KR101506493B1 - Examinee’s slate number issuing and examinee selecting method using the Examiner’s slate number using computer - Google Patents

Abstract

The present invention provides a computer-assisted examination number that can provide a fair selection method in selection based on excessive support to a specific kindergarten in a random selection by a lottery such as a kindergarten which does not require a separate qualification test or ability check. And a method of selecting a candidate using the admission number, the method comprising the steps of: (1) registering a plurality of recruitment agencies in a main server through an Internet network; (2) a case name assignment step of assigning a case name to a sub server held by each recruiting organization in the enrollment organ registration step; (3) issuing an examinee number for each recruitment institution, which issues the candidate registration and registration number for each recruitment institution for each recruitment institution using the case name after the case name assigning step; (4) integrating test numbers for each of the recruiting institutions issued by the recruiting agencies; (5) A grouping step of grouping the integrated test numbers in the step of integrating the test number, wherein grouping is performed so that at least one case name of each collecting organization is included in one lottery group to form lottery groups; (6) a lottery step of sequentially selecting the lottery groups formed in the grouping step through a lottery to select a passing group; And (7) a notifying and registering step of notifying the candidates who have been given the exam number in the lottery acceptance group in the lottery step and informing the registration procedure of the acceptance.

Description

Examinee's slate number issuing and examining selecting method using the examiner's slate number using computer [

The present invention relates to a method of issuing a test number using a computer and a method of selecting a test taker using the test number, and more particularly, to a specific recruitment in a random selection by a lottery at a recruitment institution where a separate qualification test such as a kindergarten, The present invention relates to a method of issuing an admission number using a computer capable of providing a highly selected selection method in selection based on excessive support to an institution and a method of selecting a candidate using the admission number.

In most countries, including Korea, many educational institutions are composed of multiple levels (for example, in Korea, kindergarten, elementary school, junior high school, high school, university and graduate school) Of the total. More specifically, as individuals acquire knowledge and experience as they grow up, their abilities are differentiated, and society gives them opportunities for education that are appropriate, or to recruitment agencies such as agencies or companies that need such abilities . This will enable the efficient management and provision of human resources, which are common resources for society.

In Korea, especially in educational institutions, except for some high schools in some areas, people with a certain qualification are randomly selected, that is, they are selected through lottery, giving them a fair educational opportunity. Through the examination, the university is supported according to the order of the academic achievement so that the acceptance is decided.

Therefore, in this educational system, the selection of students with high equity is particularly demanded, and accordingly, the government has constructed and implemented various active systems for this purpose.

Currently, the system for issuing exten- sion numbers is based on serial numbering in the order of receipt for the same support fields.

Such a serial number assigning method can be summarized as shown in FIG.

As shown in FIG. 1, since the conventional issuance number system is a method of assigning a serial number, the number of applicants in the field to be supported is exposed as it is. Therefore, even if a successful applicant is determined through a random lottery, The equity can be hindered.

Therefore, in the case of applying the serial numbering method as shown in FIG. 1, when the number of applicants is large, the probability of acceptance is smaller than when the number of applicants is small. Therefore, , And it is often the case that the applicants apply for a place with low competitiveness or a plurality of support, and a successful lottery method is selected for a successful applicant. In the case of a kindergarten having no other discrimination method such as a test result, the equity is seriously degraded.
Prior Art:
Korean Patent Publication No. 10-2001-0025217 discloses a method and apparatus for providing a simulated support service through the Internet
Japanese Patent Application Laid-Open No. 2007-279778 A method and system for selecting an enrollee

Disclosure of Invention Technical Problem [8] The present invention has been devised in order to solve the problems of the prior art as described above, and it is an object of the present invention to provide a method for issuing an exam number using a computer, which can increase the equity of a candidate in a random selection, The purpose is to provide.

In particular, the present invention is directed to a method for issuing an admission number using a computer capable of greatly increasing the equity of the applicants as a whole in selecting candidates, and a method for selecting a candidate using the admission number.

The method of the present invention for issuing an admission number using a computer and selecting an admission number using the admission number includes the steps of (1) registering a plurality of recruitment institutions to a main server through an Internet network; (2) a case name assignment step of assigning a case name to a sub server held by each recruiting organization in the enrollment organ registration step; (3) issuing an examinee number for each recruitment institution, which issues the candidate registration and registration number for each recruitment institution for each recruitment institution using the case name after the case name assigning step; (4) integrating test numbers for each of the recruiting institutions issued by the recruiting agencies; (5) A grouping step of grouping the integrated test numbers in the step of integrating the test number, wherein grouping is performed so that at least one case name of each collecting organization is included in one lottery group to form lottery groups; (6) a lottery step of sequentially selecting the lottery groups formed in the grouping step through a lottery to select a passing group; And (7) a notifying and registering step of notifying the candidates who have been given the exam number in the lottery acceptance group in the lottery step and informing the registration procedure of the acceptance.

A step of issuing an exam number for each candidate by the candidate server to register a candidate and an exam number for each candidate directly through the internet network without passing through the recruitment agency separately from the main server via the Internet network; As shown in FIG.

The case number of the main server may be displayed or may not be displayed.

A plurality of support verification steps may be further performed in which the same candidate can not support a plurality of the same candidates at the step of issuing an examinee number per the recruitment agency.

The case number of the sub server is included in the test number for each recruitment agency, but the case name of the sub server may be displayed or not displayed.

A plurality of support verification steps may be further performed in which the same candidate can not support a plurality of candidates at the step of issuing the test number for each candidate.

In the case where the step of issuing the examinee number by the candidate is performed, the step of integrating the examinee number may integrate the examinee-by-examinee numbers and the examinee-by-examinee numbers.

The examination number for each of the collection institutions in the issuing step of the examination number per the collection institution or the examination number for each candidate in the registration step of the examination number for each candidate consists of a combination of a starting number and a serial number, May be given as an integer determined by cyclically incrementing by a constant increment between a minimum value and a maximum value, and the increment may be an integer between 1 and 9. [

The examination number of each examination institution in the issuing number of the examination number per the examination institution or the examination number of each candidate in the examination number issuing step of each candidate consists of a combination of a starting number and a serial number, The increment may be given as an integer that is determined by incrementing the increment by an increment and cyclically, and the increment may be an integer between 0 and 9. [

An additional lottery step may be further performed in which, when a vacancy occurs in the number of aboriginal members registered after registration after the successful candidate notification and registration step, an additional successful candidate is selected.

According to the present invention, it is possible to issue an admission number using a computer that can increase the equity of a candidate in a random selection such as a lottery from a support step, and a method of selecting a candidate using the admission number, And in particular, it is possible to greatly raise the equity for the applicants as a whole in the selection of the successful applicants.

Particularly, according to the present invention, it is particularly easy and suitable for random selection by increasing the complexity by allowing two or more consecutive numbers to be used by avoiding the simplicity of issuing an examinee's number by using a consecutive number of ordinal numbers, The effect can be increased.

FIG. 1 is a diagram showing a system for issuing an application number in a conventional serial numbering scheme.
2 is a schematic view schematically showing a configuration of an Internet network for carrying out the present invention.
FIG. 3 is a flowchart illustrating an operation procedure of a computer for issuing an admission number using a computer as an embodiment of the present invention and selecting an admission candidate using the admission number.
4 is a diagram illustrating a first exemption number issuing system among the exemption number issuing systems according to the present invention.
FIG. 5 is a diagram illustrating a second issuance number issuing system in the issuance number issuing system according to the present invention.
6 is a diagram illustrating an example of a method of selecting candidates using the test numbers issued using the test number issuing system according to the present invention.

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

The method for issuing an admission number using a computer and selecting an admission number using the admission number according to the present invention includes the steps of (1) registering an enrolling institution, which is a plurality of admission agencies, to a main server through an Internet network; (2) a case name assignment step of assigning a case name to a sub server held by each recruiting organization in the enrollment organ registration step; (3) issuing an examinee number for each recruitment institution, which issues the candidate registration and registration number for each recruitment institution for each recruitment institution using the case name after the case name assigning step; (4) integrating test numbers for each of the recruiting institutions issued by the recruiting agencies; (5) A grouping step of grouping the integrated test numbers in the step of integrating the test number, wherein grouping is performed so that at least one case name of each collecting organization is included in one lottery group to form lottery groups; (6) a lottery step of sequentially selecting the lottery groups formed in the grouping step through a lottery to select a passing group; And (7) a notifying and registering step of notifying the candidates who have been given the exam number in the lottery acceptance group in the lottery step and informing the registration procedure of the acceptance.

As shown in FIG. 2 and FIG. 3, the recruiting organization registration step is performed by registering a plurality of recruitment agencies, which are recruitment agencies, to the main server 2 via the Internet network 1. [ The registrar registration step is performed by connecting to the main server 2 of the main institution through the Internet network 1 using the sub servers 3 31, The user is prompted to select the recruitment agency registration menu during the menu selection on the main screen, and the basic information of the recruitment agency to be recruited in accordance with the guidance displayed is inputted.

When the information input by the recruitment agency as the recruitment agency is completed, the main server 2 stores it in the recruitment agency case name assignment step, and assigns the case name to the recruitment agency subsequently. In the case where there are a plurality of recruitment agencies that are recruitment agencies, a plurality of sub-servers (3; 31, 32, and 33 ~) held by each recruitment agency are separately classified and can be individually registered using a case name. In this case, the case name may be an identifiable symbol such as an integer (1, 2, 3), an alphabetical letter (A, B, C ~), a Korean alphabetic character (e.g., . Therefore, the above case name may not be given when there is one recruitment agency.

After the case name assigning step, an exam number issuing step for each recruitment institution issuing step of registering candidates and issuing an exam number for each recruitment institution is performed for each recruitment institution using the case name. In this case, each of the recruitment agencies, which are recruitment institutions, inputs and stores the application information and the information of the applicant through the sub server 3 (31, 32, 33), and issues an examination number based on this information. The method of issuing the examination number at each of the recruitment agencies will be described later.

The test numbers for each recruitment institution issued by each recruiting institution are stored in the main server 2 through the Internet network 1 so that they can be managed in an integrated manner.

The grouping divides a plurality of test numbers into a plurality of lottery groups so that when one lottery group is selected by lottery, candidates having test numbers in the lottery group can be selected as successful candidates. This allows a large number of candidates who have applied to a large number of recruitment agencies to determine the successful candidates by a random lottery method in a highly equitable way. That is, a plurality of lottery groups are formed by grouping at least one case name of each collecting institution in one lottery group. When a lottery group is selected and a lottery group is selected as the acceptance group, since the number of the exams issued by at least one recruitment agency among the plurality of registered enrollees is included in the acceptance group The selection of a single acceptance group allows fair selection of admission candidates to a large number of recruitment agencies. The selection of the acceptance group by lottery of these lottery groups is carried out by selecting lots of lottery groups by lottery until the number of examinees corresponding to the number of persons to be recruited from the previously registered recruitment agencies is selected, A large number of successful candidates can be selected with high equity. That is, the lottery groups formed in the grouping step can be sequentially selected through a lottery to select a plurality of acceptance groups.

This will be described with reference to FIG. As shown in FIG. 6, the integrated test numbers are grouped into a plurality of lottery groups for winning draw. That is, the case names assigned to each kindergarten registered in each kindergarten registered in the case A, case B of kindergarten, case B of kindergarten, and case C of the kindergarten of the ZZ kindergarten are Gajo, Nazo, ≪ / RTI > In this case, there are five exams in case A, four exams in case B, four exams in case C, five exams in case A, five exams in case B, five cases in case C, 4, 5, 5, 5, and 5, respectively, of Case A, Case B, and Case C, respectively. These lottery groups, Gajo, Najo, Dajo, Rajo and Majo, will be able to select a passing group through a random lottery. If they are drawn in random order, for example, in the order of Nazo, Dazo, Gajo, Mazo, and Lazo, the winning group is selected in the order of Najo, Dajo, Kajo, Majo, and Lazo . In addition, it is possible to determine the successful applicants from the top to the bottom of each group. For example, in the case of the first drawing in FIG. 6, XX kindergarten has 202 first, second, and third examinations numbered 207, 207, 212, 217 And 222, which is the 5th rank examination number, to determine the applicant of the corresponding examination number as the successful candidate. If there are more gates, you can decide on the passers in the same way from the top to the bottom of the next pass group. This is equally applicable to other kindergartens with different case names. Although FIG. 6 shows a configuration in which test numbers are pushed one by one from the case A to the case C, the case A, the case B and the case C are all arranged in the same column, that is, , Which can be adjusted appropriately to suit the needs and make pre-prediction impossible to further enhance equity.

Thereafter, a notification of acceptance and a registration step of informing the candidates who have been given the examinee's number within the acceptance group drawn in the lottery step and informing the registration procedure can be performed as before.

A step of issuing an exam number for each candidate by a candidate to register a candidate and an exam number for each candidate directly through the internet network 1 without passing through a recruitment agency separately from the main server via the Internet network 1; And may be performed in parallel with the number issuing step. The test number issuing step of each candidate can be directly performed by the client 4 (41, 42, 43, 44, 45, 46), that is, by using a general computer, directly through the Internet network 1 without registering directly at the recruiting institution It is possible to access the server 2 and directly support it to any one of the registered recruitment agencies or to a plurality of recruitment organizations. 2, a plurality of clients 4, 41, 42, 43, 44, 45, and 46 are connected to the main server 2 through the Internet 1 to receive examiner numbers for each candidate have. Thus, candidates can take a look at one or more of the recruitment agencies without having to visit the recruitment agency directly or through a specific recruitment agency. In this case, the main server 2 performs acceptance of the application in the same or similar manner as that performed by the candidate institutions registered in advance, inputs and stores the information of the candidate through the main server 2 in the main server 2 , And issues test number for each candidate on the basis of this. The method of issuing the test number will be described later.

31, 32, and 33 or the clients 4 41, 42, 43, 44, 45, and 45 in order to integrally manage the issuance of the test number by the candidate and the issuance of the test number by the recruiting organization in the main server 2, 46 are connected to the main server 2 through the Internet network 1, a main screen is provided so that the registration institution, which is a registration institution, performs registration, or a candidate who wants to attend school selects registration Whereby the recruiting agency is able to communicate with the main server 2 via its subservers 3, 31, 32, 33 and the candidates via the client 4, 42, 43, 44, 45, Registration of application items, issuance of application number, and so on.

The case number of the main server 2 may be displayed or may not be displayed. The case name can be displayed externally, in particular, in such a way that the candidates can be displayed on the screen so that they can visually see it, or printed on the sheet at the time of output. Even if the case name is displayed in this way, there is no case in which the number of applicants to a specific recruitment agency is exposed, and therefore it is not necessary to display the case name. However, this case name is used as a criterion for distinguishing the candidates corresponding to the examinee numbers in the acceptance group determined by grouping and lottery of the lottery groups as described above, to which specific recruitment agency has passed.

A plurality of support verification steps may be further performed in which the same candidate can not support a plurality of the same candidates at the step of issuing an examinee number per the recruitment agency. Thus, individual candidates may or may not permit multiple sponsoring institutions to support a plurality of recruitment agencies, which may be arbitrarily selected in consideration of the number of registered recruitment agencies and the number of potential candidates, so that they can be politically determined and operated Lt; / RTI >

The case number of each of the sub servers 3, 31, 32, and 33 may be displayed or may not be displayed. The case names of the sub-servers (3, 31, 32, and 33) also have the same or similar functions as the case names of the main server 2 in the examiner-by-candidate exam numbers described above, and repeated descriptions are avoided.

A plurality of support verification steps may be further performed in which the same candidate can not support a plurality of candidates at the step of issuing the test number for each candidate. This is also the same as or similar to that described above, and therefore, a repetitive description will be avoided.

In the case where the step of issuing the examinee number by the candidate is performed, the step of integrating the examinee number may integrate the examinee-by-examinee numbers and the examinee-by-examinee numbers. By integrating the number of examinations per applicant institution and the number of applicants by examiner, it becomes possible to make all applicants to decide on the successful applicants by a method having a high degree of equity with respect to all registered applicants.

The examination number for each of the collection institutions in the issuing step of the examination number per the collection institution or the examination number for each candidate in the registration step of the examination number for each candidate consists of a combination of a starting number and a serial number, May be given as an integer determined by cyclically incrementing by a constant increment between a minimum value and a maximum value, and the increment may be an integer between 1 and 9. [

In addition, the examination number by the collection institution in the examination number issue step by the collection institution or the examination number by the candidate in the application number issue step by the candidate consists of the combination of the start number and the serial number, And the increment may be an integer between 0 and 9. The increment may be an integer between 0 and 9,

4, a case name is assigned to one kindergarten, which is a recruitment agency, and a case name is assigned to a kindergarten (XX kindergarten) Case A is designated), and an examination number consisting of a start number and a serial number can be issued for each case, that is, for each kindergarten. At this time, the start number is cyclically repeated based on the minimum value 1, the maximum value 5, the increment 1, and the start 1. Also, the serial number literally means a series of numbers, which can be one or more digits, depending on the number of people to be recruited. In Fig. 4, the serial number is made up of two digits. Therefore, the test number to be issued is circulated repeatedly from the start numbers 1 to 5, and the test number is issued in such a way that the serial numbers are combined with it. Thus, test numbers are issued in the order of 101, 202, 303, 404, 505, . If the case names are displayed together, test numbers A101, A202, A303, A404, A505, A106, A207 ~ will be issued. This case name may or may not be displayed. Therefore, it is difficult to gauge the number of candidates who have applied to XX kindergarten, because only one of the above test numbers shows a small test number of 106 after a large test number of 505, for example. This is the same for other kindergartens. And, between kindergartens, case names can be distinguished.

Otherwise, the test number issued according to the second test number issuing scheme according to another specific embodiment of the present invention will be described with reference to FIG. 5. As with the first test number issue system, One case name is assigned (Case A is assigned to the kindergarten XX), and an examination number consisting of a start number and a serial number can be issued for each case, that is, for each recruitment institution. In other words, the start number in case A starts with different integers, and then the serial numbers are combined to form one test number. 5, the sequence number is repeated as the minimum value 1, the maximum value 99, and the increment 5 as shown in FIG. 5, The serial numbers may be increased by one, and the serial number may be one or more digits, depending on the number of persons to be recruited. In FIG. 5, the serial number is two-digit number. Therefore, the issued test number is issued starting numbers 1, 2, 3, 4 and 5, and is issued in such a way that serial numbers are combined with each start number, so that the start number starts with 1 and the serial number The test numbers 202, 207, 212 and 217 of which the start number is 2 and the start of the serial number is 2, (Test numbers of 303, 308, 313, 318, and 323) in which the start number is 3, the start of the serial number is 3, the start number is 4 (Test numbers of 404, 409, 414, 419, 424 ~) with start of serial number 4 and test numbers 505, 510, 515, 520, 525) can be issued. If you put together the case names here, you will find the case numbers (A101, A106, A111, A116, A121 ~), (A202, A207, A212, A217, A222 ~ (A405, A510, A520, A525 ~), and (A403, A409, A414, A419, A424 ~ In the case of YY kindergarten of Case B, the start number is changed from 2 to 1, and the number is returned to 1 (test numbers of 201, 206, 211, 216, 221) (Test number of 403, 408, 413, 418, 423 ~), (504, 509, 514, 519, 524 ~) and 105 (B201, B206, B211, B216, B221 ~), (B302, B307, and B307), and the case number , B312, B317, B322 ~), (Examination numbers of B403, B408, B413, B418, B423 ~), (Examination numbers of B504, B509, B514, B519, B524 ~) and (Examination numbers of B105, B110, B115, B120, B125 ~) can be issued. As mentioned above, the case name may or may not be displayed. In addition, the present invention is not intended to be limited to the first exemption number issuing system or the second exemption number issuing system described above, but may be implemented by dividing case names into symbols other than alphabets, different starting numbers, It will be appreciated by those skilled in the art that various changes may be made, such as by varying the increment of the serial number, or by varying the increment in the serial number, all of which fall within the scope of the present invention.

An additional lottery step may be further performed in which, when a vacancy occurs in the number of aboriginal members registered after registration after the successful candidate notification and registration step, an additional successful candidate is selected. This additional lottery step may be selected from among the lottery groups in the first lottery stage that have not been drawn and have not been passed. Alternatively, the additional lottery step may be performed by redrawing the test numbers of the unregistered candidates drawn into the acceptance group.

The present invention can be used in the field of deciding a successful candidate in a recruiting institution, such as a kindergarten, in which a recruiting agency decides a successful candidate in a random manner without performing a test such as a separate test.

While the invention has been shown and described with reference to certain exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims.

1: Internet network 2: main server
3, 31, 32, 33:
4, 41, 42, 43, 44, 45, 46:

Claims (10)

(1) A sub server of the recruiting agency is used to access the main server of the main institution through the Internet network and register it as a recruiting institution in the main server, so that the main server of the main agency registers the recruiting agency step;
(2) a case name assignment step of assigning a case name to a sub server held by each recruitment agency in the registration step of the main server of the main institution;
(3) a step of issuing an examination number for each recruitment institution in which the main server of the main institution issues an examination number for each of the candidate registration and recruitment institutions for each recruiting institution by using the case name after the case name assigning step, A step of issuing an exam number by a candidate for registering a candidate and issuing an exam number by a candidate separately without passing through a recruitment agency separately from the main server through the Internet network is performed in parallel with the issuance number issue step for each recruitment institution ;
(4) a step of integrating an examinee's number by the main server of the sponsoring institution and storing the examinee's number by each of the recruitment agencies and the examiner's number by the candidate;
(5) a grouping step in which the main server of the main organizing group groups the integrated admission numbers in the step of integrating the admission number, and groups the lot numbers so that at least one case name of each admission institution is included in one lottery group to form lottery groups;
(6) a lottery step of sequentially selecting the lottery groups formed in the grouping step by a lottery by the main server of the main organizing institution and selecting the acceptance groups; And
(7) a notifying and registering step of a successful server, in which the main server of the sponsoring organization notifies the candidates who have been given the exam number in the winning group drawn in the lottery step and guides the registration procedure;
And issuing an admission number using a computer and selecting a candidate using the admission number. delete The method according to claim 1,
Wherein the case name of the main server is included in the test number for each candidate, but the case name of the main server is displayed or not displayed, and the method for issuing the test number using the computer and using the test number. The method according to claim 1,
And a plurality of support verification steps, which are not allowed to be supported by the same candidate at the step of issuing an examinee number, are further performed. The method according to claim 1,
Wherein the case name of the sub server is included in the exam number of each recruitment institution, but the case name of the sub server is displayed or is not displayed, the method comprising: issuing an examinee number using the computer and selecting the examinee using the examinee number. The method according to claim 1,
And a plurality of support verification steps, which are not allowed to be supported by the same candidate at the step of issuing the test number for each candidate, are further performed. The method of claim 1, further comprising the step of issuing an examination number using the computer and using the examination number. delete The method according to claim 1,
The examination number for each of the collection institutions in the issuing step of the examination number per the collection institution or the examination number for each candidate in the registration step of the examination number for each candidate consists of a combination of a starting number and a serial number, And the increment may be given as an integer which is determined by incrementing by a constant increment between a minimum value and a maximum value while cyclically increasing the increment, and the increment is an integer between 1 and 9. The computer- How to choose a candidate using the test number. The method according to claim 1,
The examination number of each examination institution in the issuing number of the examination number per the examination institution or the examination number of each candidate in the examination number issuing step of each candidate consists of a combination of a starting number and a serial number, And the increment is an integer in the range of 0 to 9. The method of claim 1, wherein the step of assigning an examinee's number using the computer and the step of selecting an examinee using the examinee's number . The method according to claim 1,
Wherein the main server of the main institution further performs an additional lottery step of selecting an additional successful applicant when a vacancy occurs in the number of aboriginal people registered after registration after the successful applicant notification and registration step. And selecting the candidate using the test number.

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