KR20090126153A - Apparatus for displaying result of traffic flow simulation and system for simulating traffic flow comprising that apparatus - Google Patents

Abstract

PURPOSE: An apparatus for displaying a result of a traffic flow simulation and a system with the apparatus for simulating a traffic flow are provided to analyze simulation result data, thereby outputting the analyzed result in various graphs or tables. CONSTITUTION: An artificial intelligence analyzing module(520) generates state data showing a state of a traffic unit and coordinate data showing coordinate data of the traffic unit. A physical model analyzing module(530) physically analyzes the state data and coordinate data. The physical model analyzing module generates the output state data and output coordinate data of the traffic unit. The simulation result is outputted in an animation type using the output state data and output coordinate data.

Description

Traffic flow simulation result output device and traffic flow simulation system including same {Apparatus for Displaying Result of Traffic Flow Simulation and System for Simulating Traffic Flow Comprising That Apparatus}

The present invention relates to a traffic flow simulation, and more particularly, to an apparatus for outputting a traffic flow simulation result and a traffic flow simulation system including the same.

Due to the increasing popularity of high-performance computers and the rapid development of computer graphics technology, simulation is being widely used to model and perform a virtual phenomenon or event in reality. Simulation not only saves time and money, but also allows you to perform virtual tests (experiments) that you can't do in real life, and it's also used in games of various genres.

In particular, in order to solve the problems related to traffic problems such as traffic jams, traffic accidents, traffic environment, traffic services, etc., which are gradually increasing due to the rapid increase in driving vehicles due to the increase in demand for vehicles, A simulation system has been proposed that can simulate the flow.

The general traffic flow simulation system includes a simulation result output device that outputs a simulation result of the traffic flow as numerical data or outputs it in the form of animation. In the case of the conventional simulation result output device, the simulation result is expressed as numerical data. Since the simulation result data obtained through a simple search are output in a form of enumeration, there is a problem that the simulation results cannot be output more effectively.

In addition, when the conventional simulation result output device outputs the simulation result in the form of animation, since the simulation result data is simply matched to the coordinates and outputted graphically, various animations according to the state of the transportation cannot be performed. Therefore, there is a problem in providing a unique state, motion, behavior, etc. according to individual means of transportation in the form of animation.

The present invention is to solve the above problems, to provide a traffic flow simulation result output device and a traffic flow simulation system including the same that can output the analyzed results in the form of various tables or graphs by analyzing the simulation result data It is a technical problem.

Another object of the present invention is to provide a traffic flow simulation result output device capable of analyzing the simulation result data and outputting individual states of each means of transportation in an animated form, and a traffic flow simulation system including the same.

Traffic flow simulation result output device according to an aspect of the present invention for achieving the above object is a state indicating the state of the means of transport using the static data, dynamic data, and position data of the means of traffic flow simulation result data An artificial intelligence analysis module for generating data and coordinate data representing coordinates of the means of transportation; And a physical model analysis module for physically analyzing the state data and coordinate data to generate output state data and output coordinate data of the means of transportation, and animate the simulation results using the output state data and output coordinate data. It is characterized in that the output in the form.

At this time, the artificial intelligence analysis module generates state data indicating at least one state of the path of the means of transportation, the direction of rotation of the means of transportation, the speed of the means of transportation, and the state of the means of transportation of the means of transportation. And generating coordinate data representing a coordinate of the transportation means as a vector, wherein the physical model analysis module uses the state data and the coordinate data to decelerate and accelerate the curve of the transportation path. And generating output state data and output coordinate data of the means of transportation by analyzing at least one state of the gradient of the traffic route and the friction of the traffic route.

In one embodiment, the static data of the means of transportation is characterized in that at least one of the size, acceleration and deceleration coefficient, coefficient of friction, occupant, engine performance, and rotational capacity of the means of transportation, The dynamic data is at least one of the speed, acceleration, deceleration, coefficient of friction, and rotational state of the means of transportation, which can be measured at a time point.

The simulation result output device may include an image processing module configured to output the traffic flow simulation result as a two-dimensional animation by using the output state data and the output coordinate data; And a rendering module for rendering the output state data and the output coordinate data and outputting the traffic flow simulation result as a three-dimensional animation.

The apparatus for outputting a simulation result may include the number of traffic types generated at a specific time period using at least one of link traffic data, link speed data, intersection delay data, and travel time data among the traffic flow simulation result data, And an analysis module for analyzing data of at least one of traffic volume by model point, traffic speed by model point, traffic volume by link, traffic speed by link, rotational traffic at intersection, and delay diagram of intersection, and displaying the analyzed data in a table or graph. It is characterized in that the output in the form.

Traffic flow simulation result output apparatus according to another aspect of the present invention for achieving the above object, at least one of the traffic volume data, link traffic data, link speed data, intersection delay data, and travel time data of the simulation data; Analysis module that analyzes data of at least one of the number of transportation types by type, traffic volume by type point, traffic speed by type point, traffic volume by link, speed by link, turn traffic at intersection, and delay map of intersection It includes, characterized in that for outputting the analyzed data in the form of a table or graph.

On the other hand, the traffic flow simulation result output device using the static data, dynamic data, and position data of the traffic flow simulation result data of the path of the means of transportation, the direction of rotation of the means of transportation, the speed of the means of transportation And an artificial intelligence analysis module for generating state data indicating at least one state of a state of a traffic path to which the transportation means move, and coordinate data representing a coordinate of the transportation means as a vector. And outputting the vehicle by analyzing at least one of deceleration and acceleration of the vehicle, curve radius of the vehicle, gradient of the vehicle, and friction of the vehicle using the state data and the coordinate data. The apparatus may further include a physical model analysis module configured to generate state data and output coordinate data, and output the simulation result in an animation form using the output state data and output coordinate data.

Traffic flow simulation system for traffic flow simulation according to another aspect of the present invention for achieving the above object, generates state data indicating the state of the vehicle and coordinate data representing the coordinates of the vehicle, the state Traffic flow simulation result output device that physically analyzes data and coordinate data to generate output state data and output coordinate data of the means of transportation, and outputs the simulation results in the form of animation using the output state data and output coordinate data. It includes.

In one embodiment, the traffic flow simulation result output device is generated at a specific time zone using at least one of link traffic data, link speed data, intersection delay data, and travel time data among the traffic flow simulation result data. Analyze data of at least one of the number of transportation types, traffic volume by model point, traffic speed by model point, traffic volume by link, speed by link, traffic volume by intersection, and delay diagram of intersection. It is characterized in that the output in the form.

Meanwhile, the traffic flow simulation system generates a traffic route in graphic form on the digitally imaged map data, network data including location information and attribute information of the generated traffic route, and traffic to be moved in the generated traffic route. And a traffic network editing device for generating vehicle data including model point information, which is information on an occurrence point and an extinction point of the means, and scenario data for at least one traffic situation scenario. .

The traffic flow simulation system adaptively executes the simulation according to the size of the traffic network using the parameter data, the network data, the vehicle data, and the scenario data, and the traffic flow simulation result data. It characterized in that it further comprises a traffic flow simulation device to provide.

The traffic flow simulation system may include at least one database in which the requested data is stored or stored in response to the request, when a data input / output request for outputting the traffic flow simulation result is received from the traffic flow simulation result output device. And a database management device configured to access an input / output of the requested data, and to manage a load of data input / output from the connected at least one database.

According to the present invention, by analyzing the simulation result data and outputting the analyzed results in the form of various tables or graphs, the simulation results can be visually provided, thereby improving the convenience and efficiency of the traffic flow analysis task. have.

In addition, the present invention can analyze the simulation result data to output the individual state of each means of transportation in the form of an animation, there is an effect that can easily grasp even the characteristics of each means of transportation.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First, prior to detailed description of the present invention, a traffic flow simulation system to which a database management apparatus according to an embodiment of the present invention is applied will be briefly described with reference to FIG. 1.

1 is a schematic block diagram of a traffic flow simulation system according to an embodiment of the present invention. The traffic flow simulation system 100 shown in FIG. 1 facilitates operations such as input of a traffic network such as a road network, execution of a simulation, and report generation in analyzing a traffic flow, and a simulation of a traffic field (road) , Railway, aviation, shipping, etc.) is a simulation system that is easy to apply, as shown, network editing device 110, simulation device 120, simulation result output device 125, and database management device 150 ).

The network editing apparatus 110 generates the parameter data, network data, vehicle data, and scenario data necessary for the simulation through the information input through the GUI (Graphic User Interface) on the digitized map and generates the database 160. ) To save.

In detail, the network editing apparatus 110 generates and outputs a node or a link in a topology form on a corresponding map in response to a request for generating a node or a link graphically inputted on a digitized map, and outputs the output to the node or link. Network data is generated by receiving property information about the network. In addition, the network editing device 110 receives the various parameters used for the simulation configuration and generates the parameter data based on the parameters, wherein the parameter data includes simulation execution time, steady state conditions, statistics and probability parameters, Simulation iterations, and option information for performing the simulation may be included.

The network editing apparatus 110 receives actual traffic flow-related data and generates transportation data based on the traffic flow-related data. The transportation data includes model point information, which is information on a generation point and an extinction point of the transportation, and The number of occurrences is included. In addition, the network editing apparatus 110 may generate scenarios for various traffic environments and generate scenario data for the generated scenarios by combining at least one of the above-described network data, parameter data, and transportation data. The scenario data may include the ID of the scenario or the name of the scenario.

Meanwhile, when generating network data or transportation data, the network editing apparatus 110 checks whether there is a defect in the network data or transportation data, and generates a notification message to notify whether or not a defect has occurred. The traffic route can be modified or newly created, the attribution information of the traffic route can be modified or newly created, and the transportation data can be modified or newly created.

Next, the simulation apparatus 120 constructs a virtual traffic network using various data generated by the network editing apparatus 110 and then performs a traffic flow simulation using the same, but is adaptive according to the size of the traffic network. The simulation results are generated to generate the simulation results, and the simulation results are stored in the database 160.

In detail, the simulation apparatus 120 constructs a traffic network by using various data generated by the network editing apparatus 110, and constructs a traffic network by generating a traffic network object on the generated bridge network. Then, the simulation apparatus 120 determines whether the traffic network is a large traffic network by measuring the size of the traffic network and the traffic network object, and if the traffic network is determined to be a large traffic network, converts the traffic network into a plurality of small traffic networks. Perform the simulation by dividing. In this case, the size of the traffic network may be determined using the number of nodes or links constituting the traffic network or the number of objects generated on the traffic network.

On the other hand, if the simulation apparatus 120 includes information related to one or more traffic fields on one traffic network, the simulation device 120 may classify the corresponding traffic network by each traffic field and perform simulation for each traffic field.

The simulation result output device 125 is a device for outputting a simulation result, the reporting device 130 for converting the simulation result into a graph or chart form by analyzing the simulation result data generated by the simulation device 120 and the simulation At least one of the animation device 140 for analyzing the simulation result data generated by the device 120 to convert the simulation results into a 2D or 3D animation form and output the animation. In FIG. 1, the reporting device 130 and the animation device 140 are described as separate components, but in the modified embodiment, the reporting device 130 and the animation device 140 are integrated into one component. Could be.

On the other hand, the database management device 150 is configured independently of the network editing device 110, the simulation device 120, and the simulation result output device 125 described above, each device (110 ~ 140) and one or more databases ( By linking the 160 to play a role in charge of data input and output of each device (110 ~ 140).

In particular, the database managing apparatus 150 inputs the simulation result data generated by the simulation apparatus 120 to the database 160, and temporarily stores the simulation result data in a memory and then stores the database (when the system resource utilization rate is low). By collectively inputting to 160, the number of inputs to the database 160 can be reduced.

Hereinafter, the above-described simulation result output device 125 will be described in more detail with reference to FIGS. 2 to 8.

First, the reporting device 130 of the simulation result output device 125 will be described with reference to FIGS. 2 to 4. 2 is a schematic block diagram of a reporting apparatus according to an embodiment of the present invention. As shown in FIG. 2, the reporting device 130 includes a search module 200, an analysis module 210, and a template generation module 220.

When the search module 200 receives a search request for the traffic flow simulation result, the search module 200 searches for the traffic flow simulation result data corresponding to the query word in the database 160 by using the query word included in the search request, and retrieves the searched simulation result data. It provides to the analysis module 210 to be described later. At this time, the search module 200 transmits the query to the database management apparatus 150 as described above to perform a search on the database 160 and performs traffic flow simulation data on the query through the database management apparatus 150. Will be able to receive.

In one embodiment, the traffic flow simulation result data is generated by the above-described simulation apparatus 120 and stored in the database 160, and among the link traffic volume data, link speed data, intersection delay data, and travel time data. At least one.

Here, the link traffic data refers to data related to the traffic volume, such as the number of means of transport, the type of means of transport on the link of the traffic network, and the link speed data is related to the section speed by link and the speed of the specific link by means of the traffic network. Means data. In addition, the intersection delay data refers to data related to the delay time of the traffic route, the number of transportation means, the type of transportation, etc. for each up and down line at the intersection of the traffic network, and the travel time data is specific to the traffic network. It refers to data related to travel time when passing through a node or link.

That is, the search module 200 searches for the result data corresponding to the query word among the above-described traffic flow simulation result data and provides it to the analysis module 210 which will be described later. For example, the search module 200 may analyze the traffic flow simulation result. Data such as link ID, intersection ID, departure time of transportation, amount of transportation for each hour on each link, speed of transportation for each hour on each link, and delay time for each hour at intersection are searched. Provided to the analysis module 210.

Meanwhile, the search module 200 may receive a search request by providing a text box or a combo box. In this case, the query word input through the text box or the combo box may include a departure time, an arrival time, an analysis time, There may be a link name, or an intersection name.

The analysis module 210 analyzes the traffic flow simulation result data provided from the search module 200. In one embodiment, the analysis module 210 analyzes the traffic flow simulation result data described above to generate a specific time. The number of transportations by type, the traffic volume by the model point in a specific time zone, the traffic speed by the model point in a specific time zone, the traffic volume by the link in a specific time zone, the speed by the link in a specific time zone, the traffic volume at the intersection in a specific time zone, and the delay in the intersection in a specific time zone. The degree can be generated as an analysis result.

The template generation module 220 generates a template to which the analysis result generated by the analysis module 210 is applied. In one embodiment, the template generation module 220 generates a table or a graph using a template to which the analysis result is applied. Can be. In this case, the graph may be generated in a two-dimensional or three-dimensional form. That is, when generating a three-dimensional graph, the three-dimensional graph by forming the X-axis, Y-axis, and Z-axis and by using the traffic flow simulation result data provided by the search module 200 to determine the value of each axis Will generate.

Referring to FIG. 3, an example in which the reporting device 130 provides a traffic simulation result in the form of a table or a graph through this method will be described. First, FIG. 3 (a) shows a graph of a vehicle type generated in a specific time period and the quantity of each vehicle type. Figure 3 (b) shows the traffic volume generated between a specific model point in a specific time zone in a graph form, Figure 3 (c) shows the speed of the vehicle between a specific model point in a particular time zone in a graph form.

In addition, Figure 3 (d) shows the traffic volume generated in a particular link of a particular time zone in a graph form, Figure 3 (e) shows the speed of the vehicle in a graph form a specific link in a specific time zone.

On the other hand, Figure 3 (f) shows the amount of rotation traffic at a specific intersection of a particular time zone in a graph form, Figure 3 (g) shows a delay diagram at a specific intersection of a particular time zone in a graph form.

As described above, the reporting device 130 may analyze the traffic flow simulation result data corresponding to the search request according to various criteria and provide them in the form of a table or a graph to improve the convenience and efficiency of the traffic flow analysis task. do.

4 is a diagram illustrating a physical configuration of the traffic flow simulation system 100 when the reporting device 130 illustrated in FIG. 2 is included in the traffic flow simulation system 100 shown in FIG. 1. As shown in FIG. 4, the output device 130 according to the first embodiment is located in a layer between the Dev Express layer 400 and the application and database layers 410.

Next, the animation device 150 of the simulation result output device 125 will be described with reference to FIGS. 5 to 8. 5 is a schematic block diagram of an animation apparatus according to an embodiment of the present invention. As shown in FIG. 5, the animation device 150 includes a data processing module 500, a coordinate calculation module 510, an artificial intelligence analysis module 520, a physical model analysis module 530, and an image processing module ( 540, and the rendering module 550.

First, the data processing module 500 processes the traffic flow simulation result data obtained from the database 160 into data for coordinate calculation for screen output of each means of transportation. In one embodiment, the traffic flow simulation result data obtained from the database 160 includes vehicle static data, vehicle dynamic data, and vehicle location data.

Here, the static data of transportation means the static of each transportation such as the size of each transportation, acceleration and deceleration coefficient of each transportation, friction coefficient of each transportation, occupant, engine performance of each transportation, rotational capacity of each transportation, etc. Means location data on the network of each vehicle, and traffic dynamic data means speed, acceleration, Means the data of the dynamic properties of each means of transportation, such as deceleration, friction coefficient, or rotational state.

That is, the data processing module 500 converts the traffic position data from the traffic flow simulation result data into coordinate calculation data for screen output of each traffic means in order to provide a traffic flow simulation result in an animation form.

The coordinate calculation module 510 serves to generate coordinate data for each transportation means by using the coordinate calculation data generated by the data processing module 500 described above. That is, the coordinate calculation module 510 determines the position where each means of transportation is actually output when outputting each means of transportation through the screen.

Next, the artificial intelligence analysis module 520 analyzes the traffic flow simulation result data and the coordinate data generated by the coordinate calculation module 510 to determine the vehicle state data indicating the state of each vehicle and the coordinates of the vehicle. Create vector coordinate data expressed as a vector. As shown in FIG. 6, the artificial intelligence analysis module 520 includes a path analyzer 521, a direction analyzer 522, a speed analyzer 523, a traffic path state analyzer 524, and a traffic state. A data generator 525 and a vector coordinate data generator 526.

First, the route analysis unit 521 generates route information of each means of transportation through the route analysis between each model point of the means of transportation. In one embodiment, the route analysis unit 521 may assign a unique ID to each means of transportation in order to give a separate color for each means of transportation according to the model diminishing path of each means of transportation.

The direction analyzer 522 analyzes the directions of the respective transportation means to generate direction information of each transportation means. In detail, the direction analyzer 522 generates information on whether the current vehicle takes a left turn, a straight line, a right turn, or a U-turn based on the route information generated by the route analyzer 521.

The speed analyzer 523 analyzes the speed of each means of transportation to generate speed information of each means of transportation. In one embodiment, the speed analysis unit 523, in generating the speed information, the information on whether the current vehicle is traveling within the traffic route design speed and the speed limit and the current vehicle Speed information may be generated by including information on whether the speed is a speed suitable for the traffic path environment.

The traffic condition analysis unit 524 calculates a friction coefficient between each means of transportation and the current traffic path according to the current traffic condition.

The traffic state data generation unit 525 generates traffic state data for each means of transportation by using the above-described path information, direction information, speed information, and traffic route state information of each means of transportation, and the vector coordinate data generation unit. 526 generates vector coordinate data of each vehicle by adding the above-mentioned speed information and direction information to the coordinate data generated by the above-described coordinate calculation module 510.

Referring back to FIG. 5, the physical model analysis module 530 generates output state data for each means of transportation by physically analyzing the traffic state data generated by the above-described artificial intelligence analysis module 520, and artificial intelligence Physically analyzing the vector coordinate data generated by the analysis module 520 generates output coordinate data for each transportation means. As illustrated in FIG. 7, the physical model analysis module 530 includes a deceleration acceleration analysis unit 531, a curve radius analysis unit 532, a traffic road gradient analysis unit 533, and a traffic road friction analysis unit 533. , An output state data generator 534, and an output coordinate data generator 535.

First, the deceleration acceleration analysis unit 531 serves to analyze the physical dynamics of the corresponding vehicle according to the acceleration and deceleration state of each vehicle, and the curve radius analyzer 532 is a centrifugal force according to the curve radius of the traffic route. It analyzes the physical dynamics of the transportation according to the centripetal, centripetal, and frictional forces. In addition, the traffic road gradient analysis unit 533 plays a role of analyzing the dynamics of the traffic road gradient on the deceleration and speed of the transportation means, and the traffic road friction analysis unit 534 is a corresponding traffic due to traffic road friction. It analyzes the dynamics and noise of the vehicle.

The output state data generator 534 is configured to analyze the results of the acceleration / deceleration analysis unit 531, the curve radius analysis unit 532, the traffic road gradient analysis unit 533, and the traffic road friction analysis unit 534. Generates output state data of each means of transportation, and the output coordinate data generator 535 converts the vector coordinate data generated by the artificial intelligence analysis module 520 into two-dimensional or three-dimensional coordinate data. Generate output coordinate data of transportation.

 Referring back to FIG. 5, the image processing module 540 outputs a traffic flow simulation result as a two-dimensional animation by using the output state data and the output coordinate data generated by the physical model analysis module 530 described above. In addition, the rendering module 550 outputs the traffic flow simulation result as a 3D animation by rendering the output state data and the output coordinate data.

As such, the animation device 140 according to an embodiment of the present invention generates state data and coordinate data for each means of transportation, and provides the result of the traffic flow simulation in the form of animation by using them, and thus, for each means of transportation. Traffic flow can be identified.

FIG. 8 is a diagram illustrating a physical configuration of the traffic flow simulation system 100 when the animation device 140 illustrated in FIG. 5 is included in the traffic flow simulation system 100 shown in FIG. 1. As shown in FIG. 8, the animation device 130 is located in a layer between the framework layer 800 and the application and database layers 310.

The above-described traffic flow simulation result output device may be embodied in the form of program instructions that can be executed by various computer means and recorded in a computer-readable recording medium. In this case, the computer-readable recording medium may include program instructions, data files, data structures, and the like, alone or in combination. Meanwhile, the program instructions recorded on the recording medium may be those specially designed and configured for the present invention, or may be known and available to those skilled in computer software.

Computer-readable recording media include magnetic media such as hard disks, floppy disks, and magnetic tape, optical media such as CD-ROMs, DVDs, and magnetic disks such as floppy disks. Magnetic-Optical Media, and hardware devices specifically configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. The recording medium may be a transmission medium such as an optical or metal wire, a waveguide, or the like including a carrier wave for transmitting a signal specifying a program command, a data structure, or the like.

In addition, program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like. The hardware device described above may be configured to operate as one or more software modules to perform the operations of the present invention, and vice versa.

On the other hand, those skilled in the art will understand that the present invention described above can be implemented in other specific forms without changing the technical spirit or essential features.

Therefore, it is to be understood that the embodiments described above are exemplary in all respects and not restrictive. The scope of the present invention is shown by the following claims rather than the detailed description, and all changes or modifications derived from the meaning and scope of the claims and their equivalent concepts should be construed as being included in the scope of the present invention. do.

1 is a schematic block diagram of a traffic flow simulation system to which a simulation result output apparatus according to an embodiment of the present invention is applied.

2 is a schematic block diagram of a reporting apparatus according to an embodiment of the present invention;

3 is an exemplary view of simulation results output by the reporting device shown in FIG.

4 is a physical diagram of a traffic flow simulation system including the reporting device shown in FIG.

5 is a schematic block diagram of an animation apparatus according to an embodiment of the present invention.

Figure 6 is a block diagram showing the detailed configuration of the artificial intelligence analysis module shown in FIG.

7 is a block diagram showing a detailed configuration of a physical model analysis module shown in FIG.

8 is a physical configuration diagram of a traffic flow simulation system including the animation device shown in FIG.

Claims (14)

A traffic flow simulation result output device that outputs a traffic flow simulation result, An artificial intelligence analysis module for generating state data representing the state of the vehicle and coordinate data representing the coordinates of the vehicle using the static data, the dynamic data, and the position data of the traffic flow simulation result data; And A physical model analysis module for physically analyzing the state data and coordinate data to generate output state data and output coordinate data of the means of transportation; Traffic flow simulation result output device, characterized in that for outputting the simulation results in the form of animation using the output state data and output coordinate data. The method of claim 1, The artificial intelligence analysis module generates state data indicating at least one state of a path of the transportation means, a rotation direction of the transportation means, a speed of the transportation means, and a state of a transportation path to which the transportation means moves, Traffic flow simulation result output device, characterized in that for generating coordinate data representing the coordinates of the vehicle as a vector. The method of claim 1, The physical model analysis module analyzes at least one state of the acceleration / deceleration of the transportation means, the curve radius of the traffic route, the gradient of the traffic route, and the friction of the traffic route using the state data and the coordinate data. Traffic flow simulation result output device, characterized in that for generating the output state data and output coordinate data of the means of transportation. The method of claim 1, The static data of the means of transportation is a traffic flow simulation result output device, characterized in that at least one of the size of the means of transportation, acceleration and deceleration coefficient, friction coefficient, occupant, engine performance, and rotational capacity. The method of claim 1, Dynamic data of the means of transportation is a traffic flow simulation result output device, characterized in that at least one of the speed, acceleration, deceleration, coefficient of friction, and rotational state of the means of transportation that can be measured at a time point. The method of claim 1, An image processing module configured to output the traffic flow simulation result as a two-dimensional animation by using the output state data and the output coordinate data; And And at least one module of a rendering module configured to output the traffic flow simulation result as a three-dimensional animation by rendering the output state data and the output coordinate data. The method of claim 1, Among the traffic flow simulation result data, the number of traffic types generated at a specific time zone, traffic volume by type point, and traffic speed by type point using at least one of link traffic data, link speed data, intersection delay data, and travel time data. And an analysis module for analyzing data of at least one of link traffic, link speed, intersection traffic, and delay map. Traffic flow simulation result output device, characterized in that for outputting the analyzed data in the form of a table or graph. A traffic flow simulation result output device that outputs a traffic flow simulation result, Among the traffic flow simulation result data, the number of traffic types generated at a specific time period, traffic volume by type point, traffic speed by model point, using at least one of link traffic data, link speed data, intersection delay data, and travel time data. An analysis module for analyzing data of at least one of traffic volume per link, speed per link, rotational traffic at an intersection, and delay diagram of the intersection; Traffic flow simulation result output device, characterized in that for outputting the analyzed data in the form of a table or graph. The method of claim 8, The traffic route, the direction of rotation of the vehicle, the speed of the vehicle, and the traffic route, using the static data, the dynamic data, and the position data of the traffic flow simulation result data. An artificial intelligence analysis module for generating state data indicating at least one state of the state and coordinate data representing the coordinates of the vehicle as a vector; And An output state of the vehicle by analyzing at least one of deceleration and acceleration of the vehicle, a curve radius of the vehicle, a gradient of the vehicle, and friction of the vehicle using the state data and the coordinate data Further comprising a physical model analysis module for generating data and output coordinate data, Traffic flow simulation result output device, characterized in that for outputting the simulation results in the form of animation using the output state data and the output coordinate data. In traffic flow simulation system for traffic flow simulation, Generating state data indicating the state of the vehicle and coordinate data indicating the coordinates of the means of transportation; physically analyzing the state data and the coordinate data to generate output state data and output coordinate data of the means of transportation; And a traffic flow simulation result output device for outputting the simulation result in an animation form using output state data and output coordinate data. The apparatus of claim 10, wherein the traffic flow simulation result output device comprises: Among the traffic flow simulation result data, the number of traffic types generated at a specific time period, traffic volume by type point, traffic speed by model point, using at least one of link traffic data, link speed data, intersection delay data, and travel time data. Traffic flow for traffic flow simulation, characterized in that at least one data of the traffic volume by link, the speed by link, the traffic volume of intersection, and the delay diagram of the intersection are analyzed and the analyzed data is output in the form of table or graph. Simulation system. The method of claim 10, Create a traffic route in graphic form on the digitally imaged map data, network data including location information and attribute information of the generated traffic route, and a generation point and an extinction point of a transportation means to be moved in the generated traffic route. A traffic flow simulation system for traffic flow simulation, further comprising a traffic network editing device for generating vehicle data including information on a model point, which is information, and scenario data for at least one traffic situation scenario. The method of claim 12, A traffic flow simulation apparatus for adaptively executing the simulation according to the size of the traffic network using the parameter data, the network data, the vehicle data, and the scenario data and providing the traffic flow simulation result data is further provided. Traffic flow simulation system for traffic flow simulation comprising a. The method of claim 10, When a data input / output request for outputting the traffic flow simulation result is received from the traffic flow simulation result output device, in response to the request, the data is inputted and outputted by accessing at least one database in which the requested data is stored or stored. And a database management device configured to manage a load of data input and output from the at least one connected database.

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