Rephrase the title:China Revolutionizes Surgical Assistance with AI Chatbot Powered by Meta’s Llama 2.0

China is set to introduce an AI chatbot tailored for surgeons, leveraging Meta platforms’ Llama 2.0 technology. This specialized medical AI chatbot aims to address a wide spectrum of medical inquiries and will furnish citations from over a million academic sources for all questions answered.

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an apple a day keeps the doctor away

Chatbot for Brain Surgeons

The Chinese government is embracing innovation by collaborating with private companies to create an AI model akin to ChatGPT. Recently, a Hong Kong-based organization unveiled an AI model inspired by Meta‘s Llama 2.0. 

Dubbed the CARES Copilot 1.0, Interesting Engineering reports that this entity operates under the auspices of China’s leading state-supported scientific institution, the Chinese Academy of Sciences.

Approved for public release in August, the Chinese Academy of Sciences TaiChu model represents one of the initial offerings set to make a significant impact across diverse sectors such as healthcare, transportation, and industrial production.

Since its inception, the model has significantly enhanced its capacity to make informed decisions, progressing beyond mere perception and cognition to the realm of decision-making.

Widely recognized as a groundbreaking technology, it is seen as poised to transform various sectors, spanning from diagnostics to personalized consultations. 

Conducting Trials

China is presently conducting trials of this healthcare-oriented AI assistant model specifically designed for neurosurgeons across seven hospitals.

Further expansion of these trials is anticipated in the coming months, with plans to introduce the AI assistant into hospitals in other cities across the country. In addition to these, the Chinese government is actively supporting other initiatives aimed at effectively harnessing this technology.

To train this innovative medical AI model, the Center for Artificial Intelligence and Robotics utilized approximately 100 graphics processing units (GPUs), evenly distributed between Nvidia Corp.’s A100 high-end chips and Huawei Technologies Co.’s Ascend 910B.

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Researchers involved in developing this model extensively trained it using a diverse array of medical literature, including papers, manuals, and journals. 

Liu Hongbin, the executive director of the center overseeing the project, emphasized through Bloomberg that their objective is to craft an AI model capable of serving as a dependable surgical consultant accessible to medical professionals across various specialties.

This medical AI bot is engineered to field a broad spectrum of medical inquiries while also furnishing references sourced from over a million academic records.

Moreover, the CARES Copilot 1.0 chatbot is equipped to swiftly and effectively analyze a wide range of diagnostic data formats, encompassing images, audio recordings, and textual information, as well as MRI, ultrasound, and CT scan results.

However, the aspirations of the scientists behind this medical AI bot extend beyond its current capabilities, as they envision the model assuming more proactive roles in the medical domain.

The researchers have a vision for this chatbot, to enhance the quality of medical guidance provided to doctors in their patient care. Their objective is to craft an adept assistant capable of alerting doctors to potential risks associated with certain procedures that could pose harm to patients.

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