Kcosit Rugged Devices
In-Vehicle Terminals for Ride-Sharing Services
In-Vehicle Terminals for Ride-Sharing Services
The in-vehicle terminal can receive information from each user's terminal and transmit it to the control unit 201, which calculates the coincidence rate and decides which user to share the ride with. The in-vehicle terminal can also receive data from a server 30 and an outside terminal. This information is stored in a memory unit 202 for later access by the communication unit 204. In this manner, passengers can easily request a ride using their smartphones.
The INVETE architecture is designed to be modular, with separate modules for driver interface and interfacing functionalities. The modularity of the terminal makes it easy to adapt to different services. The user terminal 20 can also exchange information with the in-vehicle terminal via the communication channel. The following are the functions of the INVETE. Each terminal is designed for a specific purpose. The purpose of the in-vehicle terminal is to make travel easier and safer for everyone.
When a user requests a meeting or other information, the in-vehicle terminal can receive and transmit the information to the user terminal. The in-vehicle terminal may send part of the information in a radio signal, while the remaining portion may be sent to the user terminal. The in-vehicle terminal may also establish a communication channel with a user terminal. The in-vehicle terminal may transmit information relating to the vehicle, as well as provide the results of the possibility determination.
Once a rider connects to a ride-sharing service, the in-vehicle terminal transmits information to a second user's terminal. This information is then used to help the user join the ride in the vehicle. The in-vehicle terminal also determines the distance between the second user's terminal and the vehicle. It is important to note that each in-vehicle terminal has its own controller.
The in-vehicle terminal controls the process by which meeting point candidates are selected. It uses information about the user's current position and parking location as well as information regarding the meeting point candidates. When the user inputs the results of the meeting point determination, the control unit receives the information pieces and displays them on the display device 226. After receiving the data, the control unit transmits the notification to the user terminal.
The information processing apparatus 100 may be used in an in-vehicle terminal. The information processing apparatus comprises a central processing unit (CPU), a main memory (Memory 101), and auxiliary memory 103. It can also include an input device 105 and an output device 106. The user terminal and the in-vehicle terminal are connected by a bus 109. Further, the in-vehicle terminal may also be configured to receive vehicle-related information, such as a map, a location, or a specific location.
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