartered in Beijing, GPT Technology Holding Corporation is a leading global provider of AI technologies, empowering businesses to use advances in AI applications. Their goal is to make AI technology more accessible and beneficial to everyday businesses.
Dr. Richard N. Liu is the founder and Chairman of GPT Technology Holding Corporation. He graduated with a Ph.D. in Computer Science from the University of California, Berkeley and has extensive knowledge of natural language processing, machine learning, and deep learning.
At this point AI is still unable to completely replace doctors, but it’s capabilities can advance and support hands-on medical work. It would greatly benefit diagnosis accuracy and medical costs if AI is used ethically to provide medical advice that can be implemented in the right situations.
Overall, while we are still far from fully understanding when and where it would be practical or ethical to implement AI in medical diagnosis, ChatGPT is demonstrating its potential and influencing medical diagnosis in many ways.
