KR20000024393A - Service method for preparing examinations using tele communication - Google Patents

Abstract

PURPOSE: A making questions service using communication network is provided to share information by providing bidirectional service to make questions to both of a user and a making question organization. CONSTITUTION: A making questions service using communication network comprises the steps of: making new questions by a user and transmitting the new questions from a making question client terminal of the user to a question providing server through a communication network; adding the new questions or edited questions transmitted from the client terminal to a database; and connecting a user wanting the questions to the question providing server and providing questions to the user.

Description

Question service using communication service method {SERVICE METHOD FOR PREPARING EXAMINATIONS USING TELE COMMUNICATION}

The present invention relates to a question question service method using communication, and more particularly, to a question question service method using communication that can enable sharing of professional problems and quizzes and mutual services for a wide range of specialty fields.

In general, in the education field, an evaluation method of evaluating the examinee's ability through a test or quiz is generally used, and the test or quiz itself is used as a good way to increase the educational effect.

In this way, the field that can increase the educational effect by solving the test or quiz can be extended to all fields related to human knowledge activities in addition to the regular school education.

In the past, the main method was to create and solve exams and quizzes using paper and limited time, but recently, with the advent of the Internet, the way of taking and solving exams and quizzes beyond the limits of time and space I am in the limelight.

Accordingly, various test and quiz questions have emerged using computer communication networks (eg, "INTERNET"). However, when constructing standardized questions, it is burdensome for the questionnaire to construct a large amount of question banks. There was a problem.

Therefore, the present invention has been made to solve the problems of the prior art as described above, beyond the dimension of one-way service to provide a service by unilaterally configuring the problem in a specific person or a specific institution, interested in related fields In order to provide a problem-based service method using communication, it is possible to provide a so-called two-way service by allowing everyone to easily construct a problem and to service each other or create a set of problems that they want to collaborate with. There is a purpose.

1 is a schematic block diagram of hardware for carrying out the present invention;

2 is a block diagram showing schematic signal input and output between the server and each terminal shown in FIG.

3 is a flowchart for explaining an operation process of the problem service server illustrated in FIG. 1;

4 is a flowchart for explaining an operation of the problem creation client terminal shown in FIG. 1;

FIG. 5 is a flowchart for describing an operation of a problem solving client terminal illustrated in FIG. 1.

<Explanation of symbols for main parts of the drawings>

10 problem service server 20: problem solving client terminal

30: Problem Writing Client Terminal 40: Local Storage

Problem solving service method using the communication according to the present invention for achieving the above object is a problem creation step for the problem-producing user to create a new problem by type in the problem-producing client terminal and then transmit it to the problem service providing server through a communication network; In the problem service providing server, a problem adding step of adding a new problem or a modified problem transmitted from the problem generating client terminal to the database, and a problem solving user accesses the problem service providing server through a communication network from the problem solving client terminal. It is characterized by consisting of a problem service step that receives a problem.

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

FIG. 1 is a schematic block diagram of hardware for carrying out the present invention. As can be seen from the drawings, the hardware for carrying out the present invention includes a problem service providing server 10 and a problem solving solution. It consists of a client terminal (sit for an examination client terminal 20), a problem examination client server (30) and a local storage (40), the dual problem service server (10) and the problem pool client terminal ( 20 and the problem creation client terminal 30 are interconnected via a communication network (for example, the Internet, etc.).

The problem service providing server 10 may include a problem service providing program, problem data, test result data including a user's examination result for each problem, a name and address, an e-mail address, a job and a field of interest of the user. User information such as the user information, and the user's evaluation and number of inquiry related to the quality of the problem in relation to each problem, and the problem information about the field of the problem and the nature of the problem. And transmits the problem and provides existing problem information to the problem creation client terminal (30).

Here, the problem service providing program transmits a problem, receives a problem through a communication network, stores the problem, reads it out again, performs user registration and login, removes a low level problem based on the problem information, and maintains problem data. Is programmed to perform the update function.

The problem solving client terminal 20 has a problem solving client program embedded therein, and selects a problem according to a problem list provided from the problem service providing server 10 and inputs a password and user information to perform a user login.

Here, the problem evaluation client program, by receiving a problem, display the problem one by one and implements a picture and sound to easily understand the progress of the problem pool, the status display frame, hints and guidance functions, test results And transmit a questionnaire about the test level to the server.

The problem-producing client terminal 30 has a problem-producing client program embedded therein, and reads an existing problem from the problem service providing server 10 and edits the problem while providing a problem service for a newly created problem or an edited or modified problem. Transfer to server 10.

The problem creation client program may include a function of generating a new problem by type, a function of searching for and debugging an error of the generated problem, a function of storing and reading a problem in the local storage unit 40, a problem service providing server ( 10) is programmed to perform the reading and writing of the rub.

The local storage unit 40 is a storage medium directly connected to the problem generating client terminal 30, and stores and reads stored problem data according to a request from the problem generating client terminal 30.

An example of the operation of the present invention through the hardware configured as described above will be described in detail with reference to FIGS. 1 to 5.

An approximate signal input / output process between the problem service providing server 10 and the problem solving client terminal 20 and the problem generating client terminal 30 is shown in FIG. 2, first of all, the problem service providing server 10. The operation process of will be described with reference to FIG.

However, the determination process of the control operation described below reveals that it is by the main processor not shown, which is embedded in the problem service providing server 10 and controls the entire operation. Shall be.

In the problem service providing server 10 (hereinafter, abbreviated as "server"), when power is applied, a problem service providing program is loaded and operated, and an initialization process of loading a database storing problem data is performed (S10). Switch to the input standby mode for responding to the input from the client terminals (S20).

Under the above-described input standby mode, the server 10 may be configured from a problem solving client terminal 20 (hereinafter abbreviated as "problem solving terminal") or a problem creation client terminal 30 (hereinafter abbreviated as "problem producing terminal"). It is determined whether there is an account request of the new user (S30), and if there is an account request of the new user, account processing of the new user is performed (S40).

In performing the account processing of the new user in step S40, the user's information according to a predetermined input form is input from the problem solving terminal 20 or the problem preparation terminal 30, and the input user's information is a member. If there is a reason for disqualification as a member and an account cannot be created, a notification message is sent to the corresponding terminal indicating that the account creation was denied. If there is no reason for disqualification, a new user account is created. In addition to registering the user in the database, a notification message indicating that an account has been created is transmitted to the terminal.

Next, the server 10 checks whether there is a log in request from the problem creation terminal 30 (S50), and if there is a login request from the check result creation terminal 30, the user logs in from the creation terminal 30. The requested user information (for example, name and password) is collated with the registered user information, and a login process is performed according to the matching result (S60).

The server 10 determines whether or not the login is successful according to the processing result in step S60 (S70), and if the login fails, the guide message indicating that the login failed is sent to the problem preparation terminal 30. Then, the process proceeds to the following step S140 of checking whether there is a login request from the problem solving terminal 20 (S80).

On the other hand, if the log-in is successful as a result of the determination in step S70, the server 10 checks whether there is a request to allow reading of the previously created problem from the problem-producing terminal 30 (S90), and checks the problem. If there is no read request, the process proceeds to step S110 of checking whether there is a write request. On the other hand, if there is a problem read request from the problem creation terminal 30, the problem is read from the problem creation terminal 30. The searched problem is transmitted to the problem creation terminal 30 (S100).

Next, the server 10 checks whether there is a write request for a newly created problem or a problem of editing an existing problem from the problem creation terminal 30 (S110), and writes a request from the problem creation terminal 30 as a check result. If there is no, the process proceeds to step S130 of checking whether the problem creation terminal 30 is logged out (log out), while if there is a problem write request, the requested problem is added to the database (S120).

Thereafter, the server 10 checks whether or not the problem creation terminal 30 is logged out (S130). If the problem creation terminal 30 has not logged out, the server 10 returns to step S90 to check whether there is a read request. On the other hand, if the problem creation terminal 30 has logged out, the problem pool proceeds to step S140 below to check whether there is a login request from the terminal 20.

Here, the server 10 performs a logout process when the logout signal has been transmitted from the problem creation terminal 30 and when the connection with the problem creation terminal 30 is interrupted. If there is no signal input over time, log out process.

Next, the server 10 checks whether there is a login request from the problem solving terminal 20 (S140), and if there is a login request from the problem solving terminal 20 as a result of the check, the user who is requested to log in from the problem solving terminal 20 is checked. Information (for example, name, student number, password, etc.) is collated with registered user information, and a login process is performed according to the collation result (S150).

The server 10 determines whether the login is successful according to the processing result in the step S150 (S160), and if the login fails, the guide message indicating that the login has failed is transmitted to the problem solving terminal 20. Then (S170), the process returns to the step (S20) waiting for a response to the input from the client.

On the other hand, if the log-in is successful, as a result of the determination in step S160, the server 10 checks whether there is a request for transmission of the problem list from the problem pool terminal 20 (S180), and transmits a request for transmission of the problem list. If there is no error, the process proceeds to step S200 below to check whether there is a problem transmission request.

If, as a result of checking in step (S180), if a problem pool request is transmitted from the problem pool terminal 20, the server 10 transmits the requested problem list to the problem pool terminal 20 (S190).

Next, the server 10 determines whether there is a request for transmission of the problem selected from the list of problem pools from the terminal 20 (S200). Subsequently, the personal information (for example, student number and name) is substituted into a predetermined rule to determine whether the problem requested to be transmitted is a problem of an area accessible by the logged-in user (S210).

As a result of the determination in step S210, when the requested problem is a problem outside the accessible area of the logged-in user, the server 10 transmits a guide message indicating that the problem cannot be transmitted to the problem solving terminal 20. While proceeding to the step S220 below, if the requested problem is a problem within the accessible area of the logged-in user, the current time is compared with the preset problem solving valid time (set by the server operator or the user who created the problem). It is checked whether the problem solving of the current user is valid (S215).

As a result of the determination in step S215, when the current time is not a valid time for solving the user's problem, the server 10 transmits a guide message indicating that the problem transmission is impossible to the problem solving terminal 20 ( S220) If the current time is a valid time for problem solving of the user, the requested problem is retrieved from the database and transmitted to the problem solving terminal 20 (S230).

Next, the server 10 checks whether there is a writing request from the problem solving terminal 20 for the scoring result and the problem solving about the level and difficulty of the problem (S240). If not, the problem pool proceeds to step S260 below to determine whether to log out of the terminal 20, whereas if there is a write request, the current time is set to a preset write validity time (set by the operator of the server or the user of the problem creation). In comparison, it is determined whether the current time is a valid time for the user's writing (S244).

As a result of the determination in step S244, if the current time is a time when the user write is not valid, the server 10 performs a write disable process (S248). If the current time is a time when the user write is valid, the problem solving terminal The user's subjective evaluation of the scoring result and the problem transmitted from the 20 is added to the database (S250).

Thereafter, the server 10 checks whether the problem pool is logged out of the terminal 20 (S260). If the problem pool terminal 20 does not log out, the step S180 of checking whether there is a request for transmission of a problem list. Return to step S20, where the problem pool waits to respond to input from the client if the terminal 20 has logged out.

Next, the control operation of the problem preparation terminal 30 will be described with reference to FIG. However, the control operation process in the state where the user of the problem creation user account is opened in the problem service providing server 10, and the following determination process during the control operation is built in the problem creation terminal 30 to control all operations. It is revealed that the main processor is omitted, which is a technology for the main administration, so that additional description will be omitted.

First, when a problem-producing user applies power to the problem-producing terminal 30 and starts the problem-producing terminal 30, the started-up problem-producing terminal 30 gives the operating program and the problem-producing client program from the built-in memory. By loading into the memory, it is possible to create a new problem and edit an existing problem, so that a menu for selecting it is displayed on the screen of the terminal (S310).

The initialized problem creation terminal 30 checks whether or not a problem creation user performs a problem creation task (S320). If the problem creation user does not select a problem creation task from a menu on a check result screen, the user may select the server 10 In step S340, it is checked whether or not a connection is selected.

On the other hand, if a problem creation user creates a new problem by selecting a problem creation from a menu on the screen, the problem creation terminal 30 stores the problem created by the user in the local storage 40 (S330).

Then, the problem creation terminal 30 checks whether the problem creation user selects the connection with the server 10 from the menu on the screen (S340), and if the user does not select the connection with the server 10 as a result of the check, the control operation is performed. On the other hand, when the user selects the server connection, the server is run through the communication network by running a communication emulator, a web browser, or a plug-in connected to the problem-producing client program. (10) (S350).

When the server 10 is connected to the server 10 in step S350, the problem preparation terminal 30 transmits the user information (for example, name and password) input by the user on the menu to the server 10 to request a login. (S360).

Next, the problem creation terminal 30 checks whether a message indicating whether the login succeeds from the server 10 arrives (S370), and if a message indicating that the login has failed is entered, the problem creation terminal 30 displays the on-screen. If the user selects a retry (S380), if the user selects a retry, the process returns to the step S360 and requests a login again, while the user does not select a retry control operation. To exit.

If a message indicating that the login is successful is received from the server 10 in step S370, the problem creation terminal 30 checks whether the user selects to write the newly created or edited problem to the server 10. (S390), if the user has not selected to write a problem, the process proceeds to step S410 which checks whether the user has selected to read the problem.

On the other hand, if the user selects to write a problem in step S390, the problem preparation terminal 30 reads a newly created or edited problem that the user wants to write to the server 10 from the local storage unit 40 to the server. Transmit to 10 (S400).

Then, the problem creation terminal 30 checks whether the user has selected to read the previously created problem from the server 10 (S410). If the user has not selected to read the problem, the process proceeds to step S470 described below. Checks if you have selected to log out.

If the user selects to read the problem in step S410, the problem preparation terminal 30 requests the server 10 to transmit the problem file selected by the user (S420), and the requested problem file is the server ( Check whether it is transmitted from 10) (S430).

In the step S430, if the requested problem file is not transmitted within a predetermined time, the problem preparation terminal 30 displays a message on the screen so that the user can select whether to retry the problem file request (S440). If the user selects a retry, the process returns to the step S420 and re-requests transmission of the problem file, whereas if the user does not select a retry, the process proceeds to the following step S470 in which the user selects logout. do.

If the problem file requested from the server 10 has been transmitted in step S430, the problem preparation terminal 30 checks whether the user has selected an editing function for the transmitted file on the menu (S450), and the user has a problem. If editing is not selected, the flow advances to step S470 below to check whether the user has selected logout.

On the other hand, if the user has selected to edit the problem transmitted from the server 10 in step S450, the problem creation terminal 30 stores the problem edited by the user in the local storage unit 40 (S460). In step S470, it is checked whether the user selects logout.

If the user has not selected logout at step S470, the problem preparation terminal 30 returns to step S390, whereas if the user has selected logout, the logout signal is transmitted to the server 10. Then, the connection with the server 10 is stopped (S480), and the control operation ends.

On the other hand, the problem-producing user can designate the date and time when the problem-solving user solves the problem or the time taken to solve the problem, and in this case, by the date or time specified by the problem-producing user The problem service providing server 10 automatically performs a test accordingly.

Next, the control operation of the problem solving terminal 20 will be described with reference to FIG. However, the control operation process in the state where the user of the problem creation user account is opened in the problem service providing server 10, and the following determination process during the control operation is embedded in the problem pool terminal 20 to control all operations. It is revealed that the main processor is omitted, which is a technology for the main administration, so that additional description will be omitted.

First, when the problem solving user applies power to the problem solving terminal 20 and starts the problem solving terminal 20, the started problem solving terminal 20 receives the operating program and the problem solving client program from the built-in memory. The problem is solved by loading into the memory, and a menu for selecting it is displayed on the screen of the terminal (S510).

The initialized problem solving terminal 20 checks whether the problem solving user selects the connection with the server 10 from the menu on the screen (S520), and if the user does not select the connection with the server 10 as a result of the check, the control operation is performed. On the other hand, when the user selects the server connection, the problem pool is connected to the server 10 through a communication network by driving a communication emulator embedded in the client program or a communication program connected with a separate plug-in (S530).

When the server 10 is connected to the server 10 in step S530, the problem solving terminal 20 transmits the user information (for example, name, student number, password, etc.) input by the user on the menu to the server 10 to log in. Request (S540).

Next, the problem-solving terminal 20 checks whether a message indicating whether the login succeeds from the server 10 arrives (S550), and if a message indicating that the login has failed is input, the problem-solving terminal 30 displays a screen on the screen. In response to the message, the user selects whether or not to retry (S560), and if the user selects a retry, the process returns to step S540 and requests to log in again, while the user does not select a retry control operation. To exit.

If a message indicating that the login is successful from the server 10 arrives in step S550, the problem solving terminal 20 requests the server 10 to transmit a problem list (S570).

Next, the problem solving terminal 20 checks whether the requested problem list is transmitted from the server 10 (S580), and if the problem list requested from the server 10 is not transmitted, a message is displayed on the screen to allow the user to At step S590, if the user selects a retry, the process returns to step S570 to request transmission of the problem list again, and if the user does not select a retry, the control operation ends. .

If the problem list requested in step S580 is transmitted, the problem solving terminal 20 allows the user to select a problem to be solved from the transmitted list (S600), and transmits the problem selected by the server (S600). 10) (S610).

Next, the problem solving terminal 20 checks whether the problem requested from the server 10 is transmitted (S620), and if the problem requested from the server 10 is not transmitted, a message is displayed on the screen to retry the user. If the user selects a retry, the process returns to step S610 to request transmission of the selected problem again. If the user does not select a retry, the control operation is terminated.

If the problem requested from the server 10 is transmitted in step S640, the problem solving terminal 20 causes the user to solve the transmitted problem (S640), and compares the problem solved by the user with the correct answer. (S650).

In addition, the problem solving terminal 20 allows the user to input a subjective evaluation value, such as the level and difficulty of the problem for the problem solved on the menu (S660), the evaluation result and the evaluation value for the problem entered by the server ( 10) (S670).

Next, the problem solving terminal 20 transmits a logout signal to the server 10, stops the connection with the server 10 (S680), and ends the control operation.

As described above, according to the present invention, anyone who is interested in the related field can easily create a problem and service them mutually, beyond a one-way service in which a specific person or a specific institution unilaterally constitutes a problem and provides a service. By providing interactive services that enable collaboration to create the set of questions you want, you can share and interact with professional questions and quizzes on a wide range of specialties, and service providers can By creating a community, you can create and manage more productive problem sets.

Claims (6)

Problem creation step where the user creates a new problem by type in the problem creation client terminal and transmits it to the problem service providing server through a communication network; A problem adding step of adding a new problem or an edited problem transmitted from the problem generating client terminal in a problem service providing server to a database; Problem Solving Problem solving service method using a communication, characterized in that the problem solving step comprising a problem service step in which the user is connected to the problem service providing server from the client terminal through the communication network to receive a problem. According to claim 1, the problem-producing user designates the date and time when the problem solving user can solve the problem or the time required to solve the problem at the time of problem creation, the test service server automatically performs the test accordingly Problem solving service method using the communication, characterized in that the. The method of claim 1, wherein the problem service step comprises: first, requesting a list of problems from the problem service providing server and receiving the problem list; Selecting a desired problem from the received list and requesting the selected problem to the problem service providing server to receive the selected problem; Problem solving service method using a communication, characterized in that consisting of the step of solving the received problem. [4] The method of claim 1 or 3, further comprising: in the problem service step, comparing the problem solved by the problem solving user with a correct answer and scoring the result, and transmitting the scoring result to the problem service providing server. Problem question service method using the communication. The communication service according to claim 4, further comprising, in the problem service step, transmitting a subjective evaluation value or opinion of a problem solved by the problem solving user to the problem service providing server. Question service method. The method of claim 5, wherein the administrator operating the problem service providing server manages a database such as maintaining, repairing, or discarding a problem stored in the server by reflecting a subjective evaluation value or opinion on a problem inputted by the problem solving user. Question service method using the communication, characterized in that further comprises a step.