JP2002215942A - Communication system with abstract filter - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a communication system allowing a promoter to reliably search only the responders to be communicated with on a network and preventing the personal information of the promoter from being leaked to people other than these responders. SOLUTION: A mediating server presents the problem data registered from a promoter terminal in advance for selecting whether responders are such personnel as to be communicated with or not on responder terminals, and it has a means allowing the promoter and the responders to communicate with each other when the responders are judged to correspond to the above personnel based on the answer data inputted from the responder terminals.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a communication system for recruiting a caller who desires on a network, and more particularly, to an abstraction capable of preventing leakage of personal information of a caller and searching for the desired person more reliably. Communication system with an objective film.

[0002]

2. Description of the Related Art In recent years, communication systems using networks such as the Internet have rapidly become widespread. In such a system, generally, the condition of the person the caller wants to communicate with is disclosed to an unspecified number of people, and the contact information of the caller is also disclosed. The responder determines that the condition is satisfied, and if he / she wants to communicate with the caller, he / she starts communication using the contact information. In this way, by publicizing to an unspecified number of people via the network, the caller can search for a person who wants to communicate with very little effort.

[0003]

However, according to the above prior art, since the network system is used, it is extremely difficult to determine whether the respondent is a person who really meets the above conditions. That is, as described above, since the contact information of the caller is also disclosed to an unspecified number of people along with the condition of the person who wants to communicate, it is assumed that a person who performs mischief using this contact or a person who satisfies this condition Some act as spoofing fraud.

SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and a caller reliably searches only a caller who wants to communicate on a network, and personal information of the caller leaks to a person other than the caller. The purpose is to provide a communication system that does not have any.

[0005]

In order to achieve the above object, in the communication system with an abstract filter according to the first aspect of the present invention, the mediation server wants to perform communication registered in advance from a caller terminal. The question data for selecting whether or not the person is present is presented to the caller terminal, and when it is determined from the answer data input from the caller terminal that the caller corresponds to the above-mentioned person, the caller and the caller communicate with each other. It is characterized by having possible means.

According to a second aspect of the present invention, there is provided a communication system having an abstract filter provided with an abstract filter in which an intermediate server, a caller terminal, and a responder terminal are connected by a network. Means for presenting PR data registered from the caller terminal to the caller terminal, and selection of the caller based on the question data and the question format data registered from the caller terminal when an application is received from the caller terminal. Means for presenting a problem to the responder terminal, answer data input from the responder terminal, and model respondent data and selection criteria data registered in advance from the responder terminal. Means of assessing the intended person and respondents assessing the caller as the intended person The case, both between the interrogation's terminal response terminal is characterized by having a means for providing a communication possible access means.

According to a third aspect of the present invention, in the communication system with an abstract filter according to the second aspect, the question format data is transmitted to the mediation server by arbitrarily selecting a predetermined number of questions from the questions included in the question data. And data to be presented to the caller terminal.

The invention according to claim 4 is the invention according to claim 2 or 3.
In the invention of the communication system provided with the abstract filter of the above, the question format data is data for causing the intermediary server to always present a predetermined question among the questions included in the question data to the caller terminal. .

According to a fifth aspect of the present invention, there is provided the communication system having the abstract filter according to any one of the second to fourth aspects, wherein the application format data is presented to the intermediary server to the caller terminal. It is characterized by being data to be presented collectively.

According to a sixth aspect of the present invention, in the communication system having the abstract filter according to any one of the second to fourth aspects, the problem is presented that the application format data is presented to the intermediary server to the caller terminal. Each question is presented, the answer data from the responder terminal is evaluated by the model answer data, and the next question is presented only when both match, and the selection criterion data is transmitted to the mediation server by the responder terminal. When all the answers to the questions presented in (1) match the model answer data, the responder is evaluated as being the intention of the caller.

[0011] According to a seventh aspect of the present invention, in the communication system having the abstract filter according to any one of the second to sixth aspects, the intermediary server allows the caller to transmit predetermined information using the caller terminal. A feature is that a question is presented to a terminal only when registered.

According to an eighth aspect of the present invention, in the communication system with an abstract filter according to the seventh aspect, the mediation server determines whether or not to present a problem to a respondent based on predetermined information. And

According to a ninth aspect of the present invention, in the communication system having the abstract filter according to any one of the second to eighth aspects, the access means notifies the caller and the responder of the personal information to both of them. It is a means that can communicate without using

The invention according to claim 10 is the invention according to claims 2 to 9
In the invention of a communication system provided with any one of the above abstract filters, the intermediate server disables the access means when a predetermined condition is satisfied.

[0015] The invention described in claim 11 is the invention according to claims 2 to 1
The invention of a communication system having an abstract filter of any one of 0, wherein PR data, question data, model answer data, question form data, and / or selection criteria data can be created by a conversation site. I do.

[0016]

Embodiments of the present invention will be described below in detail with reference to the accompanying drawings. A communication system with an abstract filter according to the present invention includes an intermediary server 1, a caller terminal 2, and a caller terminal 3, as shown in FIG. Each component is connected via a network such as the Internet.

The mediation server 1 holds a problem (question) for selecting a person who meets the request of the caller. Then, this question is given to the respondent, the answer is evaluated, and it is determined whether or not the responder meets the condition. If so, a means (or method) is provided for the caller and the responder to communicate with each other using terminal 2 and terminal 3, respectively. In this way, the problem created by the caller is determined by the anonymity of the network such as so-called "spoofing" because it is determined whether the responder matches the condition through the abstract filter of the problem created by the caller. Properties can be extremely low.

The caller's terminal 2 and the responder's terminal 3
Need only be able to communicate with at least the mediation server 1. For example, in the case where the Internet is adopted as a network, any personal computer having a so-called browser function for performing communication according to the Internet protocol may be used.

The caller first registers the question data for selecting the intended person (the person seeking communication) from the terminal 2 to the mediation server 1. After this problem has been registered, the mediation server 1 notifies the unspecified number of persons on the network to the unspecified majority, and calls on a person who matches this personage to access the mediation server 1. The responder accesses the mediation server 1 from the terminal 3 and applies (declares) that he / she matches this person image. Then, the mediation server 1 gives the terminal 3 the problem to the respondent. This answerer evaluates the answer input to the mediation server 1 via the terminal 3, and confirms whether the caller is a person who seeks communication. Then, after confirming that the caller is a person who matches the above-mentioned person image, a communication means capable of communicating between the caller and the caller is provided. Details will be described below.

[First Operation Example] A first operation example of the communication system provided with the abstract filter according to the present invention will be described with reference to FIG. In this example, it is assumed that the caller wants communication with a person who is a “club alumni”.

The caller requests data for recruiting communication with the "alumni of the club" (hereinafter, referred to as PR data), question data for selecting the respondent, model answer data, question format data, and selection criteria. (Pass criteria) Register the data from the terminal 2 to the mediation server 1 (2-
1).

The PR data is not particularly limited as long as it is data that can inform the unspecified majority through the mediation server 1 that it is seeking communication with a person matching the above-mentioned person image. For example, the data may include text data indicating that the caller is recruiting alumni, or group photo data of alumni of the club.

The problem data includes a problem for determining whether the respondent is a person who satisfies the above condition “club alumni”. Although the number of questions is not limited, it is preferable to create a plurality of questions in order to more reliably determine whether a person meets the conditions. The content of the problem is preferably something that cannot be known unless it is an alumni who meets the conditions, such as the beginning of the school song, the name of the teacher in charge, the name of the club, the year of establishment of the club, the case of getting angry at the club, etc. . The question format may be a selection formula such as two-choice, three-choice, or a description formula. Note that the format of the question data is not limited to character data. For example, sound data and image data may be included in the question data, and a question relating to the sound or image may be presented using character data. In addition, the question may be set only by the sound data.

As a method of transmitting (registering) the problem data and the PR data from the terminal 2 to the mediation server 1, a known method can be adopted. For example, in order to facilitate creation and transmission of question data, the mediation server 1 calls a question creation site as shown in FIG.
Is preferably presented. Thus, the caller can input the question to the site using the terminal 2, create the question data simply by pressing the send button, and transmit the question data to the mediation server 1. That is, by presenting such a PR data or / and a conversational site (conversation site) for creating problem data to the caller, the creation of such data becomes extremely easy. In addition, such a site is not provided or provided, and a format dedicated to PR data and question data is prepared. May be transmitted. Since the e-mail is created in a dedicated format, the mediation server 1 can extract PR data and problem data from the received e-mail. Further, a program capable of creating such data may be distributed to the caller. This program is
When activated on the terminal 2, it creates data based on the information entered by the caller and sends it to the mediation server 1. It is preferable that this program input the above information in a so-called conversation format (wizard format) in order to reduce the effort of the caller required for data creation.

The caller creates model answer data (model answer data) for the question data. As a method of creating the model answer data, a method similar to the method of creating the question data can be adopted. In addition, in order to reduce the problem and the effort to create a model answer, the mediation server 1
Preferably provides the terminal 2 with a site capable of creating question data and model answer data as shown in FIG. In particular, when a plurality of questions are to be prepared, a single site as shown in FIG. 8 is provided to provide a site where one question data and corresponding model answer data can be prepared, and the questions and the model answers are provided one by one. Preferably, it can be created. This makes it easier for the caller to associate the question data with the model answer data. That is, there is a very low possibility that the question and the model answer do not correspond (an answer of another question corresponds to the question).

The question method data includes information on a method of presenting the question data to the respondent terminal 3. For example, the number of questions to be asked, whether the intermediary server 1 randomly selects the questions to be asked or whether mandatory questions are always presented and other questions are randomly selected, whether the questions are presented one by one, or Setting information such as whether to present the problem to be presented in one site at one site. As a creation method, a method similar to the method of creating the question data can be adopted.

In the selection criteria data, based on the response rate to the above-mentioned problem, the respondent is required to meet the above condition “club alumni”
Criterion information for judging whether or not is included. This criterion can be arbitrarily set by the caller.
For example, based on the answer rate of correct answers to the number of questions, if the answer rate is equal to or more than a predetermined rate, the responder may be determined to be a person who satisfies the condition. In addition, the caller sets weights for the questions in advance, scores the correct answers or / and incorrect answers using the weights, and assigns a person who has a score equal to or greater than a predetermined score to the above condition. It may be determined that the person is satisfied. If a specific problem cannot be solved, a criterion may be provided for judging that a person does not meet the above conditions even if the answer rate or score exceeds a predetermined ratio or score. As a creation method, a method similar to the creation method of the question data can be adopted.

After registering the question data and the like in the database managed by the server, the mediation server 1 presents the PR data to the terminal 3 of an unspecified number of people (2-
2). In other words, the caller can use the terminal 3 to refer to the PR data registered in the site presented by the mediation server 1. The mediation server 1 may present all or part of the PR data to the terminal 3 via the network. The presentation method (reference method) is not particularly limited. For example, PR data is divided by a predetermined classification,
The PR data of the classification selected or input from the terminal 3 may be presented.

The caller refers to these PR data,
If it determines that it meets the conditions, it notifies the mediation server 1 via the terminal 3 that it wants to communicate with the caller. That is, the applicant applies as a person who meets the above conditions (in this case, "alumni of the club").

When there is an application from a respondent, the mediation server 1 presents the above problem data to the terminal 3 of the respondent. That is, the question data is presented based on the question format data.

It is preferable that a predetermined condition be imposed on the responder in order to exclude an unauthorized responder who applies for obtaining the personal information of the caller. For example, the personal information of the caller may be disclosed to the mediation server 1. Further, the identity of the respondent may be confirmed using a user authentication technique. More specifically, for example, an applicant's e-mail address is registered so as to prevent unauthorized access, and an e-mail containing a URL indicating a problem is sent to the registered e-mail address. The problem may be displayed on the URL.

The respondent creates answer data for the presented problem (2-3). Any method can be adopted as a method of creating the answer data. For example, when the intermediary server 1 presents questions to the terminal 3 one by one, answer data may be created one by one. In this case, it is particularly preferable to provide a column for creating answer data on the question presentation site as shown in FIG. 9 so that the respondent can input an answer in this column and transmit it to the intermediary server 1. Also,
When all the questions are presented to the terminal 3 at a time and the answer is selected, as shown in FIG. 10, a column where the respondent can select the answer is provided on the site where the question is presented, and the corresponding column is provided. By checking, the mediation server 1 may be able to determine which option has been selected.

The mediation server 1 compares the response data with the model response data, and evaluates whether or not the caller meets the condition “club alumni” based on the selection criterion data (2-4).

[0034] As a result of the evaluation, the mediation server 1 notifies the respondent of the address of the caller when the responder is determined to be a person in the category of the "alumni of the club".
As a result, the caller and the responder can communicate with each other.

The mediation server 1 counts the number of applicants, or adds the correct answer rate and the number of questions to be asked (for example, when the caller selects random questions) and presents them to the terminal 2 of the caller. You may do so.

[Second Operation Example] Next, a second operation example of this system will be described with reference to the sequence diagrams of FIGS. In this description, a case of recruiting “engineers with specific technology” will be taken as an example.

The caller sends a server use request to the intermediary server 1 using the terminal 2. In other words, the caller applies to the mediation server 1 so as to recruit a partner who desires communication using the mediation server 1 (system use application).

On the other hand, the mediation server 1 examines whether or not to respond to the request (application) of the caller (3-1). For example, the use request may include personal information such as the contact information of the caller, a method of paying the use fee of the system, and the like, and whether the caller uses the system may be determined based on the use request. As this determination method, for example, whether or not essential items are entered in the personal information, whether or not the person specified by the personal information has a history of illegally using the system or the like, It can also be based on whether or not the person is on a so-called blacklist.

Further, the mediation server may perform identity verification. In other words, it may be confirmed whether the person specified by the personal information is the caller. As this confirmation method, a known method can be adopted.
For example, a test e-mail is sent to the e-mail address of the caller specified (specified) by the personal information, and if the e-mail is returned from the caller, it is determined that the caller is a legitimate person can do.

After the examination and confirmation are completed, the mediation server 1 sets a system that can be used by the caller. For example, it sets authentication means (user ID, password, etc.) for the caller to access the mediation server 1 and secures a capacity for storing PR data of the caller. Then, after the preparation of the system is completed, a method of accessing the system (means) is transmitted to the terminal 2. That is,
Password and user ID for using the mediation server 1
Notify etc. Note that, similarly to the operation example 1, such conditions and the like do not need to be imposed on the caller. In other words, all persons may use the system.

The caller receiving the notification of the access method accesses the intermediary server and creates a problem as described above (3-2). Also, as described above, the mediation server 1
It is preferable that the caller be guided to a site where the caller can easily create a question using the terminal 2, for example, a conversational site, and the question is created on the site. That is, it is preferable that the intermediary server 1 presents the terminal 2 with a site provided with a question data input column, a question format data input column, and a model answer data input column as shown in FIG. This allows the user (caller) to create these data without worrying about the format and the like.

Note that a data format (format) may be disclosed to the network so that the network may be connected only at the time of data transmission, and this format may be transmitted to the mediation server 1. In addition, a program capable of creating the data in the format is distributed (transmitted) to the caller, and the program is used to create the data in an interactive manner, for example, and to transmit the data to the mediation server 1 in the same manner as described above. You may do so.

The caller registers the PR data in the mediation server 1 (3-3). This method can employ the same method as the question data creating method. In addition,
The PR data may be created before creating the question data. In addition, the question data and the PR data may be created simultaneously at the site as described above.

Further, the caller creates question format data, selection reference data, and the like (3-4). This method can employ the above-described method. As the question format data, for example, setting information such that the mediation server 1 arbitrarily (randomly) selects 10 questions from the question data registered in 100 questions to the respondent, and setting of questions to be always presented to the respondent Information is included. Selection criteria data includes setting information indicating that if the answer to 80% of the questions given to the respondent is correct, the weighting of each question, and answer data sent from the respondent Setting information (judgment criterion) indicating that a person whose calculated score is equal to or more than a predetermined score is a person who satisfies the above condition is included. Note that (3-1) to (3-3) are not limited to this order, and may be created in a different order. Alternatively, as shown in FIG. Good. That is, one site that can create question data, model answer data, PR data, question format data, and the like as shown in FIG. 11 may be presented.

After each data is registered, the mediation server 1 discloses all or a part of the PR data to the terminal 3 of an unspecified number of people (3-5). For example, the content of the recruitment is posted at a specific URL and waiting for a response (application) of a person who meets the above conditions. In addition, posting of the recruitment (registration of PR data and / or this PR data) to a specific mailing list or advertising on general search sites, etc. is optional depending on the contract with the caller. Can be done. Ultimately, however, the responder will be directed to the screening stage, with a specific URL as the entry point. That is, irrespective of the publicly known method of the PR data, it is evaluated whether or not the responder satisfies the condition of “engineer having specific technology” by a method described later.

The caller who browses the above recruitment, judges that he / she is a person who matches the recruitment contents, and wants to communicate with the caller, uses the terminal 3 to transmit the mediation server 1
Register (apply) candidate information at For example, a request for introduction may be made to the mediation server 1, the necessary information may be input to the examinee information registration site presented by the mediation server 1, and the required information may be transmitted to the mediation server 1 so as to be registered. In this example, the examinee information is described as only the e-mail address of the examinee (the respondent). The mediation server 1
As a matter of course, the examinee's information should not be known to a third party by the leakage prevention technology. In this case, by declaring to the respondent that the examinee information will not be disclosed to a third party, an improvement in the number of applicants (examination) of the respondent can be expected.

The mediation server 1 confirms / examines whether or not to accept the applicant from the registered examinee information (4-1).
For example, by searching the past access information of the respondent identified by the examinee information and confirming that the test is not performed a plurality of times, it is possible to know the certainty of the legitimate respondent. Further, by transmitting a test e-mail to the address specified by the examinee information and confirming whether the e-mail arrives, or by returning the e-mail, the certainty is further increased. In this way, by registering the examinee information, there is a very high possibility of eliminating a fraudulent partner who takes the test (applies) by impersonating another responder.

When the respondent passes the examination, the mediation server 1 presents the terminal 3 with the site on which the question is to be taken. In addition, it is possible to prevent the leakage of the problem by deleting or disabling the site after a predetermined period has elapsed. In addition, not only disclose the URL of this site to the respondent, but also perform user authentication when accessing, so that leakage of the problem can be more reliably prevented.

The intermediary server 1 presents a problem to the answering party terminal 3 based on the question format data. Any method can be adopted as this presentation method. For example, all questions that are set for the respondent may be posted. In particular, if the answer format (question format) is multiple choice, in order to effectively prevent so-called "spoofing" from being accessed multiple times illegally and changing the answer one by one,
Each question may be presented one by one, and if there is an incorrect answer even in one question, other questions may not be presented. In addition, the method of presenting the question is not limited to the method of using the site for the test taker (the respondent), and, for example, transmits the question data and the ID of the caller to the terminal 3 as an e-mail, The response mail including the data and the ID may be transmitted to the mediation server 1.

The mediation server 1 compares the answer data input from the examinee with the model answer data, and based on the selection criterion data, the examinee satisfies the above conditions, that is, an “engineer having a specific technique”. Is evaluated (4-
3). Note that the evaluation may be performed after the answer data is input as shown in FIG. 4, but as described above, the questions are presented one by one, and each question is evaluated for correctness. Is also good. Then, the mediation server 1 notifies the responder of the evaluation result, and when the responder is an “engineer having a specific technology”, the caller also passes the contact, that is, a person who satisfies the above condition. Notify that has appeared.

Next, the mediation server 1 allows the caller and the responder to communicate with each other. In this case, in order to be more careful, a person other than the two may not be able to access (communicate), and an access means may be provided to both, so that the personal information of the two does not leak to both.

For example, the mediation server 1 may assign a new e-mail address to each of them, and use these addresses for communication. Alternatively, a site that can be accessed only by both parties may be prepared by performing user authentication, and the parties may communicate with each other by inputting information to the site. When an e-mail is sent from the caller to the caller, or from the caller to the caller, first, the e-mail is transmitted to a specific address of the intermediary server 1.
If an e-mail is sent to the address,
You may make it transmit to the other party. As a result, communication can be performed with both personal information (e-mail addresses and the like) hidden. In this way, the two parties discuss further until they are satisfied, and at the stage when they are satisfied, if both parties reveal their identities, then they will shift to communication at their own risk. In addition, these addresses and sites may be disabled after a predetermined period has elapsed, and / or the total number of communications (the number of bytes, the number of communications, etc.) may be limited. With this, the caller:
It is less likely and less likely to be damaged by malicious responders.

[0053]

As is apparent from the above description, according to the present invention, it is possible to recruit persons who meet their desired range via a network such as the Internet without disclosing their privacy. Become. In addition, by testing whether or not the person who responded to the recruitment matches the caller's desired range, it is possible to reliably select the target person and to communicate with only the person who meets the request. Therefore, when searching for friends or recruiting personnel, it is extremely unlikely that spam mail or the like will bother.

In other words, in communication on a network having the feature of anonymity, a caller can surely access a desired partner. In addition, it is possible to eliminate so-called fraudulent respondents for the purpose of acquiring personal information of the caller by exploiting the anonymity from the communication system.

Further, according to the present invention, it is possible to set an arbitrary problem created by the caller himself for a filter for determining whether or not the person satisfies the condition. Therefore, unlike authentication based on simple character strings, etc., it is possible to more reliably select those who match the conditions by using significant filters such as historical facts such as the common experience of the caller and the responder. Become.

Further, since some of the registered questions are presented to the respondent, it is extremely likely that the questions to be set will be different combinations for each respondent. That is, by registering a large number of questions in advance, the number of selection patterns of the questions to be set is extremely large. Therefore, it is extremely unlikely that a responder for an improper purpose is determined to be a person who satisfies the condition.

[0057] Further, since a means is provided in which the parties can communicate with each other while maintaining anonymity after the pass judgment, it is possible to more reliably exclude a respondent who has an improper purpose. Furthermore, since the period and the number of communicable times are restricted by this means, the caller can more securely communicate with the responder.

According to the present invention, it is possible to determine whether or not the caller is the intended person at a level that he or she understands. In other words, it is more likely that the responder is the intent of the challenger, as compared to a case in which the challenger creates a problem (filter) to make a determination by simple user authentication. In addition, because of the playful means of “solving the problem,”
The attention of this system is expected to improve.

[Brief description of the drawings]

FIG. 1 shows a configuration example of a communication system provided with an abstract filter according to the present invention.

FIG. 2 is a sequence diagram showing a first operation example of the communication system with an abstract filter according to the present invention.

FIG. 3 is a first sequence diagram showing a second operation example of the communication system provided with the abstract filter according to the present invention.

FIG. 4 is a second sequence diagram showing a second operation example of the communication system with the abstract filter according to the present invention.

FIG. 5 is a third sequence diagram showing a second operation example of the communication system with the abstract filter according to the present invention.

FIG. 6 shows an example of a question data creation site.

FIG. 7 shows a first example of a question data and model answer data creation site.

FIG. 8 shows a second example of a question data and model answer data creation site.

FIG. 9 shows a first example of an answer data creation site.

FIG. 10 shows a second example of an answer data creation site.

FIG. 11 shows an example of a site for creating question data, question format data, and model answer data.

[Explanation of symbols]

 1 Intermediary server 2 Caller's terminal (caller) 3 Caller's terminal (caller)

[Procedure amendment]

[Submission date] February 2, 2001 (2001.2.2)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0001

[Correction method] Change

[Correction contents]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a communication system for recruiting a caller who desires on a network, and more particularly, to an abstraction capable of preventing leakage of personal information of a caller and searching for the desired person more reliably. Communication system with dynamic filter .

[Procedure amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0023

[Correction method] Change

[Correction contents]

The problem data includes a problem for determining whether the respondent is a person who satisfies the above condition “club alumni”. Although the number of questions is not limited, it is preferable to create a plurality of questions in order to more reliably determine whether a person meets the conditions. The content of the problem is preferably something that cannot be known unless it is an alumni who meets the conditions, such as the beginning of the school song, the name of the teacher in charge, the name of the club, the year of establishment of the club, the incident that occurred at the club, etc. . The question format may be a selection formula such as two-choice, three-choice, or a description formula. The format of the question data is not limited to character data. For example, sound data and image data may be included in the question data, and a question relating to the sound or image may be presented in character data. In addition, the question may be set only by the sound data.

[Procedure amendment 3]

[Document name to be amended] Statement

[Correction target item name] 0053

[Correction method] Change

[Correction contents]

[0053]

As is apparent from the above description, according to the present invention, it is possible to recruit persons who meet their desired range via a network such as the Internet without disclosing their privacy. Become. In addition, by testing whether or not the person who responded to the recruitment matches the caller's desired range, it is possible to reliably select the target person and to communicate with only the person who meets the request. Therefore, when searching for a comrade , such as searching for a friend or recruiting personnel, it is extremely unlikely to be bothered by spam mail or the like.

Claims (11)

[Claims] 1. An intermediary server presents question data, which is registered in advance from a caller terminal and is used to select whether or not a person wants to perform communication, to the caller terminal, and based on answer data input from the caller terminal, A communication system provided with an abstract filter, wherein the caller and the caller are provided with means capable of communicating with each other when it is determined that the caller corresponds to the person. 2. In a communication system with an abstract filter in which an intermediary server, a caller terminal and a caller terminal are connected by a network, the mediate server transmits PR data registered in advance from the caller terminal to the caller. Means for presenting to the terminal; means for presenting a problem for caller selection to the caller terminal based on question data and question format data registered in advance from the caller terminal when there is an application from the caller terminal; , Means for evaluating that the caller is the person the caller intends using the answer data input from the caller terminal and the model response data and the selection reference data registered in advance from the caller terminal, If the caller evaluates that the caller is the intended person, then both parties between the caller terminal and the caller terminal Communication system with a abstract filter, characterized in that it comprises means for providing a Myunikeshon possible access means. 3. The question format data, wherein the mediation server includes a command for arbitrarily selecting a predetermined number of questions from among the questions included in the question data and presenting the questions to a caller terminal. Item 3. A communication system provided with the abstract filter according to Item 2. 4. The question format data includes an instruction to cause the intermediary server to always present a predetermined question to a respondent terminal among questions included in the question data. A communication system provided with the abstract filter according to 3. 5. The application form data according to claim 2, wherein the application form data includes an instruction to cause the intermediary server to collectively present a problem to be presented to the answering party terminal. Communication system with the described abstract filter. 6. The application form data causes the intermediary server to present a problem to be presented to the answering party terminal one by one, and causes answer data from the answering party terminal to be evaluated based on the model answer data. An instruction for presenting the next question only when matching is included, and the selection criterion data is set in the mediation server when all answers to the question presented to the responder terminal match the model answer data. The communication system with an abstract filter according to any one of claims 2 to 4, further comprising an instruction for causing a caller to evaluate the caller as an intention of the caller. 7. The intermediary server according to claim 2, wherein the intermediary server presents the problem to the terminal only when the responder registers predetermined information using the responder terminal.
A communication system provided with an abstract filter according to any one of the preceding claims. 8. The communication system according to claim 7, wherein the mediation server further determines whether to present a problem to the respondent based on the predetermined information. 9. The access means according to claim 2, wherein the caller and the responder can communicate with each other without notifying them of personal information.
A communication system provided with the abstract filter according to any one of claims 1 to 8. 10. The abstract filter according to claim 2, wherein the mediation server disables the access unit when a predetermined condition is satisfied. Communication system. 11. The data according to claim 2, wherein the PR data, the question data, the model answer data, the question format data, and / or the selection criterion data can be created by an interactive site. Communication system with an abstract filter as described in.