Intelligent supervision and inspection management platform for urban operation vehicles
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Long-distance dynamic recognition system for urban taxis
In recent years, in view of the increasingly rampant illegal operation of vehicles in the national taxi operating market, large-scale strikes and disturbances have occurred, which have caused extremely bad negative effects on the government’s image. The taxi industry is an important window industry as well as a very special and sensitive industry. Its image has been related to the stability of society and the spread of public opinion. Therefore, it is urgent to build a set of scientific and technological inspection methods suitable for the purification of the taxi industry.
In response to the current management needs of the domestic taxi industry, our company independently developed the “Urban Taxi Long-distance Static Recognition System” and “Urban Taxi Long-distance Dynamic Recognition System” under the guidelines of relevant national ministries and commissions. Both systems are now maturely applied to large and medium-sized cities such as Changchun and Dalian, and both have been highly praised by the local government and have achieved the expected results. The dynamic identification system is also the only comprehensive supervisory inspection system in China that uses RFID (radio frequency identification) technology and video identification technology to achieve “non-stop inspection”.
1. The main function of the system
1. It can effectively crack down on illegal operations such as unlicensed taxis and illegal taxis, effectively solve the difficulties of law enforcement agencies in cracking down on illegally operating vehicles and other problems, purify the taxi operating environment, safeguard the interests of legal owners, and promote the stable development of the taxi industry.
2. Work efficiency can be greatly improved. An inspection vehicle equipped with this system can monitor the status of taxis within a range of 100 meters before and after in real time. It can directly inspect 120-150 taxis and indirectly inspect 400-600 taxis per hour. Calculated by 8 hours a day, 4000-5000 taxis can be inspected every day. If there are 10,000 taxis in a city, all the inspections can be completed within 3 to 4 days, which can reduce labor intensity, optimize manpower allocation, and shorten working hours.
3. It can complement the GPS system. At present, many cities have established GPS systems in taxis. GPS has played an important role in vehicle positioning, commanding and dispatching, and preventing taxi thefts. This system is used in combating illegally operated vehicles, law enforcement on-site evidence collection, and road traffic analysis. , Play a decisive role in providing decision-making support for the government. Thus, a set of industry supervision system for the operation and management of urban rental vehicles has been formed.
4. According to statistics, the driving time of taxis on the road is more than 6 times that of other social vehicles. Based on this calculation, the establishment of the system is equivalent to the establishment of urban traffic information monitoring points on about 22% of the city’s vehicles. Through real-time monitoring of the city’s taxi speed and driving path, the overall city traffic flow and conditions can be accurately grasped. These timely and accurate Road condition information will provide data support for urban traffic management.
2. System operation mode
There are mainly four methods: fixed, vehicle-mounted, handheld, and channel. These four methods have their own advantages and characteristics. When used in a comprehensive way, they can deploy a world network in the entire city, which can truly function as a network-based inspection and supervision, and achieve the purpose of full coverage of all taxi supervision and inspection.
1. Fixed type: Use the identification and camera devices fixed on the light pole to collect the vehicle appearance, color, number plate and other information and upload it to the GIS remote monitoring center. Through the automatic analysis of the system, you can further understand the owner’s name, model and other information, and judge Its vehicle legality and road conditions.
Adaptation scope: primary and secondary arterial roads and traffic nodes.
2. Vehicle-mounted: Install remote identification and camera devices on law enforcement vehicles to realize dynamic management, give full play to the mobile and flexible characteristics of law enforcement vehicles, automatically collect relevant information of vehicles within 100 meters before and after, and judge the legality of their vehicles in real time. Inform the inspectors through voice prompts and video display snapshots.
Adaptation scope: all motorized roads in the city.
3. Handheld: When the vehicle cannot be approached by the intensive inspection of vehicles, or when the illegal operation vehicle is secretly inspected, law enforcement officers carry a handheld device close to the target vehicle for detection and verify the legitimacy of the vehicle.
Scope of application: large parking lots or places with dense vehicles, as well as special areas that need to be concealed.
4. Channel type: Fully automatic management mode for fixed taxi channels in airports, stations and business districts. Automatic identification of vehicle electronic information is adopted to prevent illegal vehicles from entering, which greatly reduces the occurrence of black cars attracting and slaughtering passengers in the area.
Scope of application: airports, railway stations, long-distance passenger stations and important business districts.
3. System technical advantages
Adopt B/S three-tier development model
Developed with J2EE platform
Adopt RFID (Radio Frequency Identification) technology
4. Outstanding advantages of the system
Compared with the existing taxi inspection management mode, this system comprehensively uses the most cutting-edge science and technology such as radio frequency identification, video assistance, wireless communication, computer network, etc., and has safe and reliable anti-counterfeiting, intelligence and flexibility. Concentrated in five major advantages:
Realize the long-distance supervisory inspection function of the vehicle. The monitoring range of the system can reach a distance of nearly 100 meters, images and sounds can be transmitted clearly and synchronously, and the supervisory inspection coverage is larger.
Improve the dynamic management function of taxis. Due to the long monitoring distance, the system is more flexible to use and has a larger coverage area. It fundamentally changes the current situation that taxis can only be inspected when they are static, and fully implements the law enforcement policy of “non-stop inspection” advocated by the government.
Enhance the function of obtaining evidence for vehicle violations. The system’s remote recording, video recording, and snapshot functions can provide on-site evidence of criminals’ violations and effectively solve the “difficulty in obtaining evidence” problem that plagues the law enforcement process.
Solve the analysis function of urban traffic flow. According to statistics, taxi traffic accounts for about 22% of the city’s total traffic. The analysis of taxi traffic will greatly improve the scientific analysis of traffic conditions and effectively deal with the increasingly congested urban traffic.
Strengthen the self-discipline of the industry management team. The system is completely under computer control. The analysis data is objective, timely, fair and sunny, and illegal vehicles are found to automatically take photos to obtain evidence, effectively preventing law enforcement officers from taking advantage of their positions for personal gain and malfeasance.
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