KR20130082874A - Support system for road drive test and support method for road drive test usgin the same - Google Patents

Abstract

PURPOSE: A road driving test scoring system and a road driving test scoring method using thereof are provided to provide the speed and accuracy of the scoring in the driver's license road driving test. CONSTITUTION: In a road driving test the classification is performed for each exam supervisor who manages the test (S1). A control room server sends an examinee registration list to a tablet PC of a vehicle through the wireless LAN (S2). The exam supervisor checks the examinee based on the information which is provided through the tablet PC and performs the road driving test (S3). A road driving scored result is provided to the control room server from a vehicle loading system (S4). The control room sever stores the scored exam in the database, produces a detailed scoring statement through the detailed analysis of the scored result, and stores the detailed scoring statement by matching with the scored result of the examinee stored in the database (S5). When a civil complaint about the road driving test result is accepted from the examinee, the control room server checks and reviews the recorded image related to the detailed scoring statement and provides the data followed by the result to the examinee (S6). [Reference numerals] (AA) Start; (BB) End; (S1) Classify an examinee registration list for each exam supervisor who manages the test; (S2) Send the examinee registration list to a tablet PC; (S3) Perform a road driving test; (S4) Receive automatic scoring and manual scoring results; (S5) Produce a detailed scoring statement; (S6) Transmit the data of civil complaints about the detailed scoring statement

Description

Road test test scoring system and road driving test scoring method using the same {Support system for road drive test and support method for road drive test usgin the same}

The present invention relates to a road driving test scoring system and a road driving test scoring method using the same, and more particularly, a road driving test scoring system and a road driving test scoring method using the same for building automation and computerization for a road driving test. It is about.

The procedure for obtaining a driver's license consists of a written test and a practical test. The practical test consists of eleven intestinal function tests and a road driving test on a public road. Due to the simplification of the driver's license test system revised on June 10, 2011, the intestinal function tests were drastically reduced from 11 to 2, which increased the importance of road test.

In order to achieve the goal of producing high-quality drivers while reducing procedures and costs by simplifying the driving test system, the road test, the final gateway of the driving test, will be strengthened, and a fair and objective evaluation system will be available. The need to cultivate has grown.

On the other hand, this simplification of the intestinal test caused a relative backlog in the road test. Therefore, there is a need to improve work efficiency through automation and computerization of road test procedures.

Accordingly, in the technical field, the development of technology to secure the fair and objective reliability of the road driving test results while improving the efficiency of scoring in the driving license road driving test and making the road driving test more rapid. This is required.

[Related Technical Literature]

1.Automation system for driving license test (Patent Application No. 10-1984-0006495)

An object of the present invention is to improve the speed and accuracy of scoring in the driving test road driving test, and in the existing road driving test has not been resolved fairly due to lack of objective data when filing a complaint due to the error of the examiner's judgment The present invention provides a road driving test scoring system and a road driving test scoring method using the same.

Road driving test scoring method according to the present invention for achieving this problem, the control room server 12 transmits the candidate acceptance list assigned to the vehicle (C) to the examiner assigned tablet PC 24; A second vehicle-mounted control module 21 mounted on the vehicle C receives sensor data related to the road driving test item through the sensor unit 23 mounted on the vehicle C and transmits the sensor data to the tablet PC 24. step; A third step of performing, by the tablet PC 24, automatic driving of the road for the candidate based on the combination of the sensor data provided from the vehicle-mounted control module 21; A fourth step of the image recording apparatus 22 mounted on the vehicle C recording the road driving test-related image to generate image data; A fifth step of performing, on the tablet PC 24, the driving test score for the candidate in response to the input of the examiner; A sixth step of providing the video recording apparatus 22 with the event according to the handwritten scoring in the tablet PC 24; A seventh step of setting, by the video recording device 22, the video data by including the event according to the handwritten scoring as the event index; An eighth step of synthesizing the automatic scoring result and the handwritten scoring result to generate a detailed grading statement regarding the road driving test for the candidate; A ninth step in which the control room server 12 receives the detailed score sheet and the image data and matches the candidates and stores them in the database 13; When the control room server 12 raises a complaint from the test taker of the road driving test, obtains detailed scores and video data corresponding to the test taker from the database 13, and uses the score items of the detailed scores as an event index. And a tenth step of querying the data.

In this case, the sixth step may further provide an event according to the automatic scoring in the tablet PC 24 to the image recording device 22, and the seventh step may be performed by the image recording device 22 according to the event according to the automatic scoring and the handwriting scoring. It may be configured to set the image data by including all events as an event index.

In addition, the road driving test scoring method according to the present invention, the image recording device 22 receives the sensor data from the sensor unit 23, the eleventh step of combining the sensor data and the image data based on the time information; It can be configured to include. In addition, in the road driving test scoring method according to the present invention, the tablet PC 24 receives the sensor data and the image data by wireless communication from the vehicle-mounted control module 21 combines the sensor data and the image data based on the time information And a thirteenth step; and the eighth step may be configured to allow the tablet PC 24 to generate a detailed score report regarding the road driving test for the candidate by combining the automatic scoring results and the handwritten scoring results. .

In addition, in the eighth step, the control room server 12 receives the handwritten scoring result and the automatic scoring result from the tablet PC 24, and combines the automatic scoring result and the handwritten scoring result to detail the details of the road test for the candidate. In the seventh step, the control room server 12 receives the image data from the image recording device 22 through the tablet PC 24, and the event according to the automatic scoring and the event according to the handwriting scoring are both used as the event index. It may be configured to include the image data.

Road driving test scoring system according to the present invention for achieving this problem, road driving test using a tablet PC 24, the control room server 12, the vehicle control module 21, the image recording device 22. To score, the vehicle-mounted control module 21 receives sensor data related to the road driving test item through the sensor unit 23 mounted on the vehicle C and provides the sensor data to the tablet PC 24; An image recording apparatus mounted on the vehicle C to generate image data by recording a road driving test related image, and receiving a road driving test scoring event from the tablet PC 24 and including the same as an event index to set the image data ( 22); It is installed on the tablet PC 24, receives sensor data from the vehicle-mounted control module 21, performs the automatic driving of the road for the candidate based on the combination, and through the manual input of the test tube for the road driving test Grading means for executing handwritten scoring, providing a grading event for the road driving test to the video recording device 22, and generating a detailed grading statement regarding the road driving test for the candidate by combining the automatic scoring results and the handwritten scoring results. A recording medium including a tablet program including a control means of a second communication module 24b for providing the generated detailed grading statement to the control room server 12; The candidate reception list assigned to the vehicle C is generated and transmitted to the tablet PC 24 assigned to the examiner, and the detailed score record provided from the tablet PC 24 and the image data generated by the image recording device 22 are transferred. It is configured to include; control room server 12 to match the candidate and store in the database (13).

In this case, the control room server 12 obtains detailed scores and video data corresponding to the applicants for complaints from the database 13 when a complaint is filed from the test taker of the road driving test, and uses the deduction items of the detailed scores as an event index. It can be configured to provide a search function for the image data.

In addition, the image recording device 22 may be configured to set the image data by including both the event according to the automatic scoring for the road driving test and the handwriting scoring from the tablet PC 24 as the event index.

According to the present invention, in the road driving test, the automatic scoring item and the handwritten scoring item are classified so that the examiner inputs only the handwritten scoring item to the tablet PC, and then the convenience and promptness of the scoring through the sum with the automatic scoring result. In addition, the objective database can be established through computerization of the results of the existing road driving test, providing the convenience of providing objective data when complaining during the road driving test.

1 is a view showing a road driving test scoring system according to the present invention.
2 is a view showing the internal configuration of the control room system in the present invention.
3 is a view showing an embodiment of a detailed score statement.
4 is a view showing the internal configuration of a vehicle-mounted system in the present invention.
5 is a diagram illustrating an embodiment of a UI screen implemented in a tablet PC.
6 is a flowchart illustrating a process performed by the control room server of the road driving test scoring method according to the present invention.
7 is a flowchart illustrating a process performed by a vehicle mounting system in a road driving test scoring method according to the present invention.
8 is a flowchart illustrating a process performed by the tablet PC of the road driving test scoring method according to the present invention.

Hereinafter, with reference to the drawings will be described the present invention in more detail.

1 is a diagram showing the overall configuration of the road driving test scoring system 1 according to the present invention, and FIG. 2 is a diagram showing the internal configuration of the control room system 10. Referring to FIG. 1 and FIG. 2, the road driving test scoring system 1 may be installed inside or mounted inside the control room system 10 and the vehicle C, which are formed outside the vehicle C. FIG. The vehicle mounting system 20 is divided.

First, referring to FIG. 2, the control room system 10 includes a first communication module 11, a control room server 12, and a database 13.

The first communication module 11 is a component for the control room server 12 to transmit and receive various signals and data with the vehicle-mounted control module 21 of the vehicle-mounted system 20 through wireless communication (for example, WiFi). As an example, the terminal may include an access point for mediating wired communication and wireless communication. Although wireless LAN (WiFi) is considered to be most preferable as wireless communication, other wireless communication technologies may be adopted.

The control room server 12 is a component that is in charge of various processes for managing the road driving test. The control room server 12 basically generates a road driving result report by analyzing the test results of the road running test, and in the future, Provide detailed inquiry in response to complaints. However, depending on the implementation example, the road driving test results may be analyzed by software installed in the on-vehicle system 20.

The control room server 12 includes a candidate-classification means 12a, a test result-analysis means 12b, and a complaint-inquiry means 12c, each of which means that the control room server 12 is installed by installing a control room-program. It can be installed on).

First, the candidate-classifying means 12a receives the candidate reception list of the day from the main computer (not shown) of the National Police Agency, and then performs classification for each vehicle performing the road driving test, and preferably the candidate acceptance list is wirelessly communicated ( Example: WiFi is transmitted to the tablet PC 24 (see FIG. 1) of each vehicle.

The test result-analysis means 12b receives the scoring result from the tablet PC 24 located in the vehicle C via the vehicle-mounted control module 21 via the WiFi method, stores the result in the database 13, and then stores the score result in the database result. Detailed score report is generated through detailed analysis. Here, the scoring results include automatic scoring results and handwritten scoring results, which will be described in detail with reference to FIG. 3. On the other hand, the detailed score report generated by the test result-analysis means 12b may include a score breakdown and operation information together with the candidate information as shown in FIG. 3. Thereafter, the test result-analyzing means 12b stores the detailed score sheet generated by matching the test result of each candidate stored in the database 13.

The complaint-inquiry means 12c transmits and provides the detailed score report when a complaint is received according to an access through the terminal of the candidate to the control room server 12. Complaint processing may be performed through the candidate's personal terminal or through a specific terminal provided by the system for managing the driving test. In this invention, it does not specifically limit about this.

4 is a diagram showing the configuration of the vehicle mounting system 20 in the road driving test scoring system 1 of the present invention. 1 to 4, the vehicle-mounted system 20 is composed of a vehicle mounting system 25 mounted directly on a vehicle for scoring a road driving test and a tablet PC 24 operated by a test tube. In addition, the vehicle mounting system 25 provides sensing results for various items considered in the road driving test to the tablet PC 24 through wireless communication (eg, Bluetooth) to automatically score the software on the tablet PC 24. This enables examiners to make more accurate judgments when scoring test results by hand, as well as to store and manage various information obtained during the road test.

The vehicle mounting system 25 is mounted directly on the vehicle for scoring the driving license road driving test, senses various types of information to be considered for scoring in the road driving test process, and takes charge of the primary management of the road driving test information thus obtained. As a system to be described, the internal configuration includes a vehicle-mounted control module 21, an image recording device 22, and a sensor unit 23.

The vehicle-mounted control module 21 may include information about candidates included in the candidate reception list transmitted from the control room server 24 via the WiFi method via the tablet PC 24, and data collected through the sensor unit 23. The sensing result information from the sensor unit 23 is transmitted to the tablet PC 24 via Bluetooth. In addition, grading events generated by the handwriting scoring and the automatic scoring generated in the tablet PC 24 are received, and these scoring events are provided to the image recording apparatus 22 to be combined with the image data. In this case, it is preferable that both the handwritten scoring event and the automatic scoring event are combined with the image data. Depending on the embodiment, only one of them may be combined.

In addition, the vehicle-mounted control module 21 receives from the video recording device 22 the recorded video data in which video information related to the automatic scoring result and the handwritten scoring result are recorded, and receives the candidate information and the image data from the tablet PC 24. Radio transmission to the control room server 12 via the medium. The vehicle-mounted control module 21 may also transmit various sensing result information obtained from the sensor unit 23 to the control room server 12 in the same manner. However, since image data is a large amount of data, it is also possible to transmit the data wirelessly. Depending on the embodiment, data copying may be performed using a removable storage device (for example, a memory card or a USB memory) mounted on the image recording device 22. have.

The image recording device 22 is mounted on the vehicle C to generate an image according to the front and lane recording of the vehicle C. The image recording device 22 transmits the recorded image to the vehicle-mounted control module 21 so that the recorded image is transmitted to the control room server 14 together with the current candidate information, the sensing result information, and the scoring progress. The image recording device 22 receives various sensory data related to the road driving test from the sensor unit 23 to be described later, and records the combination with the image data.

In addition, the image recording device 22 communicates with the vehicle-mounted control module 21 to record the event index record on the recorded video for the deduction situation from the start to the end of the test, thereby quickly clicking on the event index later. It enables self search function for recorded video.

In addition, the image recording device 22 records the scores of the candidates corresponding to the currently recorded image as an event index for the recorded image, and records the scores of the candidates. If you want to check it, click the event in the scoring result table and the video will be played immediately so you can search easily and quickly.

As shown in FIG. 4, the sensor unit 23 transmits and receives signals and data to and from each component unit of the vehicle C, such as an LDWS, a GPS, a turn signal, a start, a brake, a seat belt, a speed, an RPM, a door, and a door. The sensor senses the clutch and generates sensing data. Such sensing data is transmitted to the vehicle-mounted control module 21 via wired communication, and the vehicle-mounted control module 21 automatically senses whether or not the candidate is properly performing a road driving test. Reflects. The sensor unit 23 may be implemented with the vehicle control module 21 and a single chipset.

The tablet PC 24 is an apparatus operated by an examiner as an input / output unit 24a, a second communication module 24b, a Bluetooth module 24c, a scoring unit 24d, a route guidance unit 24e, and an information display unit 24f. ), And a storage unit 24g. At this time, the scoring means 24d, the route guidance means 24e, and the information display means 24f may be installed on the tablet PC 24 by installing a tablet application program.

The scoring means 24d controls the second communication module 24b to receive the candidate acceptance list from the control room server 12 in a WiFi manner. The examiner performs a confirmation procedure for the road test candidate currently in the vehicle C through the received candidate acceptance list, and inputs the confirmation result.

The scoring means 24d receives the sensor data from the vehicle-mounted control module 21 of the vehicle mounting system 25 via the Bluetooth module 24c and performs automatic scoring. In addition, the scoring means 24d adds the handwritten scoring result generated according to the handwritten input inputted to the input / output unit 24 to the test tube having the tablet PC 24 with the automatic scoring result and stores it in the storage 24f. The final score added up through the input / output unit 24a is displayed. FIG. 5 is a diagram illustrating a UI screen implemented in the tablet PC 24. The scoring means 24d enables the scoring of the deduction items in real time through an intuitively designed UI screen (see FIG. 5 (b)).

Meanwhile, data transmission and reception between the vehicle mounting system 25 and the tablet PC 24 is performed via wired or wireless communication, and wireless communication (eg, Bluetooth, WLAN, Zigbee, UWB) is more convenient, but may be processed by wired communication. . However, the present specification will be described based on Bluetooth, a technology suitable for 1: 1 wireless communication.

The route guidance means 24e outputs the road driving test route guidance through voice and graphics to the input / output unit 24a (see FIG. 5 (a)). Through the route guidance means 24e, it becomes possible to guide the road driving test to be made safely.

The information display means 24f outputs the overall scoring progress performed by the scoring means 24d and a driving result indicating an embarrassment to the road test of the final test taker to the input / output unit 24a (FIG. 5 ( c)]). In addition, the information display means 24f is displayed on the scoring guide screen by the scoring means 24d at the request of the examiner and the route guidance screen for the road driving test using map information by the route guidance means 24e. Perform a screen switch between each other.

6 is a flowchart illustrating a process performed by the control room server 12 of the road driving test scoring method according to the present invention. 1 to 6, the control room server 12 receives the test taker list of the day at the main computer (not shown) of the National Police Agency, and then examines the tester in charge of test management in the road driving test (function test). The classification is performed by circle (S1).

After step S1, the control room server 12 transmits the candidate acceptance list to the tablet PC 24 of the vehicle C via, for example, a wireless LAN (S2), and thus the examiner provides the tablet PC 24 via the tablet PC 24. Based on the information, the candidate is confirmed and a road driving test is performed (S3). In the road test of the individual candidates as described above, the tablet PC 24 receives the sensor data generated by the sensor unit 23 to perform automatic scoring and perform handwriting scoring based on the input of the examiner. In addition, the image recording device 22 records and temporarily stores an image related to scoring.

When the road driving test is completed, the road driving scoring results are provided to the control room server 12 from the vehicle-mounted system 20 (S4). Specifically, the automatic scoring result and the manual scoring result are provided from the tablet PC 24, and the image data generated by the image recording device 22 is preferably controlled by the wireless communication method through the tablet PC 24. Provided by 12. In some embodiments, the image data may be copied using a removable storage device (eg, a memory card or a USB memory) mounted on the image recording device 22.

After step S4, the control room server 12 stores the scoring results in the database 13, and then generates a detailed scoring statement (see [FIG. 3]) through detailed analysis of the scoring results. The detailed scoring statement is stored in accordance with the scoring result of the candidate stored in (13) (S5). In the detailed score report, each candidate is provided with detailed information on the deduction items along with the results of the driving test. For the deduction items, information on the deduction points and the time points at which the deduction points occurred are presented. In the image recording generated by the image recording apparatus 22, the deduction points and related image records, and, if necessary, the points of time based on individual times, are provided. The sensor data obtained by the sensor unit 23 is coupled together.

After the step S5, the control room server 12 inquires and reviews the detailed score sheet and the related recorded image when a complaint is received from the candidate for the road test result, and provides the candidate with the data according to the result (S6). ). Complaint processing may be performed through the candidate's personal terminal or through a specific terminal provided by the system for managing the driving test.

7 is a flowchart illustrating a process performed by the vehicle mounting system 20 in the road driving test scoring method according to the present invention. 1 to 7, the vehicle-mounted control module 21 of the vehicle-mounted system 20 is a candidate reception list classified by the control room server 14 in a wireless communication manner from the control room server 14. Receive candidate information corresponding to (S10).

Subsequently, the road test for the candidate is performed under the supervision of the examiner, and the vehicle-mounted control module 21 receives various sensor data obtained from the sensor unit 23 and provides it to the tablet PC 24 ( S11). When the road test for each candidate is completed, the tablet PC 24 generates an automatic scoring result based on the sensor data and a written scoring result based on the input of the examiner.

Then, the vehicle-mounted control module 21 performs a procedure for reprocessing the image data generated by the image recording device 22. To this end, the automatic scoring result and the handwritten scoring result are received from the tablet PC 24 (S12), and the image recording apparatus 22 provides the scoring result provided above, that is, various scoring events to reprocess the image data. To be made (S13).

That is, the image recording device 22 inserts the automatic scoring history and the handwritten scoring history into the image data as an event index, for example, based on the time stamp information, and preferably inserts information about the candidate in the image data to Improve reliability The vehicle-mounted control module 21 provides the reprocessed image data to the tablet PC 24 in a wireless communication method, and these image data are provided to the control room server 12 through wireless LAN communication.

In FIG. 7, the reprocessing operation of the image data is described as being performed by the image recording apparatus 22. However, the reprocessing of the image data may be performed by the tablet PC 24 or may be performed by the control room system 10. It may be.

8 is a flowchart illustrating a process performed by the tablet PC 24 in the road driving test scoring method according to the present invention. 1 to 8, the tablet PC 24 receives a road test test taker reception list from the control room server 12 through wireless communication (eg, wireless LAN), through which the examiner receives a vehicle. (C) proceeds with the confirmation process for the test taker aboard (S20).

After the step S20, the road driving test is started according to the examiner's instruction, and the tablet PC 24 determines whether there is a route guidance screen request or a scoring guide screen request from the examiner through the operation of the input / output unit 24a. (S21).

First, when a route guidance screen request is input as a result of the determination of step S21, the route guidance means 24e of the tablet PC 24 is input / output unit 24a through a user interface (UI) through voice and graphics. The road driving test route guide is output (S22). Through the road driving test route guidance, it is possible to secure the road driving test by a candidate who is a beginner driving safely.

On the other hand, when the scoring guide screen request is input as a result of the determination in step S21, the scoring means 24d of the tablet PC 24 receives the handwritten scoring input by the examiner by hand through the input / output unit 24a ( S23).

In addition, the scoring means 24d of the tablet PC 24 receives the sensor data from the vehicle mounting system 25 and performs automatic scoring for the road driving test based on various combinations of these sensor data (S24).

Thereafter, the tablet PC 24 determines whether or not the driving license road test by the candidate has been completed (S25). The determination of whether or not the road driving test is finished can be made based on the menu operation of the test tube on the input / output unit 24a of the tablet PC 24.

If the road driving test is not finished as a result of the determination in step S24, the process returns to step S21 to continue the road driving test. On the contrary, when the road driving test is finished as a result of the determination in step S25, the tablet PC 24 generates a handwritten scoring result according to the execution result of step S23 for the candidate (S26). The sum of the handwritten scoring results is derived (S27).

After the step S27, the tablet PC 24 generates the final driving test score according to the sum of the scoring results of the step S27, and outputs the driving test result indicating the embarrassment of the candidate who boarded the vehicle C. 24a) (S28). The road driving test results are also provided to the control room system 10 through wireless communication, and are processed in the form of detailed scoring statements (see FIG. 3).

The invention can also be embodied as computer readable code on a computer readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored.

Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage, and the like, and may be implemented in the form of a carrier wave .

In addition, the computer-readable recording medium may be stored and executed in a computer-readable code in a manner implemented by being distributed over a networked computer system. And functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers skilled in the art to which the present invention pertains.

As described above, the specification and the drawings have been described with respect to the embodiments of the present invention, although specific terms are used, it is merely used in a general sense to easily explain the technical contents of the present invention and to help the understanding of the present invention. It is not intended to limit the scope of the invention. It is to be understood by those skilled in the art that other modifications based on the technical idea of the present invention are possible in addition to the embodiments disclosed herein.

10: control room system
11: first communication module
12: control room server
12a: Candidate-Classification Method
12b: Test Results-Analytical Means
12c: Complaint-Inquiry
13: database
20: vehicle mounting system
21: vehicle on board control module
22: video recording device
23: sensor
24: Tablet PC
25: vehicle mounting system
24a: input / output unit
24b: second communication module
24c: Bluetooth module
24d: scoring means
24e: route guidance
24f: information display means
24g: storage

Claims (8)

A first step in which the control room server 12 transmits the candidate acceptance list assigned to the vehicle C to the tablet PC 24 assigned to the examiner;
The vehicle-mounted control module 21 mounted on the vehicle C receives sensor data related to a road driving test item through the sensor unit 23 mounted on the vehicle C, and transmits the sensor data to the tablet PC 24. A second step of doing;
A third step of performing, by the tablet PC 24, automatic driving of the road for the candidate based on the combination of the sensor data provided from the vehicle-mounted control module 21;
A fourth step in which the image recording apparatus 22 mounted on the vehicle C records image related to the road driving test to generate image data;
A fifth step of performing, on the tablet PC, a road driving handwriting scoring for the candidate in response to an examiner's input;
A sixth step of providing the video recording device with an event according to the handwritten scoring in the tablet PC;
A seventh step of setting, by the video recording device, the video data by including an event according to the handwritten scoring as an event index;
An eighth step of synthesizing the automatic scoring result and the handwritten scoring result to generate a detailed grading statement regarding a road driving test for the candidate;
A ninth step of receiving, by the control room server (12), the detailed score report and the image data and matching the candidate with the candidate;
When the control room server 12 raises a complaint from the test taker of the road driving test, obtains a detailed score report and image data corresponding to the complaint test taker from the database 13, and deducts the score item of the detailed score record from the database. A tenth step of querying the image data by using;
Road driving test scoring method comprising a.
The method according to claim 1,
In the sixth step, the tablet PC 24 further provides an event according to the automatic scoring to the video recording device 22.
In the seventh step, the image recording apparatus 22 sets the image data by including both the event according to the automatic scoring and the event according to the handwriting scoring as an event index.
The method according to claim 1,
An eleventh step in which the image recording device 22 receives sensor data from the sensor unit 23 and combines the sensor data and the image data based on time information;
Road driving test scoring method further comprises a.
The method according to claim 2,
The road driving test scoring method,
A thirteenth step in which the tablet PC 24 receives the sensor data and the image data from the vehicle-mounted control module 21 by wireless communication and combines the sensor data and the image data based on time information;
It is configured to include more
In the eighth step, the tablet PC 24 generates a detailed score report regarding the road driving test for the test taker by synthesizing the result of the automatic scoring and the handwritten scoring result.
The method according to claim 2,
In the eighth step, the control room server 12 receives the handwritten scoring result and the automatic scoring result from the tablet PC 24, and aggregates the automatic scoring result and the written scoring result to drive the road for the candidate. Generating a detailed grading statement about the test,
In the seventh step, the control room server 12 receives the image data from the image recording apparatus 22 via the tablet PC 24 and receives both the event according to the automatic scoring and the event according to the handwriting scoring. And including the index to set the image data.
A system for scoring a road driving test using a tablet PC (24), a control room server (12), a vehicle-mounted control module (21), and an image recording device (22),
A vehicle-mounted control module 21 receiving sensor data related to a road driving test item through a sensor unit 23 mounted on the vehicle C and providing the sensor data to the tablet PC 24;
Images mounted on the vehicle C to record the road driving test-related images to generate image data, and receive the road driving test scoring event from the tablet PC 24 and include them as an event index to set the image data. Recording device 22;
It is installed on the tablet PC 24, receives sensor data from the vehicle-mounted control module 21, and performs automatic scoring of the road for the candidate based on the combination, the tester's handwriting for the road driving test Performing handwriting scoring through an input, providing a scoring event for the road driving test to the image recording apparatus 22, and synthesizing the automatic scoring result and the handwriting scoring result for the road test for the candidate; A recording medium including a scoring means for generating a detailed scoring statement and a tablet program including a control means of a second communication module 24b for providing the generated detailed scoring statement to the control room server 12;
The candidate reception list assigned to the vehicle C is generated and transmitted to the tablet PC 24 assigned to the examiner, and the detailed score record received from the tablet PC 24 and the image recording device 22 are generated. A control room server (12) storing the image data in the database (13) by matching the video data with the candidate;
Road driving test scoring system comprising a.
The method of claim 6,
The image recording device 22 sets the image data by including both the event according to the automatic scoring for the road driving test and the event according to the handwriting scoring from the tablet PC 24 as an event index. Road test scoring system.
The method of claim 7,
The control room server 12 obtains detailed scores and video data corresponding to the complaints test taker from the database 13 when a complaint is filed from the test taker of the road driving test, and scores a deduction item of the detailed score record. Road driving test scoring system, characterized in that to provide an inquiry function for the image data utilizing.

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