31results about How to "Improve traffic management efficiency" patented technology

An embodiment of the invention provides an intelligent traffic management method, which comprises the steps of acquiring on-site evidence information of an accident site, finding out communication information of each accident vehicle owner according to the on-site evidence information, establishing a remote mediation meeting among a traffic accident processing party and the accident vehicle owners for mediating an accident, and performs liability determination according to a determination result and the on-site evidence information. According to the intelligent traffic management method, the communication information is obtained through querying according to the acquired on-site evidence information, and the traffic accident is processed by initiating the remote mediation meeting, such that the traffic accident can be mediated without waiting for a traffic police to arrive at the site when the traffic accident occurs, thereby increasing the processing efficiency of the accident, further realizing rapid police action for carrying out accident liability determination and dispute mediation when the traffic accident occurs, and effectively improving the traffic management efficiency.

The urban public transport management provides technical support for the improvement of policy making and transport management efficiency. Therefore, the technical scheme of the invention is that the platform is formed by large-scale autonomous Agent loose coupling, thereby forming an MAS (Multi-Agent System). A commuter Agent represents a resident who needs to go out on duty at a morning peak. A basic mode of the platform is to measure the commuting cost after commuting when a person takes a bus to a working area for work in each simulation day, and to update an experience database and knowledge. The platform is mainly used for public transport management.

The invention provides a method for immediately collecting information of a driving vehicle. The method is realized by operating an electronic radio frequency license plate, a vehicle information writer, a vehicle information reader-writer, video identification equipment and a vehicle information management system. The vehicle information writer is used for inputting vehicle registration information into the electronic radio frequency license plate; the vehicle information reader-writer is used for reporting vehicle management dynamical information to a center database in real time, and backing up the vehicle management dynamical information to a local database; when the driving vehicle drives through an information collecting point, the vehicle information reader-writer and the video identification equipment can conveniently and rapidly read all information of the vehicle, and reports the information to the vehicle information management system through the Internet, so that the validity of vehicles can be rapidly judged by monitoring the passing vehicles, and the illegal and violated vehicles can be detected; and various statistics and analysis can be completed, and various vehicle information data, such as road traffic flow, passing vehicle type, and vehicle operation property at any time period, can be collected in real time, so that an information platform is provided for traffic management departments. The method is applicable to instantly collecting information of a ship and the other objects.

The invention discloses a locomotive ticket-buying and seat all-intelligent recognition system which comprises a seat arranged in a locomotive. The seat comprises a base fixed on a locomotive base plate, the base is connected with a cushion through a rotating shaft arranged on the base. The rear of the cushion is provided with a backrest, the lower end of the backrest is connected with the base through a backrest rotating shaft, a torsion spring is arranged between the cushion and the rotating shaft, a clamping pin connected with a driving mechanism is arranged in the base, and the bottom of the cushion is provided with a clamping hole matched with the clamping pin. A display screen, a loudspeaker, an induction zone and a prompt lamp which are connected with a control system are arranged at the top end of the backrest. The control system is connected with the driving mechanism through a driving circuit, the control system is connected with a locomotive data processing system through a locomotive network system, and the locomotive data processing system is connected with an internet ticket-buying system through a wireless network. The passenger in-place speed is improved, true and false ticket-buying passengers are identified, the passenger management cost is reduced, the management efficiency is improved, the locomotive departing and arrival punctuality is improved, and the service quality is improved.

The invention belongs to the technical field of transportation, and discloses a highway vehicle inspection system and a working method thereof. The highway vehicle inspection system comprises a cloud server and a plurality of vehicle detection modules, wherein the vehicle detection modules are used for acquiring trajectory points of a vehicle, acquiring comprehensive information of the vehicle, and transmitting the trajectory points and the comprehensive information of the vehicle to the cloud server; and the cloud server is used for matching the trajectory points of the vehicle with road information of a highway to obtain a precise trajectory of the vehicle. The highway vehicle inspection system adopts a computer big data processing technology, has the advantages of high intelligence degree and precise detection, can improve the inspection efficiency and improve the passing management efficiency, and can effectively fight against the fee evasion behavior such as the vehicle card exchange, plate faking and fee evasion at a guardrail notch.

The invention discloses a method for predicating degree of reliability of traffic circulation of the arterial highway under snow and ice environments and relates to the field of transportation management. The method comprises the following steps of 1, analyzing journey time of automobiles on a certain section in a certain period of time; 2, taking degree of reliability of the journey time as an index for evaluating stability of the journey time; 3, computing a threshold value of the degree of reliability under snow and ice disasters. By means of the method, traffic circulation conditions of the arterial highway under the snow and ice environments can be judged according to degree of reliability, whether snow and ice disasters happen can be judged, and theoretical support is provided for transportation management.

The invention discloses a method and device for obtaining evidences of rule and regulation breaking of vehicles not running in an alternating mode. According to the method and device, when vehicles enter a merged lane from a main lane or auxiliary lanes, evidences of rule and regulation breaking of vehicles which do not run in the alternating mode are obtained, a vehicle entering a tracking area is tracked, tracking records of the vehicle is generated, video images of the vehicle are captured and stored according to preset conditions, when the tracked vehicle leaves a trigger line in the tracking area, the vehicle is regarded as the current vehicle, whether the current vehicle breaks rules and regulations is judged according to the fact that the current vehicle and the vehicle leaving from the trigger line are from the same lane, if yes, the captured video images of the current vehicle are picked out according to storage index information of the captured video images in the tracking records to form a rule and regulation breaking record, and if not, it is judged that the current vehicle does not break rules and regulations. The device comprises a video tracking module and a rule and regulation breaking judgment module. By means of the method and device, rule and regulation breaking actions can be accurately judged, evidences can be obtained, and work efficiency of traffic management is improved.

The embodiment of the invention discloses an intelligent pedestrian violation behavior management method and a related product, the intelligent pedestrian violation behavior management method is applied to an intelligent traffic system, the intelligent traffic system is connected with at least one camera, the method comprises the steps: acquiring a pedestrian image through the at least one camera,wherein the pedestrian image comprises at least one person; determining a target person in the at least one person according to the pedestrian image, wherein the target person is a violation person;tracking the target person to obtain a video image of the target person; inputting the video image into a preset neural network model to obtain a target face template corresponding to the target person, and obtaining identity information corresponding to the target face template, the preset neural network model being obtained by training a large number of face template images; and sending alarm information to the target person according to the identity information. By adopting the embodiment of the invention, the pedestrian violation behavior management efficiency can be improved.

The invention relates to a method, device and system for detecting a vehicle through an intelligent lamp post and electronic equipment thereof, and the method comprises the steps: collecting the values of the length, width and height of a truck, and measuring and calculating whether the truck is super-high, super-wide or super-long or not; analyzing the truck nuclear weight, and measuring and calculating whether the truck is overweight or not; calling data of the freight car along the way, analyzing and calculating whether the freight car has weight reduction or not, calculating the total weight borne by the road surface in the road section range according to the set road section, and evaluating the traffic safety. The system can monitor, classify and automatically detect whether the trucks in the coverage area of the intelligent lamp post have overload and overrun conditions or not; an off-site contact measurement technology is realized through the intelligent lamp post control centerto monitor, detect and respond to overrun and overload vehicles; on-site law enforcement of law enforcement officers can be reduced, time-consuming and labor-consuming methods such as manual vehicleblocking and fixed detection point detection are avoided and reduced, road safety, freight transport efficiency and traffic management efficiency are improved, and meanwhile supervision cost and driver consumption are reduced.

The invention relates to a vehicle toll evasion identification method, device and system. The method comprises the following steps: acquiring an original pass database and an ETC portal transaction database; screening out at least one vehicle passing record according to the original passing database; performing querying in an ETC portal transaction database according to the vehicle information in the at least one vehicle passing record, and determining corresponding portal transaction data; carrying out time sorting according to the portal transaction data corresponding to the at least one vehicle passing record, and determining transaction record data under each ETC portal; for each piece of transaction record data, determining corresponding suspicious portal transaction data; and determining a corresponding suspected one-vehicle multi-card transaction set according to the suspected portal transaction data, and identifying the condition of vehicle toll evasion according to the card number information and the occurrence frequency of the vehicle information. The vehicle toll evasion identification method, device and system are high in intelligent degree, are precise in detection, can improve the inspection efficiency, and improve the traffic management efficiency.

The invention discloses a road state analysis method based on the automobile electronic identification technology. The method comprises a data collection step, a road section average travel speed calculation step, a road congestion state determination step, a road section average travel time calculation step, a road traffic volume calculation step, a road traffic density calculation step, a road load degree calculation step and a vehicle average delay time calculation step. The method is advantaged in that the method is more economical, more effective, with higher coverage and realizes more comprehensive information collection, more effective support is provided for refined planning and management of urban transportation, through mining calculation and analysis, road state analysis and prediction, traffic service capability evaluation and transportation industry management assistance decision making functions are achieved, advantages of low cost and easy operation are further achieved,and the method is sustainable, dynamic, quantifiable and reproducible.

The invention discloses an intelligent traffic management method based on big data. The method comprises the following steps: collecting traffic road condition information in real time, importing the traffic road condition information into a preset road condition analysis model, and generating road condition analysis data; determining a traffic abnormal area, obtaining route information of the traffic abnormal area, and dividing the traffic abnormal area according to the route information to obtain a plurality of abnormal sub-areas; acquiring and importing real-time traffic data and real-time environment data of each abnormal sub-area into a preset management model, and generating an initial management scheme corresponding to each abnormal sub-area; and obtaining pre-regulation and control information of the supervisor, and generating traffic management and control information according to the pre-regulation and control information of the supervisor and the initial management scheme corresponding to each abnormal sub-area. The invention also discloses the intelligent traffic management system based on big data, and relates to the technical field of traffic management. According to the invention, a real-time and effective solution strategy can be provided for complex and changeable traffic conditions, and the traffic management efficiency is improved.

The invention discloses a traffic monitoring platform and a traffic monitoring system, and belongs to the technical field of traffic monitoring. The traffic monitoring platform comprises a connectingplate, an information acquisition snapshot device and a traffic ground processing center. A support frame group is connected to the inner wall of the connecting plate; the support frame group comprises a first motor; the first motor is connected to the inner wall of the connecting plate; the output end of the first motor is connected with a fixing block. The outer wall of the fixing block is connected with a supporting rod; the supporting rod is connected with a first driving mechanism, the output end of the first driving mechanism is connected with a first supporting plate, the top wall of the first supporting plate is slidably connected with a second supporting plate, the information acquisition snapshot device is connected to the top wall of the second supporting plate, and a second driving mechanism is connected between the first supporting plate and the second supporting plate. According to the invention, traffic conditions can be comprehensively collected, the traffic managementefficiency is improved, parts are simple and durable, and the situation that the system is easy to damage when being used outdoors is avoided.

The invention discloses an outdoor positioning and tracking method for vehicles, and belongs to the technical field of vehicle tracking. The outdoor positioning and tracking method for the vehicles includes the following steps that step 1, a cloud monitoring management system is established for tracking data storage and management; step 2, the cloud monitoring management system is connected with avideo monitoring system; step 3, vehicle images are collected at initial recognition positions, vehicle feature information in the vehicle images is extracted based on image recognition; step 4, position coordinates of monitoring equipment in the video monitoring system are obtained, each monitoring equipment corresponds to each road section, and the road section at which the vehicle is located is determined by identifying the monitoring equipment of the vehicles; and step 5, vehicle and road backgrounds are obtained by the monitoring equipment through image recognition, the video monitoringsystem obtains real-time positions of the vehicles in a current road section according to the position relationship of the vehicle and road backgrounds in the images and uploads the real-time positions to the cloud monitoring management system. According to the outdoor positioning and tracking method for the vehicles, the structure is simple, the use is convenient, the practicability is high, andthe method is suitable for popularization and use.

The invention discloses a traffic fine management method and apparatus based on floats in order to solve problems in the prior art that a large amount of hardware is placed for detection and traffic condition judgment assisting; consequently the cost is high but the transmission control is slow. The method comprises the following steps of receiving GPS data reported by a data acquisition terminal in a real-time manner and marking via corresponding floats for the data acquisition terminal in a map in a real-time manner according to the positions indicated by the GPS data; acquiring preset traffic floats around the current position of the data acquisition terminal and further judging whether to activate an event trigger rule corresponding to a corresponding traffic float respectively according to each preset traffic float position and the data acquisition terminal float position; when an event trigger rule corresponding to one traffic float is determined to be activated, indicating according to the event trigger rule that corresponding execution equipment performs processing for the data acquisition terminal. By means of the above-mentioned method, the traffic management efficiency is improved. A high-efficiency solution scheme is provided for urban road jam and scheduling regulation and control.

The invention discloses an intelligent order sending method and terminal for traffic warning conditions; a two-layer order sending model based on warning condition types and warning condition addresses is constructed based on assignment characteristics of the traffic warning conditions, and a warning order assignment problem is equivalent to a text classification problem. Through machine learning of historical traffic alarm condition order sending data, a set of intelligent order sending method flow meeting traffic alarm conditions is constructed based on a naive Bayesian algorithm and assisted by measures such as a taboo table and a posterior probability threshold value. The method provided by the invention can be applied to the alarm receiving and processing service of the public security traffic police, and can significantly reduce the repeated labor of the traffic police alarm receiving and processing staff, thereby improving the traffic management efficiency and releasing the alarm processing pressure of the alarm receiving staff.

The invention discloses a vehicle violation management system and method, and a storage medium. A camera loaded on a running vehicle shoots running image information of surrounding vehicles, if the running image information comprises violation image information, the violation image information and corresponding violation vehicle information are extracted and sent to a traffic management server, the traffic management server generates a violation request to be confirmed and sends the violation request to a user terminal, a driver or an owner of the vehicle where the camera shooting the violation image information is located confirms the violation image information and the corresponding violation vehicle information through a user terminal, the traffic management server sends the violation image information and the corresponding violation vehicle information to a traffic police national violation system server to generate a violation punishment result, and the violation punishment resultis sent to the traffic management server, so that the traffic management server performs deep learning on the identification of the violation image information. Therefore, the judgment accuracy of vehicle violation behaviors is improved, and the accuracy of violation management is improved.

The invention provides a traffic management system and method. The system includes a receiving module connected with a registered policeman client and receiving traffic condition information sent by the policeman client; a processing module acquiring geographical position information from the traffic condition information, converting the geographical position information into corresponding coordinate point information, locating the coordinate point information in a preset electronic traffic map to obtain a located point, obtaining traffic jam information from the traffic condition information,marking the traffic jam information on the located point, and sending the marked electronic traffic map to an issuing module; and the issuing module sending the received electronic traffic map to theconnected various policeman clients. The traffic management system can report traffic condition information when traffic jam occurs at a location where a traffic police is located, and can converts the processed traffic condition information into the electronic map, and sends the electronic map to various connected policeman clients to timely share the traffic information.

The invention relates to an automatic organizing method for coordinate control trunk lines. The method comprises the following steps: including road sections meeting a preset condition into a set L, and including intersections into a set M; grouping coherent road sections in the set L according to the difference among safety speeds of the road sections to obtain a subset Ln, and including corresponding intersections into a subset Mn; detecting the traffic flow ratio gamma of each intersection in sequence specific to the subset Lj, and marking the intersections as ai or bk; determining trunk lines of the subset Lj according to the quantity N (ai) of the intersections marked as ai in the subset Mj; marking a traffic flow direction with higher traffic flow as a green wave direction of each sub-trunk-line according to the uplink and downlink traffic flows of the sub-trunk-line in sequence specific to each sub-trunk-line; and performing trunk line control by using the determined trunk lines and green wave direction. According to the automatic organizing method, the trunk lines can be organized automatically according to the variation of practical traffic conditions, so that a conventional trunk line control system has the ability to make immediate response, and increase in the traffic management efficiency is facilitated.

The embodiment of the invention provides a vehicle violation identification method and a related product. The method comprises the steps of obtaining multiple frames of video images; performing road segmentation on the multiple frames of video images by adopting a preset road marking segmentation network model to obtain a road segmentation map; performing target identification on the multiple frames of video images to obtain at least one suspected illegal vehicle; license plate recognition is conducted on the suspected illegal vehicles, at least one license plate number is obtained, and each suspected illegal vehicle corresponds to one license plate number; carrying out target tracking on each suspected illegal vehicle in the at least one suspected illegal vehicle to obtain at least one driving track, and enabling each suspected illegal vehicle to correspond to one driving track; and performing illegal identification on the at least one suspected illegal vehicle according to the at least one driving track and the road surface segmentation map to obtain a target illegal vehicle, and outputting illegal information of the target illegal vehicle, the illegal information at least comprising a license plate number. By adopting the embodiment of the invention, the traffic management efficiency can be improved.

The invention provides a region division prompting method and device, and relates to the technical field of region division. The prompting method specifically comprises the following steps: S1, performing detection through a detection module to obtain a user condition in a current area, and outputting the user condition; S2, receiving the user condition, and judging whether the user condition meets a first preset condition or not: if not, turning to step S3; if yes, turning to step S4; S3, a display module not displaying the prompt content and turning to the step S2; and S4, the display module displaying the prompt content and turning to the step S2. The technical scheme has the beneficial effects that passing vehicles or pedestrians are prompted through the region division prompting method. According to the invention, the problems of traffic jam caused by street vending economy, economic weakening caused by current limiting and the like in the prior art are solved, the regional division prompting method and device are provided, the street vending economy is ensured by adopting the prompting method before street vending, the urban traffic management efficiency is improved, and the urban appearance is maintained.

The invention discloses a traffic monitoring method and device, and relates to the field of intelligent traffic. The traffic monitoring method comprises the following steps of acquiring the traffic monitoring indexes of an intersection, wherein the monitoring indexes comprise at least one of the traffic flow of the intersection, the average vehicle speed of the intersection and the vehicle queuing length of each flow direction; and sending the corresponding reminding information to a set terminal under the condition that the traffic monitoring indexes meet a set condition. According to the embodiment of the invention, the corresponding reminding information can be sent to the related departments in time when the traffic condition appears or possibly becomes abnormal, so that the abnormal traffic condition can be responded in time.

The urban public transport management provides technical support for the improvement of policy making and transport management efficiency. Therefore, the technical scheme of the invention is that the platform is formed by large-scale autonomous Agent loose coupling, thereby forming an MAS (Multi-Agent System). A commuter Agent represents a resident who needs to go out on duty at a morning peak. A basic mode of the platform is to measure the commuting cost after commuting when a person takes a bus to a working area for work in each simulation day, and to update an experience database and knowledge. The platform is mainly used for public transport management.

The invention discloses a system for purchasing tickets for a locomotive and a fully intelligent seat identification system, which includes a seat arranged in the locomotive, and the seat includes a base fixed on the bottom plate of the locomotive; the base is connected with the seat cushion through a rotating shaft arranged on it; The lower end of the backrest is connected to the base through the backrest rotation shaft; a torsion spring is provided between the seat cushion and the rotation shaft; the base is provided with a locking pin connected to the driving mechanism, and the bottom of the seat cushion is provided with a matching locking pin. Position holes; the top of the backrest is equipped with a display screen, a speaker, an induction area, and a reminder light connected to the control system; the control system is connected to the drive mechanism through the drive circuit; the control system is connected to the locomotive data processing system through the locomotive network system; locomotive data processing The system is connected to the Internet ticketing system through a wireless network. Improve the passenger arrival speed, identify genuine and fake ticket-buying passengers, reduce passenger management costs, improve management efficiency, improve locomotive departure and arrival punctuality, and improve service quality.

The invention discloses a millimeter-wave radar-based traffic flow detection system and a detection method thereof, which belong to the technical field of road traffic conditions and solve the problem of traffic flow leakage detection in traditional coils, geomagnetism, and video detectors and the traditional microwave radar in the vehicle speed. When it is low, the detection accuracy is low. It mainly includes millimeter-wave radar detectors, MCU control units and central system unit units erected above the detection road. The present invention can realize vehicle trajectory identification and vehicle numbering, and on this basis, according to different road section scenarios and deployment schemes of millimeter-wave radar detectors, a single-detector traffic flow and road section flow calculation method based on trajectory data is proposed; the method of the present invention It is simple and not redundant, and can accurately determine the state of road traffic flow, with an accuracy rate of over 95%. It provides refined road basic flow data support for traffic control, which is of great significance for improving traffic control effects and improving traffic management efficiency.

The invention discloses a method and device for obtaining evidences of rule and regulation breaking of vehicles not running in an alternating mode. According to the method and device, when vehicles enter a merged lane from a main lane or auxiliary lanes, evidences of rule and regulation breaking of vehicles which do not run in the alternating mode are obtained, a vehicle entering a tracking area is tracked, tracking records of the vehicle is generated, video images of the vehicle are captured and stored according to preset conditions, when the tracked vehicle leaves a trigger line in the tracking area, the vehicle is regarded as the current vehicle, whether the current vehicle breaks rules and regulations is judged according to the fact that the current vehicle and the vehicle leaving from the trigger line are from the same lane, if yes, the captured video images of the current vehicle are picked out according to storage index information of the captured video images in the tracking records to form a rule and regulation breaking record, and if not, it is judged that the current vehicle does not break rules and regulations. The device comprises a video tracking module and a rule and regulation breaking judgment module. By means of the method and device, rule and regulation breaking actions can be accurately judged, evidences can be obtained, and work efficiency of traffic management is improved.

A traffic management method based on vehicle-to-infrastructure integration technology comprises the following steps of S1, acquiring motion data of all vehicles which are connected with a road-side unit in a vehicle-to-infrastructure technology (V2I) communication mode; S2, detecting whether an abnormal event occurs, and determining the type of the abnormal event; S3, when the abnormal event is a traffic accident, executing a step S4; S4, extracting the position and the speed of all vehicles in a traffic accident range in a preset time period; S5, calculating an average vehicle speed V in the traffic accident range; S6, comparing for determining whether the average vehicle speed V is smaller than a preset least vehicle speed V_min, if yes, performing a step S18, and otherwise, performing a step S7; ....; and S12, calculating the number sumi of queuing vehicles of each lane behind a first parking line and sequencing the numbers sumi from highest to lowest, and dynamically distributing passing time length of each lane according to the sumi. The traffic management method has beneficial effects of high traffic management efficiency, no manpower resource consumption and low danger coefficient. The traffic management method has functions of dynamically distributing lanes for the vehicles, improving traffic operation efficiency, performing ordered control on the vehicles at a crossing, and effectively reducing traffic accident rate at the crossing.

A road traffic signal control method and system based on video detection of pedestrians crossing the street. The method includes the following steps: Step S1: collecting pedestrian video images of the waiting area outside the crosswalk; Calculate and obtain the number of pedestrians in the waiting area, and count when the first pedestrian is obtained; Step S3: Determine whether the number of pedestrians in the waiting area exceeds the preset number, or whether the waiting time of the first pedestrian exceeds the preset time, if the two If yes, execute step S4; if both are no, return to step S2; and step S4: switch the pedestrian traffic signal to a green state. The invention can collect video images of pedestrians through video, thereby automatically switching pedestrian traffic signal lights from a red light state to a green light state according to the number of pedestrians or waiting time, thereby reducing pedestrian waiting time and improving traffic management efficiency.