China has unveiled plans to deploy an AI chatbot tailored explicitly for surgeons.
Leveraging the cutting-edge Meta platforms’ Llama 2.0 technology, this specialised AI promises to redefine how medical inquiries are addressed.
Trials are now underway across seven hospitals in China.
This innovative AI chatbot boasts a comprehensive database drawing from more than one million academic sources, providing robust citations for all questions answered.
Collaborating with private companies, the Chinese government aims to develop an AI model akin to ChatGPT, a feat highlighted by the recent unveiling of Hong Kong-based organisation’s AI model, CARES Copilot 1.0.
Operated under the auspices of China’s preeminent state-supported scientific institution, the Chinese Academy of Sciences, CARES Copilot 1.0 represents a significant stride toward integrating AI into various sectors, including healthcare, transportation and industrial production.
The healthcare-oriented AI assistant model is specifically designed for neurosurgeons and is reportedly expanding its reach in the coming months.
The Chinese government’s proactive support underscores the country’s commitment to harnessing the transformative potential of AI in healthcare.
To train this pioneering medical AI model, the Center for Artificial Intelligence and Robotics harnessed the power of approximately 100 graphics processing units (GPUs), incorporating Nvidia Corporation’s A100 high-end chips and Huawei Technologies Company’s Ascend 910B.
Researchers meticulously curated a diverse array of medical literature, including papers, manuals and journals, to equip the model with a robust knowledge base.
Liu Hongbin, executive director of the overseeing centre, revealed a vision of the AI model as a reliable surgical consultant accessible to medical professionals across specialties.
With an expansive capacity to field medical inquiries and provide scholarly references, the CARES Copilot 1.0 chatbot reflects China’s strides in AI-driven healthcare innovation.
The AI chatbot can swiftly analyse various diagnostic data formats, including images, audio recordings, and textual information, and offers unparalleled support to medical practitioners.
Additionally, its potential for proactive risk assessment could revolutionise patient care by alerting doctors to potential hazards associated with certain procedures.
