The following are the international advanced car networking technologies Japan's VICS VICS collects information such as traffic volume, vehicle speed, traffic congestion, traffic accidents and other information through sensors such as infrared, microwave, and video sensors installed on roads. The collected information is transmitted to the VICS center through wireless or wired methods for analysis and processing. The processed traffic flow, road blockage, traffic accidents, and road construction information are distributed to the public through radio stations and roadside beacons. At the same time, the road traffic information, estimated travel time, and guidance information are transmitted to the vehicle navigation system using the VICS function by means of FM multi-frequency broadcasting, radio directional wave transmission, and optical directional waves. The driver can use this information to make judgments on the driving route. In 1996, VICS launched the market throughout Japan. By 2008, sales volume reached more than 3 million units, and so far it has sold 21.19 million units. Currently, 80% of Japan's vehicle navigation systems integrate the VICS system. The test data of Japan’s Toyota Company showed that on the same road section, the travel time of vehicles using the VICS system was reduced by a maximum of 21.86%; the average reduction was 9.52%; the average speed increased by approximately 5%. Scania Racing Management System The fleet management system launched by Scania of Sweden can realize the wireless transmission of driver information and vehicle data through GSM/GPRS, and can provide transportation companies with traffic management, driver management and vehicle management. The contents of traffic management include: easy-to-understand fuel consumption display and records, vehicle status display, etc., which will help drivers and transportation companies quickly understand what needs to be improved. This feature monitors the vehicle's position and keeps track of the location and status of the fleet. When a new task is received, the system can check the usable state of the vehicle and the progress of the task being performed, which can maximize the efficiency of the use of drivers and vehicles and help to grasp the time when an abnormal situation occurs. The alarm system is activated immediately when the vehicle leaves the designated geographical location or when the theft or other alarm occurs. The driver management function can determine the driver's identity, driving time, location, and driving style. Using the driving log, fleet managers can easily and quickly record driver violations. Through the FM-Web (Fleet Management Network) platform, transportation operators can obtain fleet information anytime, anywhere, and based on recorded information, the driver can establish a rating report, assess the driver’s driving level, and discriminate bad driving operations, thereby helping The driver improves driving habits. The vehicle management function can record vehicle driving data and generate a driving report, including details of the vehicle condition, driver, and driving conditions such as date and time, mileage, travel time, vehicle speed, engine speed, destination, and arrival time. At the same time, it is able to monitor and record violations from time to time, such as speeding, inexperienced driving, sudden braking, rapid acceleration, excessive idle speed, and driving beyond economic speed, providing important and detailed information for accident analysis. Scania's system has many similarities with the functions provided by Suzhou Jinlong's G-BOS Smart Operation System, and the monitoring of vehicles is valued by the managers of passenger transport companies. Volvo Travel Management System Volvo's travel management system can provide users with trend reports, trip reports, maintenance reports and total reports. Take the trip report as an example, it can show the user a lot of information about the vehicle running, including mileage, driving time, total fuel consumption, average speed, fuel consumption during driving, and fuel consumption when the vehicle is stationary. The maintenance report may show the user the maintenance status of the selected vehicle, including the prepared maintenance, the completed maintenance, and the time of the appointment. There is also a cautionary note in each form instance to remind the user of the scheduled time for each special maintenance of each vehicle. It is reported that the Scania fleet management system and Volvo's travel management system are all using a more extensive management system. Tactical Goggles,Tactical Safety Goggles,Sport Cycling Sunglasses,Sports Glasses For Men Guangzhou Miaozhun Jie Trade Co.,Ltd. , https://www.focuhunteroptics.com
Vehicle networking refers to the identification technology of electronic tags loaded on vehicles through wireless radio frequency, etc., which realizes the extraction and effective use of attribute information and static and dynamic information of all vehicles on the information network platform and according to different functional requirements. The operational status of the vehicle is effectively supervised and comprehensive services are provided. The automotive digital standard source technology is based on the application technology of RFID-developed vehicle-related information resources. The project was organized and researched and developed by the Ministry of Public Security. The project was certified by the Ministry of Science and Technology and listed as a key project in the 2007 National Science and Technology Support Program. Application demonstration project (project number 2008BAF31B00). The development of automotive digital standard source technology will promote "car networking" and the industrialization of RFID.