18032415. SERVER SELECTION DEVICE AND SERVER SELECTION SYSTEM simplified abstract (Mitsubishi Electric Corporation)
Contents
SERVER SELECTION DEVICE AND SERVER SELECTION SYSTEM
Organization Name
Mitsubishi Electric Corporation
Inventor(s)
Takeshi Nishiwaki of Tokyo (JP)
Takayoshi Takehara of Tokyo (JP)
SERVER SELECTION DEVICE AND SERVER SELECTION SYSTEM - A simplified explanation of the abstract
This abstract first appeared for US patent application 18032415 titled 'SERVER SELECTION DEVICE AND SERVER SELECTION SYSTEM
Simplified Explanation
The abstract describes a server selection device in a server that communicates with a motor vehicle. The device includes a server determination unit that selects a server from the surrounding information and encourages the motor vehicle to connect to that server. The server determination unit selects a server based on the motor vehicle's running route and the coverage area information of the server, prioritizing servers that offer longer connection times.
- The server selection device is installed in a server that communicates with a motor vehicle.
- A server determination unit within the device selects a server for the motor vehicle to connect to.
- The selection is based on the surrounding information and considers the motor vehicle's running route.
- The server determination unit prioritizes servers that offer longer connection times.
- The selected server information is then transmitted to the motor vehicle.
Potential applications of this technology:
- Connected vehicles: This technology can be used in vehicles with internet connectivity to ensure they connect to the most suitable server based on their location and route.
- Fleet management: Companies managing a fleet of vehicles can use this technology to optimize server selection and improve communication reliability.
- Smart transportation systems: This technology can be integrated into smart transportation systems to enhance connectivity and communication between vehicles and infrastructure.
Problems solved by this technology:
- Efficient server selection: The technology solves the problem of selecting the most appropriate server for a motor vehicle based on its location and running route, ensuring optimal connectivity.
- Improved communication reliability: By selecting servers with longer connection times, the technology enhances the reliability of communication between the motor vehicle and the server.
- Enhanced user experience: The technology improves the overall user experience by ensuring seamless and reliable connectivity between the motor vehicle and the server.
Benefits of this technology:
- Optimal connectivity: By selecting servers based on the motor vehicle's location and running route, the technology ensures the best possible connectivity for the vehicle.
- Improved communication reliability: The selection of servers with longer connection times enhances the reliability of communication between the motor vehicle and the server.
- Enhanced user experience: The technology provides a seamless and reliable connection experience for users, improving their overall satisfaction.
Original Abstract Submitted
A server selection device is provided in a server which performs communications with a motor vehicle, and a server determination unit is provided in the server selection device that selects a server from the information of surroundings, and promotes a motor vehicle to connect to the server. The server determination unit selects, from among a plurality of such servers capable of connecting the motor vehicle, one server by which its connection time can be longer in its connection than that by another server, based on a running route of the motor vehicle and coverage area information of the server, so that server information on a server to be connected next is transmitted to the motor vehicle.
