KR102377643B1 - Vehicle driving information provision system using controlled traffic signal information and method thereof - Google Patents

Abstract

The present invention relates to a system and method for providing vehicle driving information using controlled traffic signal information.
In the present invention, a vehicle driving information providing computer providing status information of a vehicle traffic light installed on a road based on destination information of a driving vehicle, and a hybrid traffic control system and a vehicle providing control data of a vehicle signal light to the vehicle driving information providing computer In a system comprising a vehicle driving information display means for displaying driving information of
The vehicle driving information providing computer receives the destination information and location information of the driving vehicle, receives the vehicle traffic light control data of the road related to the destination information provided by the hybrid traffic control system, and drives to the vehicle driving information display means A system and method for providing vehicle driving information using controlled traffic signal information, characterized in that it displays status information of vehicle traffic lights on a road, and a method thereof are provided.

Description

Vehicle driving information provision system using controlled traffic signal information and method thereof

The present invention relates to a system for providing vehicle driving information and a method therefor. More specifically, it relates to a technology that provides traffic information related to traffic signals to a vehicle in motion so that a driver can go to a destination on an optimal route for traffic lights, By using the traffic signal information in which the blinking cycle and time are controlled for each color, the blinking state of each color of the vehicle traffic light on the driving road and the remaining time of the lit traffic light are displayed on the vehicle driving information terminal in the vehicle, and the vehicle driving of the vehicle Based on the destination information set in the information terminal, the controlled traffic signal information of the road existing on the route to the destination, and the driving speed limit information of the road, the vehicle driving information terminal sends a traffic signal to the destination or in the currently set area. The present invention relates to a system for providing vehicle driving information using controlled traffic signal information that provides information on an optimal driving route and a method therefor.

A technology for providing road traffic information to a vehicle in motion to a mobile terminal such as a fixed driving information terminal installed in the vehicle or a smart phone is developing day by day. It provides driving information based on geographic information and location information around driving through an application program that is output to a fixed driving information terminal installed in a vehicle called a navigation system or a smartphone possessed by the passenger information is provided at the same time, and the optimal route to the destination and arrival time of the destination are provided with this information.

In addition, inventions for allowing the driver to safely drive or select a route by providing information on the blinking time of a vehicle traffic light on the driving road to the vehicle driving information terminal are also being continuously disclosed.

Korean Patent Publication No. 10-2009-0074309 (published on July 07, 2009) discloses an invention of a route search method and apparatus reflecting traffic signals.

The disclosed invention (1) receives a signal from a server in which traffic signal information is stored and searches for and provides a route reflecting the traffic signal, thereby minimizing the waiting time due to the signal. A method and apparatus, comprising: a first step of receiving traffic data from a context server when a destination is input; a second step of searching for a route using the received traffic data; a third step of determining whether to wait for a signal when a turn point occurs during the route; a fourth step of determining the time it takes to rotate through vehicle-to-vehicle short-distance communication when the signal is waiting; a fifth step of comparing the rotation time determined in the fourth step with the rotation time through the detour route; and a sixth step of displaying the detour path when the rotation time through the detour path is short.

In addition, the invention of the cloud-based traffic signal information providing system of Republic of Korea Patent Publication No. 10-2019-0056695 (published date: May 27, 2019) is disclosed.

The disclosed invention (2) includes a traffic light control terminal installed in a vehicle passage and controlling the blinking of a traffic light; It communicates with the traffic light control terminal to store and manage traffic signal operation information including the lighting state and lighting time of the traffic light in a management area, and remotely control the traffic light control terminal, and a component from the traffic light control terminal a traffic signal operation server that receives and manages state information including whether or not there is a failure; a vehicle terminal installed in a vehicle traveling on the vehicle passage and having display means for displaying at least the travel route; and a traffic signal information providing server for receiving the traffic signal operation information from the traffic signal operation server in connection with the traffic signal operation server, and transmitting the traffic signal operation information together with information related to the driving route to the vehicle terminal. includes,

The traffic signal operation server may include: a traffic signal operation information synchronization module communicating with the traffic signal information providing server to synchronize the time of the traffic signal operation information; and a traffic signal display information transmission module that generates traffic signal display information to be displayed on the vehicle terminal and transmits it to the traffic signal information providing server together with the traffic signal operation information.

The disclosed invention (1) can reduce the waiting time for a signal by a traffic signal by searching for a route that reflects the traffic condition and traffic signal, and predict how long it takes to pass the signal through short-distance communication between vehicles when waiting for a signal An invention that searches for and compares a detour route and provides a route with a shorter expected required time, or the need to estimate the waiting time through inter-vehicle communication at each place where there is a vehicle traffic light, is used due to excessive communication load There is a problem that there is only a small part of this, and there is a problem in that the optimal route must be searched for each place where there is a traffic light by using only whether the traffic signal information is on standby or not.

In addition, the disclosed invention (2) is an invention that provides the present time and traffic situation information and traffic signal information of the traffic signal to the vehicle terminal so that the vehicle can check the traffic signal on the road and the state of the traffic light in the vehicle terminal, In order to maintain a smooth traffic flow, it is impossible to control the driving of traffic lights based on real-time vehicle driving information and past information, and there is a problem in that useful information cannot be provided to a vehicle terminal using this.

Therefore, based on data such as the driving destination information of the vehicle, real-time driving information of the vehicle being driven, and historical traffic information of a specific road, route or area, the blinking period and time of the vehicle traffic lights on the road are controlled, and the controlled traffic An invention that provides optimal vehicle running speed information including optimal route information in which vehicle traffic light information is considered based on road, route and vehicle traffic light state information to a destination based on signal information is desired.

Korean Patent Publication No. 10-2009-0074309 (published on July 07, 2009) Republic of Korea Patent Publication No. 10-2019-0056695 (published on May 27, 2019)

The present invention is to solve the problems of the prior art, and an object of the present invention is that the blinking cycle and time for each color of a vehicle traffic light installed on a road of a driving path of a vehicle in motion is based on real-time vehicle driving information and previous vehicle driving information. By using the traffic signal information controlled by the control data derived from Based on the destination information set in the terminal, the controlled traffic signal information of the road existing on the route to the destination, and the driving speed limit information of the road, considering the traffic signal to the destination or in the currently set area in the vehicle driving information terminal An object of the present invention is to provide a vehicle driving information providing system and method using controlled traffic signal information that provides optimal driving route information.

As a technical solution means for achieving the object of the present invention, as a first aspect of the present invention, information such as a blinking state and remaining time of each color of a vehicle traffic light located in front by receiving destination information and location information of a driving vehicle to be visually displayed on the vehicle driving information terminal of the vehicle, and to provide optimal driving speed information based on the driving speed limit information of the road and the controlled traffic signal information, and based on the destination information of the driving vehicle a vehicle driving information providing computer that provides route information that minimizes the signal waiting time of a driving vehicle based on vehicle traffic light information of roads of a plurality of possible routes to be displayed visually on a vehicle driving information terminal of the vehicle; a vehicle driving information storage computer that stores data such as driving information including destination information and location information, vehicle information, controlled traffic signal information, route calculation information, and location-based publicity information; At least one vehicle driving information terminal that provides vehicle information including destination information and location information to the vehicle driving information providing computer and receives traffic signal-based traffic light information and optimal driving route information controlled from the vehicle driving information providing computer Wow; Receive vehicle driving information including real-time location information from the at least one vehicle driving information terminal, and generate optimal control data of vehicle traffic lights through similarity extraction and simulation with stored existing vehicle driving information, and provide it to the vehicle driving information providing computer a hybrid traffic control system; a traffic light control computer that receives the traffic signal control data generated from the hybrid traffic control system and generates a traffic light control signal; Provided is a system for providing vehicle driving information using controlled traffic signal information including at least one vehicle traffic light controller that receives a traffic signal control signal from the traffic light control computer and controls each of the traffic lights.

In addition, in a second aspect of the present invention, a user terminal for outputting a vehicle driving information display means possessed by a passenger of a vehicle being driven; a driving information management computer that receives destination information and location information of the vehicle input to the vehicle driving information display means and provides a driving route and traffic information to the destination of the vehicle to the user terminal; a vehicle driving information providing computer that receives destination information of the driving vehicle and location information of the user terminal from the user terminal of the vehicle or from the driving information management computer, and provides traffic signal information and route information to the destination to the user terminal; The vehicle driving information and location information are received from the driving vehicle and at least one user terminal driving on the same road to control the blinking cycle and blinking time for each color of the vehicle traffic light, and the controlled traffic light information is provided to the vehicle driving information a traffic signal control system provided to the terminal;

The vehicle driving information providing computer is the first vehicle traffic light located in front of the vehicle being driven, the vehicle traffic light status information of the front, such as the lighting remaining time count of the lighting signal light, and the vehicle's destination information obtained on the basis of the 2 providing status information of vehicle traffic lights to the user terminal to display on the vehicle driving information display means;

Based on the controlled vehicle traffic light state information of at least one route capable of driving to the destination of the driving vehicle provided from the traffic signal control system, information on the route with the shortest waiting time of the vehicle traffic light is provided to the user terminal to the user terminal. A system for providing vehicle driving information using controlled traffic signal information is provided, characterized in that it is displayed on the vehicle driving information display means.

In addition, in a third aspect of the present invention, a user terminal for outputting the vehicle driving information display means possessed by the passenger of the vehicle being driven; a driving information management computer that receives destination information and location information of the vehicle input to the vehicle driving information display means and provides a driving route and traffic information to the destination of the vehicle to the user terminal; a vehicle driving information providing computer that receives destination information of the driving vehicle and location information of the user terminal from the user terminal of the vehicle or from the driving information management computer, and provides traffic signal information and route information to the destination to the user terminal; The vehicle driving information and location information are received from the driving vehicle and at least one user terminal driving on the same road to control the blinking cycle and blinking time for each color of the vehicle traffic light, and the controlled traffic light information is provided to the vehicle driving information Using a system including a traffic signal control system provided to a computer,

inputting, by the user terminal, destination information of a driving vehicle into the vehicle driving information display means; receiving, by the vehicle driving information providing computer and the traffic signal control system, destination information and location information of the vehicle; The traffic signal control system generates control data of vehicle traffic lights installed on a drivable route from the current location of the vehicle to the destination based on the received destination information and location information of the vehicle, and the blinking period and blinking time for each color of the vehicle traffic light controlling the; receiving, by the vehicle driving information providing computer, control data of vehicle traffic lights installed on a drivable route from the current location of the vehicle to a destination from the traffic signal control system; The vehicle driving information providing computer extracts the lighting state information for each color of the vehicle traffic lights installed on the drivable route based on the received control data of the vehicle traffic lights, and based on this, selects the route information with the shortest signal waiting time of the vehicle traffic light step of; providing, by the vehicle driving information providing computer, selected route information to the vehicle; receiving, by the vehicle driving information providing computer, the current location information of the vehicle being driven, and confirming whether the provided route information is consistent with each other; providing, by the vehicle driving information providing computer, route information to be changed simultaneously with route departure guidance, to the vehicle driving information display means when the current location of the vehicle being driven does not match the provided route information; When the driving route of the vehicle confirmed by the vehicle driving information providing computer matches the provided driving route, the state information including the lighting color and the remaining lighting time of the vehicle traffic light in front of the currently driving road displayed on the vehicle driving information display means and the A method of providing vehicle driving information using controlled traffic signal information is provided, including displaying status information including a waiting time of a vehicle traffic light in a display area of a vehicle driving information display means.

According to the present invention, the blinking period and blinking time for each color of the vehicle traffic lights installed on the road of the driving path of the vehicle in motion are controlled by the control data derived based on the real-time vehicle driving information and the reference vehicle driving information. to display the blinking state of each color of the vehicle traffic light on the road being driven and the remaining time of the lit signal light on the vehicle driving information terminal in the vehicle, and the destination information set in the vehicle driving information terminal of the vehicle and the route to the destination. Based on the controlled traffic signal information of the road and the driving speed limit information of the road, it is possible to provide optimal driving route information in consideration of traffic signals to a destination or in a currently set area to the vehicle driving information terminal.

1 is a schematic configuration diagram of an embodiment of a system for providing vehicle driving information using controlled traffic signal information of the present invention.
2 is a schematic configuration diagram of an embodiment of a vehicle driving information providing computer, which is a main part of a vehicle driving information providing system using controlled traffic signal information of the present invention.
3 is a schematic configuration diagram of an embodiment of a vehicle driving data storage computer, which is a main part of a system for providing vehicle driving information using controlled traffic signal information of the present invention.
4 is a schematic configuration diagram of an embodiment of a vehicle driving information display means display screen, which is a main part of the vehicle driving information providing system using controlled traffic signal information of the present invention.
5 is a schematic configuration diagram of another embodiment of the vehicle driving information display means display screen, which is the main part of the vehicle driving information providing system using the controlled traffic signal information of the present invention.
6 is a schematic configuration diagram of an embodiment of another display screen of vehicle driving information display means, which is a main part of the vehicle driving information providing system using controlled traffic signal information of the present invention.
7 is a schematic configuration diagram of an embodiment of a hybrid traffic control system, which is a main part of a system for providing vehicle driving information using controlled traffic signal information of the present invention.
8 is a schematic configuration diagram of another embodiment of a hybrid traffic control system, which is a main part of a system for providing vehicle driving information using controlled traffic signal information of the present invention.
9 is a schematic configuration diagram of an embodiment of a big data platform management computer, which is a main part of the hybrid traffic control system of the present invention of FIGS. 7 and 8 .
10 is an explanatory diagram of an application example of traffic signal control data generated in the embodiment of the hybrid traffic control system of the present invention.
11 is a flowchart for explaining an embodiment of a method for providing vehicle driving information using controlled traffic signal information according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the configuration and operation of the present invention according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Terms used in the description of the embodiments of the present invention will be defined. Various computers and terminals used in the present invention may consist of hardware itself, or a computer program, web program, or cloud computing program utilizing the hardware resources. For example, the vehicle driving information providing computer, artificial intelligence computer, big data platform management computer, etc. of the present invention may consist of hardware included in each computer, and a computer program, web It may consist of a program or a cloud computing program.

In addition, in the embodiment of the present invention, "vehicle driving information terminal" and "user terminal" may be used with the same meaning, and may be expressed differently according to necessity for the description of the embodiment.

In addition, in an embodiment of the present invention, the term "real-time~" may be used simultaneously or in a meaning including a delay time during data processing and transmission/reception time.

In addition, in the embodiment of the present invention, each computer, each system, or terminal is illustrated and described separately for convenience of explanation of the embodiment of the present invention, and the present invention is not limited thereto, and some components may be included in other components. Also, one component may be further separated.

The above-described terms and enumeration of terms are merely examples, and may include various terms and elements not listed, and the like, predictable by those skilled in the art.

1 is a schematic configuration diagram of an embodiment of a system for providing vehicle driving information using controlled traffic signal information of the present invention.

As shown in FIG. 1, the vehicle driving information providing system using the controlled traffic signal information of the present invention receives the destination information and location information of the vehicle being driven, and the blinking state and remaining time of each color of the vehicle traffic lights located in the front, etc. information of the vehicle so that it can be displayed visually on the vehicle driving information terminal of the vehicle, and provides optimal driving speed information based on the driving speed limit information of the road and the controlled traffic signal information, and destination information of the driving vehicle A vehicle driving information providing computer that provides route information that minimizes the signal waiting time of a driving vehicle based on vehicle traffic light information of a plurality of possible routes based on the information so that it can be visually displayed on the vehicle driving information terminal of the vehicle (1000) and; a vehicle driving data storage computer 2000 for storing data such as driving information and vehicle information including destination information and location information of the driving vehicle, controlled traffic signal information, route calculation information, and location-based publicity information; At least receiving vehicle information including destination information and location information to the vehicle driving information providing computer 1000 and receiving the traffic signal-based traffic light information and optimal driving route information controlled from the vehicle driving information providing computer 1000 One vehicle driving information terminal (3000) and; The vehicle driving information is provided by receiving vehicle driving information including real-time location information from the at least one vehicle driving information terminal 3000 and generating optimal control data of vehicle traffic lights through simulation and similarity extraction with stored existing vehicle driving information. A hybrid traffic control system 4000 provided to the computer 1000 and; a traffic light control computer 5000 that receives the traffic signal control data generated from the hybrid traffic control system 4000 and generates a traffic light control signal; At least one vehicle traffic light controller ( 6000) is included.

The vehicle driving information providing computer 1000 may be a computer program, an application program, a web program or a cloud application program that performs and manages the operations of the embodiment of the present invention, and may be configured as a server computer having a wired/wireless communication means. can

The vehicle driving data storage computer 2000 may be connected to communication with the vehicle driving information providing computer 1000 or may have a configuration included in the vehicle driving information providing computer 1000, and a database server for storing and managing data It can be configured as a computer (DBMS).

The vehicle driving information terminal 3000 includes, for example, a mobile communication terminal such as a smartphone, a tablet computer, and a laptop computer equipped with a driver or occupant of a driving vehicle in which a vehicle driving information display means such as a navigation program is executed, Alternatively, it may be configured as a dedicated navigation terminal fixedly installed inside the vehicle.

2 is a schematic configuration diagram of an embodiment of a vehicle driving information providing computer, which is a main part of a vehicle driving information providing system using controlled traffic signal information of the present invention.

As shown in FIG. 2, the vehicle driving information providing computer 1000 of the present invention is fixedly provided in a vehicle or a mobile communication terminal such as a smart phone used by drivers who have signed up as a user member of the system of the present invention or used. a vehicle driving information terminal management module 1100 for receiving, storing, and managing vehicle driving information terminal information such as a navigation system; a vehicle driving information management module 1200 for storing and managing destination information and location information of the vehicle received from the vehicle driving information terminal; a traffic signal control data management module 1300 for storing and managing data for controlling vehicle traffic lights of routes related to destination information of a vehicle received from the hybrid traffic control system; a road information management module 1400 for storing and managing information on roads of routes related to the destination information of the vehicle and vehicle traffic lights installed on the road; a vehicle traffic light information management module 1500 for generating, storing, and managing controlled traffic signal information of vehicle traffic lights of a destination-related route of the vehicle based on the information managed by the traffic signal control data module 1300; a route search management module 1600 for searching, setting, storing, and managing a route comprising the shortest waiting time for a vehicle traffic light of the vehicle being driven based on the controlled traffic signal information of the destination-related routes of the vehicle; a vehicle driving information display means management module 1700 for updating and maintaining the vehicle driving information display means executed in the vehicle driving information terminal; an augmented reality data management module 1800 for managing updates of augmented reality (AR) contents displayed on the vehicle driving information display means; Includes an information content management module 1900 that stores and manages location-based various information such as specific area information for displaying according to the route set in the vehicle driving information display means or displayed as augmented reality content, and information on advertisers' promotional content is a configuration that

The information managed by the vehicle driving information terminal management module 1100 may be composed of user information including phone number information such as a user's smart phone.

The vehicle driving information management module 1200 may receive and store the destination information of the vehicle input from the vehicle driving information terminal, and may receive and store real-time current location information of the vehicle driving information terminal in the vehicle while driving.

The traffic signal control data management module 1300 is a traffic that controls the status information such as the blinking period and blinking time of each color of the vehicle traffic lights of the destination-related driving routes of the vehicle generated and provided by the hybrid traffic control system 4000 It can be configured to store and manage signal control data.

The road information management module 1400 may be configured to store and manage information on roads and traffic lights installed on the roads of drivable routes that can reach the destination related to the destination information of the vehicle.

The vehicle traffic light information management module 1500 provides status information such as the blinking period and blinking time for each color of the vehicle traffic lights installed on the roads of the destination-corresponding routes of the vehicle managed by the road information management module 1400, the traffic signal. By grafting the traffic signal control data managed by the control data management module 1300, it may be configured to generate state information of vehicle traffic lights of the routes, provide it to the vehicle driving information terminal 3000, and manage it.

The route search management module 1600 is a driving vehicle based on the status information of the controlled vehicle traffic lights installed on the roads of drivable routes that can reach the destination of the vehicle managed by the vehicle traffic light information management module 1500 It may be configured to search and select a route leading to a road with the shortest waiting time for a vehicle traffic light, and to provide it to the vehicle driving information terminal 3000 .

The vehicle driving information display means management module 1700 is configured to manage navigation program information executed in the vehicle driving information terminal 3000 . The navigation program includes a vehicle driving information display means provided and directly managed by the vehicle driving information providing computer 1000, a vehicle driving information display means for a navigation program provided by a separate operator such as a communication service provider, and fixedly provided in the vehicle. It may be configured to have vehicle driving information display means information of a navigation program executed in the configured vehicle driving information terminal and to manage updates and information provision.

The augmented reality data management module 1800 may be configured to update content to be displayed on the basis of location in the augmented reality implementation means output together with the vehicle driving information display means from the vehicle driving information terminal.

The information content management module 1900 may be configured to receive, store, and manage location-based area information, tourism information in a specific region, and advertisement contents of advertisers.

In the description of the configuration of the vehicle driving information providing computer 1000 according to the embodiment of the present invention, each component is distinguished and described as an independent module, but this is not limited to the above description. It is important that each module has its function, and one module may be further subdivided for each function, and, if necessary, two or more modules may be combined to form one module.

3 is a schematic configuration diagram of an embodiment of a vehicle driving data storage computer, which is a main part of a system for providing vehicle driving information using controlled traffic signal information of the present invention.

As shown in FIG. 3 , the vehicle driving data storage computer 2000 of the present invention includes phone number information of a mobile communication terminal such as a smart phone used by the driver or passengers of the vehicle, or a vehicle such as a navigation device fixedly provided in the vehicle. a vehicle driving information terminal information storage unit 2100 for storing information on the vehicle driving information terminal on which the driving information display means is executed and user information using the vehicle driving information terminal; a vehicle destination information storage unit 2200 for receiving and storing the received destination information of the vehicle input to the vehicle driving information display means of the vehicle driving information terminal; a vehicle location information storage unit 2300 for periodically or real-time receiving and storing the location information of the vehicle sent from the vehicle driving information display means of the vehicle driving information terminal; a traffic signal control data storage unit 2400 for storing data for controlling vehicle traffic lights of routes related to the destination information of the vehicle received from the traffic signal control system; a road information storage unit 3500 for storing information on roads of routes related to the destination information of the vehicle and vehicle traffic lights installed on the road; a vehicle traffic light information storage unit 2600 for storing the controlled traffic signal information of the vehicle traffic lights of the destination-related route of the vehicle generated based on the information managed by the traffic signal control data module 1300; A search route for storing route information consisting of the shortest waiting time for a vehicle traffic light of the vehicle being driven based on the controlled traffic signal information of the destination-related routes of the vehicle searched and selected by the route search management module 1400 an information storage unit 2700; Augmented reality (AR: Augmented Reality) content to be displayed on the vehicle driving information display means and an augmented reality data storage unit (2800) for storing updated content; Configuration including an information content storage unit 2900 for storing location-based various information such as specific area information for displaying according to the route set in the vehicle driving information display means or displayed as augmented reality content, and information on advertiser's promotional content am.

4 is a schematic configuration diagram of an embodiment of a vehicle driving information display means display screen, which is a main part of the vehicle driving information providing system using controlled traffic signal information of the present invention.

As shown in FIG. 4 , the display screen of the vehicle driving information display means 3000 of the present invention includes the minimum road information and the surrounding information connected to the driving road 3120 including the driving road 3120 of the vehicle 3110 being driven. a current driving road display screen 3100 on which location information of the vehicle 3110 is combined and displayed; a driving direction display 3130 for indicating a driving direction of the vehicle 3110 at an intersection ahead of the vehicle 3110; a first vehicle traffic light display unit 3150 for visually displaying the lighting state 3151 of the front vehicle traffic light of the vehicle and the remaining time information 3152 of the signal; A second vehicle traffic light display unit 3160 that displays status information 3161 and signal waiting time information 3162 of a vehicle traffic light located next to the front vehicle traffic light on the road 3120 of the driving route of the vehicle 3110 configuration that includes

The first vehicle traffic light display unit 3150 may be configured to display the lighting state of the vehicle traffic light in the same state as that of the actual vehicle traffic light in front of the road and to display the remaining time of the currently lit traffic light. In addition, in the second vehicle traffic light display unit 3160 for vehicle traffic light information on the driving route road located next to the vehicle traffic light corresponding to the first vehicle signal light display unit 3150, the vehicle traffic light in the same state as the actual vehicle traffic light lighting state It can be configured to display on and display signal waiting time information when the vehicle 3110 approaches a vehicle traffic light.

5 is a schematic configuration diagram of another embodiment of the vehicle driving information display means display screen, which is the main part of the vehicle driving information providing system using the controlled traffic signal information of the present invention.

As shown in FIG. 5 , the display screen of the vehicle driving information display means 3000 of the present invention is set by the vehicle driver in the vehicle driving information terminal or is provided as an option, and is connected to the road of the vehicle 3210 being molested. a driving road display screen 3200 for each area, which displays road information in a predetermined range and location information of the vehicle 3210 in combination; a driving road display 3220 for displaying a driving road of the vehicle 3210 among the roads within the range; a driving direction display 3240 for displaying the driving direction of the vehicle 3210 on the driving road display 3220; a vehicle traffic light display unit 3250 for displaying the lighting state and remaining time of the vehicle driving signal light installed on the road ahead of the current location of the vehicle 3210 being driven; It is a configuration including a signal waiting time display 3260 for displaying the state of the vehicle traffic light installed on the road of the driving route and the signal waiting time of each vehicle traffic light when the vehicle starts from the current location.

The provision of the driving direction display 3240 displayed on the driving road display 3220 and the driving road display 3220 is calculated by the hybrid traffic control system 4000 of the present invention described above and provided as a calculated result, The actual vehicle traffic light lighting state and remaining time displayed on the vehicle traffic light display unit 3250 are also controlled by the hybrid traffic control system 4000, and the control data is the vehicle driving information display means of the present invention. Since it is provided in the same way, the same information may be displayed on the actual vehicle traffic light status and the vehicle traffic light display unit 3250 displayed on the vehicle driving information display means.

6 is a schematic configuration diagram of an embodiment of another display screen of vehicle driving information display means, which is a main part of the vehicle driving information providing system using controlled traffic signal information of the present invention.

As shown in FIG. 6 , the vehicle driving information display means 3000 of the present invention is displayed or in a state in which the current driving road display screen 3100 or the driving road display screen 3200 by area of FIG. 4 or 5 is displayed. At the same time, along with the driving direction indications 3140 and 3240 of the road, the additional content 3370 registered in the vehicle driving information providing computer 1000, for example, a coffee shop, gas station, restaurant, convenience store, local information, etc. can be displayed using an augmented reality program. The additional content 3370 may be displayed along the driving direction displays 3140 and 3240 as described above depending on the setting, and the additional content registered in the corresponding direction according to the direction of the vehicle driving information terminal 3000 content can be displayed. More preferably, the real object (road, building, etc.) in front of the driving position of the vehicle may be displayed, and the additional content may be displayed at the corresponding position. By grafting the augmented reality program to the vehicle driving information display means, it is possible to freely provide service contents that cannot be implemented in conventional navigation, etc. according to directions and areas.

In addition, the additional content registered in the vehicle driving information providing computer 1000 may be updated periodically or in real time, thereby providing more accurate information to the vehicle driver.

The embodiment of the vehicle driving information providing system of the present invention described above is a vehicle traffic light generated by using information such as the current and existing vehicle speed and traffic volume on the driving road in the traffic signal control system for the state of the vehicle traffic light on the driving road. Based on the traffic signal control data that can optimize the control of the vehicle traffic light, the lighting cycle and lighting time of the vehicle traffic lights can be controlled.

7 is a schematic configuration diagram of an embodiment of a hybrid traffic control system, which is a main part of a system for providing vehicle driving information using controlled traffic signal information of the present invention.

As shown in FIG. 7 , the hybrid traffic control system of the present invention is a traffic control dedicated navigation application that is located in a vehicle traveling on a road or a vehicle waiting for a signal and displays vehicle driving information such as the vehicle's driving destination, route and location information. a first vehicle driving information terminal 310 on which the program is executed; a second vehicle driving information terminal 320 in which a general navigation application program of a provider providing and managing a navigation application program is executed; a real-time vehicle information providing unit 300 including a vehicle driving app information management computer 330 of providers that collects and manages vehicle driving information transmitted from the second vehicle driving information terminal 320;
Real-time collecting and storing the vehicle driving information transmitted from the first or second vehicle driving information terminals 310 and 320 of a vehicle driving on a road or a vehicle waiting for a signal from the real-time vehicle information providing unit 300 in real time The vehicle driving information collection unit 110 and the real-time vehicle driving information collected by the real-time vehicle driving information collection unit 110 are provided as real-time traffic information data and a real-time traffic information simulation unit 120 that models the real-time traffic volume of the road. And, a traffic control operation computer 100 including a past traffic information simulation unit 130 for modeling the past traffic volume of the road by receiving the stored past vehicle driving information on the road as historical traffic information data and ;

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a traffic information data storage computer 150 for storing the real-time vehicle driving information collected by the real-time vehicle driving information collection unit 110 or past vehicle driving information collected in the past;

a cloud computing system 400 for storing and managing real-time vehicle driving information collected in the real-time vehicle driving information collection unit 110 or past vehicle driving information collected in the past;

Traffic data platform management computer 500 for receiving past vehicle driving information including real-time vehicle driving information from the cloud computing system 400 and providing it to an application (past traffic information simulation unit) as traffic information data through classification and analysis )Wow;

A model similarity analysis unit that obtains historical traffic information simulation information from the past traffic information simulation unit 130 and real-time traffic information simulation information from the real-time traffic information simulation unit 120, analyzes the similarities in two traffic information models, and provides them 610, a control condition learning unit 620 that learns an optimal condition of traffic control by using the similarity and dissimilarity data analyzed by the model similarity analysis unit 610, and the control condition learning unit 620 an artificial intelligence computer 600 including a traffic signal control data generating unit 630 for generating traffic signal control data of a target road based on the result value;

A traffic signal control computer 700 that is connected to the artificial intelligence computer 600, receives the traffic signal control data, converts it into a traffic signal control signal, and controls each traffic signal controller 800 installed on the target road. ) is included.

The first vehicle driving information terminal 310 includes a mobile terminal such as a smart phone, and vehicle driving information generated in a traffic control dedicated navigation application program executed is real-time vehicle driving information collection of the traffic control operation computer 100 . It can be configured to be transmitted directly to the unit 110 .

The second vehicle driving information terminal 320 includes a mobile terminal such as a smart phone, and real-time vehicle driving information generated in a general navigation application program that is executed is transmitted to the vehicle driving application information management computer 330 and the traffic The real-time vehicle driving information collection unit 110 of the control operation computer 100 may be configured to access the vehicle driving app information management computer 330 to collect real-time vehicle driving information.

The data used for the traffic information modeling of the road map by the past traffic information simulation unit 130 is past traffic information data collected and stored by the real-time vehicle driving information collection unit 110 from the real-time vehicle information providing unit 300 . may be, and may also be other accumulated traffic information data of the corresponding road.

In addition, the configuration of the traffic signal control computer 700 is the same as that of the traffic light control computer 5000 of FIG. 1 , and the configuration of the traffic signal controller 800 includes the vehicle traffic light controller and the pedestrian traffic light controller of FIG. It has the same configuration as the included traffic light controller 6000, but is expressed differently due to the necessity of a suitable description of the embodiment of the present invention.

8 is a schematic configuration diagram of another embodiment of the hybrid traffic control system of the present invention.

In another embodiment of the hybrid traffic control system, which is a component of the embodiment of the present invention shown in FIG. 8, the same elements as those used in the configuration in FIG. 8 will be described using the same reference numerals.

As shown in FIG. 8, the hybrid traffic control system of the present invention includes various types of historical traffic information data collected by at least one traffic information computer unit 210, 220 based on various information for a certain period in the past, and at least At least one real-time traffic detection data management computer unit 260 storing real-time traffic detection data collected from a plurality of road traffic detectors 250 in at least one traffic information data storage computer 220, 240 a traffic information system 200;

Vehicle driving information app management system 300 including at least one vehicle driving app management computer unit 320 for receiving and storing vehicle driving information data collected from the vehicle driving information generating terminal 320 in the vehicle driving on the road class;

A traffic information data collection unit 111 that collects historical traffic information data and real-time traffic detection data from the traffic information system 200, and a real-time traffic detection data management computer unit 260 of the traffic information system 200 in real time A real-time traffic information data collection unit 110 that collects traffic detection data and real-time vehicle driving information data from the vehicle driving app management computer unit 330 of the vehicle driving information app management system 300, and the real-time traffic information data A real-time traffic information simulation unit 130 that performs real-time vehicle driving modeling by analyzing A traffic control operation computer 100 comprising a;

a cloud computing system 400 connected to the traffic control operation computer 100 to store and manage the historical traffic information data and real-time traffic information data, respectively;

The traffic information big data of the traffic control operation computer 100 is obtained by accessing the cloud computing system 400 and storing historical traffic information data and real-time traffic information data to analyze the traffic information big data and the analyzed big data a big data platform management computer 500 provided to the simulation unit 130;

Model similarity analysis that provides traffic information big data simulation information from the traffic information big data simulation unit 130 and real-time traffic information simulation information from the real-time traffic information simulation unit 120 and analyzes the similarities in two traffic models unit 610, a control condition learning unit 620 for learning the optimal condition of traffic control by using the similarity and dissimilarity data analyzed by the model similarity analysis unit 610, and the control condition learning unit 620 an artificial intelligence computer 600 including a traffic signal control data generating unit 630 for generating traffic signal control data of a target road based on the result value of ;

A traffic signal control computer 700 that is connected to the artificial intelligence computer 600, receives the traffic signal control data, converts it into a traffic signal control signal, and controls each traffic signal controller 800 installed on the target road. ) is included.

The traffic information computer unit 210 , 230 may be composed of, for example, a computer such as a local government, a government agency, or a private institution that collects and manages various types of traffic information as data, and the traffic information data storage unit 220 ) The traffic information data stored in 240 may include traffic volume data, traffic speed data, etc. under various conditions of the whole or region or section or road. The traffic information collected by the real-time traffic detection data management computer unit 260 is installed on the road and detects driving or waiting vehicle information as local traffic information. It may include various devices such as The real-time traffic information collected by the vehicle driving app management computer unit 330 is a vehicle driving information terminal 320 driven by a driver while driving or in a waiting vehicle, for example, a navigation executed in a mobile phone such as a smart phone. It may include vehicle location information and travel destination and route information transmitted by the program.

The traffic data collection unit 111 of the traffic signal control computer 100 collects traffic information big data according to various collection conditions for a certain period in the past from the traffic information system 200 to the cloud computing system 400 . It is configured to transmit, store and manage. In addition, the real-time traffic information data collection unit 110 collects real-time detected traffic data detected in real-time by the road traffic detector from the traffic information system 200 and real-time vehicle driving information collected from the navigation of the vehicle, and performs the cloud computing. transmitted to the system 400 for storage and management.

The big data platform management computer 500 may be configured to take traffic data from the cloud computing system 400 and analyze the correlation of the data to manage it as big data.

The real-time traffic information simulation unit 120 of the traffic control operation computer 100 is the real-time traffic detection data collected from the real-time traffic detection data management computer unit 260 and the vehicle driving app management computer unit 330. The real-time traffic volume and traffic speed simulation of the road can be implemented by directly utilizing the vehicle driving information data or by analyzing the real-time traffic detection data and vehicle driving information data stored in the cloud computing system 400 .

In addition, the traffic information big data simulation unit 130 of the traffic control operation computer 100 brings the traffic information big data analyzed and managed by the big data platform management computer 500, and the amount of traffic for a certain period in the past on the road. and traffic speed simulation.

The model similarity analysis unit 610 of the artificial intelligence computer 600 is for extracting information suitable for current traffic control or future traffic control, and the traffic information big data simulation information of the past in the same area or road It analyzes the similarity and dissimilarity information of the current real-time traffic information simulation information.

The control condition learning unit 620 of the artificial intelligence computer 600 derives the current or future optimal traffic control of the corresponding area or road based on the similarity analysis result of the model similarity analysis unit 610 and the dissimilarity information. As a learning program to do this, for example, a machine learning or deep learning program may be used.

The traffic signal control data generation unit 630 of the artificial intelligence computer 600 controls the traffic control of the pedestrian traffic lights and vehicle traffic lights of the corresponding area or road based on the traffic control optimal condition learning information in the control condition learning unit 620 . Data is generated and transmitted to the traffic signal control computer 700 . The traffic control data generated by the traffic signal control data generating unit 630 may vary according to the update or deepening of the traffic control optimum control condition learning information in the control condition learning unit 620 .

In addition, although not shown, when the traffic control data generated by the traffic signal control data generator 630 deviates from the traffic control data used in a similar traffic situation in the same area or the same road and a set reference value, a traffic control data error is generated It can be configured to apply the previous traffic control data used in a similar traffic situation in the same area or road in the case of re-implementing it as an error.

9 is a schematic configuration diagram of an embodiment of a traffic data (big data) platform management computer, which is a main part of the hybrid traffic control system of the present invention.

As shown in FIG. 9, the traffic data (big data) platform management computer 500 of the present invention includes traffic information data, real-time traffic information data detected by a traffic detector, real-time vehicle driving information data from a navigation device such as a mobile phone, bus a traffic information data source layer 510 made of information data and the like; a traffic information data collection layer 520 for collecting traffic information data from the traffic data source layer 510 through its own network or various networks; a gateway 530 that provides traffic information data to a traffic information big data platform; a data warehouse layer 540 including a data warehouse (DW) and a data mart (DM) that stores and archives the received traffic information data and stores data to be provided to an analysis tool; a traffic big data platform 550 that provides analyzed traffic information data to an external application 100 that utilizes and processes traffic information data; a data analysis unit 560 that receives traffic information data from the data warehouse layer 540 and the traffic big data platform 550 and analyzes and provides the traffic information data according to a set rule; It is a configuration including a security platform 570 in charge of security of the entire system of the big data platform.

The traffic information big data platform is functionally configured to include traffic information big data collection, traffic information big data analysis, and traffic information big data solution. In traffic information big data collection, a plan is prepared to identify and use data held by the public and private sectors in the transportation or related fields. In this process, it is desirable to standardize traffic information data. Data generated from different sources can be integrated through traffic information data standardization, and it is desirable to use the geographic information system to integrate traffic information data based on spatial information as much as possible. In addition, in traffic information big data analysis, it may be important to strengthen the user interface to effectively respond to the needs of various users. This is because the extraction of data desired by the user and various visualization methods for these data must be prepared. However, in the system of the present invention, visualization is not important, and it is important to utilize the analysis results. In addition, the traffic information big data solution supports the development of applications that can be actually utilized by convergence of various traffic and non-traffic data. This will guide and support various solutions created based on the transportation big data platform.

In addition, in the utilization of the traffic information big data platform, it is good to have a plan for the infringement of personal information and intellectual property rights included in the traffic information.

10 is an explanatory diagram of an application example of traffic signal control data generated in the embodiment of the hybrid traffic control system of the present invention.

As shown in FIG. 10, in the hybrid traffic control system of the present invention, the red, yellow, and green vehicles of the first traffic light 1 and the second traffic light 2 installed in the section between the first intersection and the first intersection. The fixed blinking cycle and time (O) of the traffic light is controlled by the cycle and time of green light, yellow light, red light, and green light for 1 minute and 30 seconds. According to the traffic signal control generated using the above embodiment in the hybrid traffic control system of the present invention, the traffic volume and traffic speed information of the first intersection are applied, so that the vehicle traffic light control of the first vehicle traffic light is the same for the same time (1 minute and 30 seconds). ) during the blinking control of green light, yellow light, red light, green light, yellow light and red light, and the vehicle traffic light control of the second vehicle traffic light is controlled for the same time (1 minute 30 seconds), yellow light, red light, green light, It can be seen that the control of the first and second traffic lights is changed due to the influence of the traffic volume, traffic speed, and the road connecting the intersection, etc.

In the hybrid traffic control system applied to the embodiment of the present invention, the traffic control operation computer 100 collects vehicle driving information transmitted from a vehicle while driving on a road or waiting for a signal; the real-time traffic information simulation unit of the traffic control operation computer receives the vehicle driving information as real-time traffic information data and performs real-time traffic information modeling including real-time traffic volume and traffic speed of the road; the past traffic information simulation unit of the traffic control operation computer receives the past vehicle driving information stored on the road as past traffic information data, and models the past traffic information including the past traffic volume and traffic speed of the road; the traffic control operation computer analyzes the similarity and dissimilarity between the historical traffic information modeling information and the real-time traffic information modeling information; learning traffic signal control conditions based on the similarity and dissimilarity information analyzed by the traffic control operation computer; the traffic control operation computer generates traffic signal control data of the road by using the learning result of the traffic signal control condition and transmits it to the traffic signal control computer; The traffic signal control computer may be configured to control the traffic signal installed on the road with the received traffic signal data or the converted traffic signal control signal.

According to the embodiment of the present invention, based on the traffic signal information controlled by the hybrid traffic control system and the state information of the vehicle traffic light calculated and selected by the vehicle driving information control computer, the driving route of the vehicle and the road in the corresponding driving route By synthesizing the speed limit information of , the optimal driving speed may be displayed on the vehicle driving information display means.

11 is a flowchart for explaining an embodiment of a method for providing vehicle driving information using controlled traffic signal information according to the present invention.

11, the method for providing vehicle driving information using controlled traffic signal information of the present invention includes: a user terminal for outputting vehicle driving information display means possessed by a passenger of a vehicle being driven; a driving information management computer that receives destination information and location information of the vehicle input to the vehicle driving information display means and provides a driving route and traffic information to the destination of the vehicle to the user terminal; a vehicle driving information providing computer that receives destination information of the driving vehicle and location information of the user terminal from the user terminal of the vehicle or from the driving information management computer, and provides traffic signal information and route information to the destination to the user terminal; The vehicle driving information and location information are received from the driving vehicle and at least one user terminal driving on the same road to control the blinking cycle and blinking time for each color of the vehicle traffic light, and the controlled traffic light information is provided to the vehicle driving information Using a system including a traffic signal control system provided to a computer,

receiving, by the user terminal, destination information and location information of the vehicle input to the vehicle driving information display means (S100); receiving, by the vehicle driving information providing computer and the traffic signal control system, destination information and location information of the vehicle (S110); The traffic signal control system generates control data of vehicle traffic lights installed on a drivable path from the current location of the vehicle to the destination based on the received destination information and location information of the vehicle, and the blinking period and blinking time for each color of the vehicle traffic light controlling the (S120) and; receiving, by the vehicle driving information providing computer, control data of vehicle traffic lights installed on a drivable route from the current location of the vehicle to a destination from the traffic signal control system (S130); The vehicle driving information providing computer extracts the lighting state information for each color of the vehicle traffic lights installed on the drivable route based on the received control data of the vehicle traffic light, and based on this, selects the route information with the shortest signal waiting time of the vehicle traffic light and (S140); providing, by the vehicle driving information providing computer, selected route information to the vehicle (S150); receiving, by the vehicle driving information providing computer, the current location information of the vehicle being driven, and confirming whether the provided route information is consistent with the step (S160); providing, by the vehicle driving information providing computer, route information to be changed simultaneously with route departure guidance, to the vehicle driving information display means when the current location of the vehicle being driven does not match the provided route information (S170); When the driving route of the vehicle confirmed by the vehicle driving information providing computer matches the provided driving route, the state information including the lighting color and the remaining lighting time of the vehicle traffic light in front of the currently driving road displayed on the vehicle driving information display means and the It is a configuration including the step (S180) of displaying the state information including the waiting time of the vehicle traffic light in the display area of the vehicle driving information display means.

In addition, the state information including the waiting time of a vehicle traffic light in the display area of the vehicle driving information display means is displayed or at the same time, the vehicle driving information providing computer is in front of the road on which the vehicle is currently located or the vehicle driving information terminal The method may further include displaying additional content in front of the direction to overlap with the state information including the waiting time of the vehicle traffic light.

The embodiments of the present invention described above are only some of the various embodiments of the present invention. Controlling the blinking period and blinking time of the traffic light based on the vehicle driving information of the vehicle driving information terminal of the driving vehicle of the present invention, and using the controlled traffic light information, the optimal time path related to the traffic light of the driving vehicle is selected and provided to the vehicle driving information terminal, and the vehicle driving information display means of the vehicle driving information terminal visually displays information about the lighting state, the remaining lighting time, and the signal waiting time of the vehicle traffic lights in front of or following the selected driving route. Various embodiments included in the technical idea of displaying such vehicle traffic light status information on a route to a destination and by area within a predetermined range, and displaying various additional contents as an augmented reality program on the displayed vehicle traffic light status information are various embodiments of the present invention It is natural to be included in the scope of protection of

100: traffic control operation computer
200: traffic information system
300: real-time vehicle information providing unit
400: cloud computing system
500: traffic data platform management computer, big data platform management computer
600: artificial intelligence computer
700: traffic signal control computer
800: traffic signal controller
1000: vehicle driving information providing computer
2000: Vehicle driving data storage computer
3000: vehicle driving information terminal (cold driving information display means)
4000: hybrid traffic control system
5000: traffic light control computer
6000: traffic light controller
7000: traffic light

Claims (10)

By receiving vehicle driving information including destination information and location information of the vehicle in motion, the state information of the vehicle traffic lights including the blinking state and remaining time of each color of the vehicle traffic lights located in the front is visually displayed on the vehicle driving information terminal of the vehicle. It provides to be displayed, and provides optimal driving speed information based on the driving speed limit information of the road and the controlled traffic signal information, and vehicle traffic light information of a plurality of possible routes based on the destination information of the driving vehicle. a vehicle driving information providing computer that provides route information that minimizes the signal waiting time of a driving vehicle based on
a vehicle driving data storage computer that stores data of driving information including destination information and location information of the driving vehicle, vehicle information, controlled traffic signal information, route calculation information, and location-based publicity information;
It is executed in at least one vehicle driving information terminal, and provides vehicle information including destination information and location information to the vehicle driving information providing computer, and traffic signal-based traffic light information and optimal driving route controlled by the vehicle driving information providing computer. a vehicle driving information display means for receiving information;
The vehicle driving information of the road is collected in real time from at least one driving vehicle to generate real-time traffic information simulation information that models the real-time traffic volume of the corresponding road, and the stored past vehicle driving information about the road is used as historical traffic information. It is provided as data and generates historical traffic information simulation information that models the past traffic volume of the road, analyzes similarity and dissimilarity in two traffic information simulation information, and uses the analyzed similarity and dissimilarity data to control traffic a hybrid traffic control system that learns the optimum condition of , generates traffic signal control data of the corresponding road based on the result of the learning, and provides the data to the vehicle driving information providing computer and the traffic light control computer;
The traffic light control computer controls a vehicle traffic light controller and a pedestrian traffic light controller that respectively control a traffic light including a vehicle traffic light and a walking signal light based on the traffic signal control data transmitted from the hybrid traffic control system, and the vehicle driving State information including the route information with the shortest waiting time of the vehicle traffic light and the waiting time of the vehicle traffic light generated based on the state information of the vehicle traffic light collected by the information providing computer and the traffic signal control data provided from the hybrid traffic control system Vehicle driving information providing system using controlled traffic signal information, characterized in that it provides to the vehicle driving information terminal. The method according to claim 1,
The vehicle driving information providing system using controlled traffic signal information, characterized in that the status information of the vehicle traffic lights of the driving road provided by the vehicle driving information providing computer is the status information of the vehicle traffic lights of the entire road located in the area of a set range. The method according to claim 1,
The vehicle driving information providing system using controlled traffic signal information, characterized in that the status information of the vehicle traffic lights of the driving road provided by the vehicle driving information providing computer is the status information of the vehicle traffic lights of the entire road to the destination. delete The method according to claim 1,
The vehicle driving information providing computer,
Vehicle driving information that receives, stores, and manages information from mobile communication terminals, including smart phones, which are possessed by drivers of vehicles in motion, or vehicle driving information terminals, which are fixedly provided in the vehicle and loaded with navigation programs. a terminal management module; a vehicle driving information management module for storing and managing destination information and location information of the vehicle received from the vehicle driving information terminal; a traffic signal control data management module for storing and managing data for controlling vehicle traffic lights of routes related to destination information of a vehicle received from the hybrid traffic control system; a road information management module for storing and managing information on roads of routes related to the destination information of the vehicle and vehicle traffic lights installed on the road; a vehicle traffic light information management module for generating, storing, and managing controlled traffic signal information of vehicle traffic lights of a destination-related route of the vehicle based on the information managed by the traffic signal control data management module; a route search management module for searching, setting, storing, and managing a route comprising the shortest waiting time for a vehicle traffic light of the vehicle being driven based on the controlled traffic signal information of the destination-related routes of the vehicle; an augmented reality data management module for managing updates of augmented reality (AR) contents displayed on the vehicle driving information display means; It includes an information content management module that stores and manages location-based various information including specific area information for displaying according to the route set in the vehicle driving information display means or displayed as augmented reality content, and information on advertisers' promotional content Vehicle driving information providing system using controlled traffic signal information, characterized in that. The method according to claim 1,
The traffic signal control data of the road related to the destination information provided by the hybrid traffic control system to the vehicle driving information providing computer includes current vehicle speed information and location information collected from vehicle driving information terminals of adjacent vehicles including the driving vehicle. Vehicle driving information providing system using controlled traffic signal information, characterized in that it is control data of the blinking period and blinking time for each color of the vehicle traffic lights installed on the driving road based on the The method according to claim 1,
Vehicle using controlled traffic signal information, characterized in that the vehicle driving information providing computer displays status information of vehicle traffic lights on the driving road on the vehicle driving information display means, and further displays additional content using an augmented reality program Driving information providing system. delete The method according to claim 1,
The vehicle driving information terminal includes a terminal fixedly installed in the vehicle, and a mobile communication terminal possessed by a vehicle driver or passenger, and the vehicle driving information display means executed in the vehicle driving information terminal is in the vehicle driving information terminal. A system for providing vehicle driving information using controlled traffic signal information, characterized in that it is managed or managed by an external operator computer. In the method of providing vehicle driving information using controlled traffic signal information using a system including a traffic control operation computer, a vehicle driving information providing computer, and a traffic signal control computer,
collecting, by the traffic control operation computer, vehicle driving information transmitted from a vehicle while driving on a road or waiting for a signal;
The traffic control operation computer uses the vehicle driving information as real-time traffic information data to model real-time traffic information including the real-time traffic volume and speed of the road, and converts the past vehicle driving information stored on the road to past traffic information. receiving data as data and performing past traffic information modeling including past traffic volume and traffic speed of the road;
analyzing, by the traffic control operation computer, the similarity and dissimilarity between the historical traffic information modeling information and the real-time traffic information modeling information;
learning traffic signal control conditions based on the similarity and dissimilarity information analyzed by the traffic control operation computer;
generating, by the traffic control operation computer, the traffic signal control data of the road by using the learning result of the traffic signal control condition, and transmitting the data to the vehicle driving information providing computer and the traffic signal control computer;
The traffic signal control computer controls the traffic signals installed on the road with the received traffic signal data or the converted traffic signal control signals, and at the same time, the vehicle driving information providing computer collects the state information of the traffic lights and the traffic signals. A control comprising the step of providing, to a vehicle driving information terminal, status information including route information with the shortest signal waiting time of a vehicle traffic light and the waiting time of a vehicle traffic light generated based on the traffic signal control data provided from the control operation computer A method of providing vehicle driving information using traffic signal information.

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