Creating a Multi-Faceted Utilization Model for Remote Healthcare-Intellig ent Healthcare Technology with Multi-Ethnic Adaptability
This project integrates resources from industry, government, and academi
a to establish 5G infrastructure in rural areas. Using 5G technology, we up
grade medical image transmission, enhancing healthcare applications and
quality. The National Health Institute collaborates with telecom providers
and medical center/regional hospital to create a 5G telemedicine experim
ental field. Our aim is a multi-faceted healthcare model. Model One: "Doct
ors Stationary, Patients Mobile". Patients visit local clinics for remote cons
ultations, reducing travel distances. It involves collaborative diagnosis and
treatment between local and remote doctors, integrating specialized hosp
ital capabilities with local physicians' care. Model Two: "Doctors Mobile,
Patients Stationary". Home-based telemedicine is established, providing r
emote diagnosis and treatment. Specialized medical teams support home
-based physicians through real-time guidance and access to medical imag
es. This ensures quality care for patients in their homes, including those wi
th complex conditions. Through 5G-enabled telemedicine, we overcome d
istance and time limitations, meeting social needs, utilizing healthcare res
ources effectively, and reducing healthcare disparities. The project also est
ablishes a healthcare information industry alliance, extending services to
home and community settings, implementing medical diversion, and ena
bling local physicians to acquire specialized skills through remote consult
ations. Information security technologies safeguard data transmission. Re
search outcomes and recommendations will guide future government pol
icies in remote healthcare services.
法人
A ship communications light system under human-machine interface control with the capabilities of intelligent identification, high recognition rate, and low power consumption
Guard Patch-Artificial intelligent wearable technology with internet-of-thing and platforms
Nanofluid/ultrasonic atomization micro-lubrication system development and application intelligent modeling method to improve the multiple quality characteristics of the micro-machining process research and optimal prediction model establishment
"1) Integrating AI recognition, IoT, and blockchain into traceable software and hardware for recycling UCO 2) Cutting-edge 3D learning platform powered by Spatial AI 3) Optimize use of existing buildings by making them transformable and adaptive to human needs at the click of a button 4) Non-contact image analysis and calculation technology to capture vital signs through dynamic face detection"
Technology maturity:Experiment stage
Exhibiting purpose:Display of scientific results
Trading preferences:Negotiate by self
Coming soon!