18574760. A VIRTUAL SERVER, MEDICAL SYSTEM, COMPUTER PROGRAM AND METHOD simplified abstract (Sony Group Corporation)
Contents
A VIRTUAL SERVER, MEDICAL SYSTEM, COMPUTER PROGRAM AND METHOD
Organization Name
Inventor(s)
Bob Koninckx of Stuttgart (DE)
A VIRTUAL SERVER, MEDICAL SYSTEM, COMPUTER PROGRAM AND METHOD - A simplified explanation of the abstract
This abstract first appeared for US patent application 18574760 titled 'A VIRTUAL SERVER, MEDICAL SYSTEM, COMPUTER PROGRAM AND METHOD
The abstract describes a virtual server set up to process video data related to a medical procedure and transfer it over an IP network. The server includes a medical application on a Guest Operating System and an IP converter application to convert and transfer the video data.
- Virtual server configured for processing and transferring medical video data over an IP network.
- Medical application on a Guest Operating System processes video data from a medical procedure.
- IP converter application converts the video data into IP packets for transfer over the network.
Potential Applications: - Telemedicine applications for remote medical procedures. - Medical training and education through live video streaming of procedures. - Remote monitoring of surgeries and medical interventions.
Problems Solved: - Enables real-time transmission of medical video data over IP networks. - Facilitates remote collaboration between medical professionals during procedures. - Enhances access to specialized medical expertise in remote locations.
Benefits: - Improved efficiency in medical procedures through real-time video processing. - Enhanced medical training opportunities for students and professionals. - Increased accessibility to medical expertise regardless of geographical location.
Commercial Applications: Title: "Telemedicine Solutions for Remote Medical Procedures" This technology can be used by telemedicine companies to provide remote medical services, training programs, and surgical consultations. It can also be integrated into medical device systems for real-time data transmission and analysis.
Questions about the technology: 1. How does the virtual server ensure the security and privacy of the transmitted medical video data? 2. What are the potential challenges in integrating this technology into existing healthcare systems and workflows?
Original Abstract Submitted
A virtual server configured to receive and transfer data over an Internet Protocol (IP) network, the virtual server comprising: a medical application configured to process video data relating to a medical procedure to produce an output video stream, the medical application being provided on a Guest Operating System within the virtual server; and an IP converter application sat beneath the Guest Operating System configured to receive the output video stream from the medical application and to convert the at least one video stream into IP packets and to transfer the converted video data over the IP network.
