JP2009187583A - Crime-prevention system using biometrics authentication technology - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a crime-prevention system for taking measures against "an unfamiliar person", "a new criminal", "a troublesome visitor", or "a criminal or a troublesome visitor trying to intrude the house through security loophole", which is not provided by a conventional crime-prevention system. <P>SOLUTION: The crime-prevention system using biometrics authentication technology by use of a face, voice, fingerprint or the like authenticates a person unfamiliar to a user in addition to a person selected and registered by the user by using "an authentication database registered by other than users", and takes measures against a crime exploiting security loophole of the crime-prevention system itself such as an authentication program by connecting the users or between the user and a manager by communications to update the authentication database in real time, while updating the authentication program or the like. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a security system using a biometric authentication technique, and more particularly to a technique for preventing annoying telephone sales, door-to-door sales, or continuous annoying acts and crimes by criminals.

Conventionally, crime prevention systems include crime prevention devices such as cameras, infrared sensors, sensors that detect the opening and closing of doors, detection of illegal intruders using impact sensors such as window glass, and emergency reporting systems operated by subscribers themselves. Many systems have been commercialized.
For example, security surveillance cameras, security sensors, emergency call systems, etc. are widely available from many security companies in Japan. In addition, if there are only devices that do not involve services, individuals can also obtain them individually at DIY stores. It is possible to do.

  On the other hand, biometrics authentication technology includes fingerprint, palmprint, handprint, voice, retina, iris, face recognition, authentication technology using blood vessel patterns, authentication technology that uses behavioral features such as signatures and keystrokes, and more. Many methods have already been developed, such as authentication technology that is used in general, and its conventional applications include "permit login to computer", "permission to retrieve information", "unlock", and "permit entry". There are already being put into practical use as new identification means corresponding to “passwords” and “passwords” that are already widely used for the same purpose.

  In addition, there are odors and DNA-based technologies at the research stage, but all biometric authentication technologies, including the biometric authentication technologies that are already in practical use, are basically cameras and microphones. The data input function for acquiring biometric information of the person to be authenticated including the authentication, the database function for authentication that stores the biometric information used in each authentication method, and the authentication target person obtained through the data input function It is composed of three functions, namely, a discrimination processing function for comparing and comparing biometric information and data on the authentication database to determine the match / mismatch.

  Examples of the biometric authentication technology having such a configuration include, for example, Patent Literature 1 and Patent Literature 2 as voice authentication technologies, Patent Literature 3 and Patent Literature 4 as face authentication technologies, and such authentication technologies. Patent Document 5 in which biometrics authentication technology is applied to intercoms is an example of an application to which a crime prevention system is applied.

JP 2002-304379 A JP 2002-221990 A Japanese Patent Application Laid-Open No. 08-016788 JP 09-134432 A JP 2001-086251 A

However, the above-described conventional system has the following problems.
The first problem is to clearly indicate that conventional crime prevention devices and crime prevention systems are primarily intended to detect crimes or that such crime prevention devices are installed. For example, for users who are "unknown people" or "people who do not know the identity", for example, "before opening the door" or "before committing crime" It is a point that it cannot provide effective crime prevention information and functions directly.
This is the same in a crime prevention system using biometrics authentication technology. For example, in Patent Document 5, there is an invention for confirming a person who has pushed an interphone using biometrics authentication. The focus is on authenticating the person to be unlocked, and the target of the authentication is the person selected and registered by the user, or the person selected by the user and registered with the security system provider, etc. Yes, no consideration is given to dealing with "unknown humans" or "humans who do not know the identity". In the conventional technology, the response person, that is, the user of the crime prevention system, must individually judge the response to such a person who is not registered in the crime prevention system. Everything is entrusted to the person.

However, the functions expected of an actual crime prevention system are as follows. For users such as catch sales and scams with clever phone calls, or door-to-door sales using robbery and burglars to open the door from the front, It is a device that gives guidance on how to respond to `` unknown people '', that is, whether to believe the other party of the telephone, whether to open the door, and if possible, whether it is a suspicious person Although it is a device that tells whether or not, such a function is not realized at present, and there is a problem to be improved by the present invention.
This is not only a problem for individuals and homes, but for example, if it is a store, shoplifting addicts who have been damaged many times can avoid damage by watching as a target of monitoring when they enter the store. Yes, but the same store can't cope with clever criminals who never aim again.

The second problem is that there are an extremely large number of humans to be targeted by the security system, and new information is constantly generated, but the information cannot be used in the security system.
For example, even if it is a criminal who is so wanted, the general public rarely remembers its face and voice, even if the wanted criminal is standing in front of the entrance It is usually not known, and even if it is a newly urgently arranged criminal, the user will not even know.
Or, even for malicious door-to-door sales and fraud, even if many other victims appear, it is often the first call that the household receives, or the first visitor to see.

Similarly, if it is a shop, etc., even if it is a shoplifter who is repeatedly damaged by a regular offense because it can not remember many shoplifters that occur every day, or who is completely remembered at a certain store In many stores, it is not known so, so even if they enter the store, they are not subject to monitoring and are often suitable for damage.
With conventional security systems, it is impossible to respond quickly to such new human subjects that should be targeted for crime prevention. For example, individuals, households, and shops that use the same security system have already suffered damage. Even in such a case, there is a problem that the information cannot be fully utilized by other users.

The third problem is that malicious visitors such as criminals, telephone call partners, etc. always try to find a way out of the crime prevention system, that is, a security hole.
The reality is that wisdom comparisons with so-called criminals will never end, and in general, no matter what the latest technology is applied to the crime prevention system, if the criminal finds its loophole, the crime prevention system will be powerless, especially biotechnology The more advanced technology such as metrics authentication is used, the greater the cost and time required for countermeasures when security holes are found, but the security system is always replaced with a new system. There is a problem that this is unavoidable.

  The fourth problem is that conventional crime prevention systems are basically premised on fixed use in buildings, such as vacant nest detection and door unlocking control. The actual situation is that there is only a security buzzer as a security system. For this reason, the first to third problems are not solved even in a crime prevention system that deals with crimes such as fraud by catch sales on the road.

  The present invention has been considered in view of the above circumstances, and uses biometrics authentication technology to identify a telephone partner or a visitor, and particularly uses “humans unknown to the user” including “untrusted humans”. By adding to the subject of authentication in the form of “registration by other than the user”, a bio that can provide users with guidelines for dealing with “humans who are unknown to the user” and “humans who do not know the identity” that cannot be realized with conventional security systems The purpose is to provide a crime prevention system using metrics authentication technology.

In order to achieve the above object, the crime prevention system according to the present invention is a human biometrics selected by a user himself / herself as in a conventional authentication system or a user selected by a user and registered by a crime prevention system provider or the like. In addition to information, that is, biometric information for which “selection and registration by the user” is performed, by means of “selection and registration by other than the user”, in particular, “untrustworthy humans”, for example, wanted offenders, etc. It is characterized by adding biometric information of "human being unknown to the user" such as to the authentication database.
The database for authentication including the data for authentication by “selection and registration by other than the user” (hereinafter sometimes referred to as “registration data by other than the user”) is used for the biometric authentication of the user. By applying it to the crime prevention system used, humans, telephone partners, visitors, and visitors (hereinafter sometimes referred to as visitors) who do not know the identity of the user are also subject to authentication by the authentication system. It is possible to provide the user with judgment materials for dealing with visitors who are “unknown human beings” or “unknown”, which was completely entrusted to the users in the conventional technology. .

The “registration data by other than the user” can be realized by the security system provider or its administrator preparing in advance and providing the data through communication or storage media. The security system of each user On the side, an authentication database update function for adding or updating the provided “registration data other than the user” to the authentication database in the security system is provided.
Furthermore, the security system of the present invention has a function of allowing the user to learn the authentication data in order to sequentially expand the authentication database. When authentication is performed, the visitor's biometric information is registered in the authentication database. If not, it has a function to register the biometric information as authentication data in the authentication database using the visitor's biometric information obtained when the visitor's biometric authentication is performed. Additional information by the user can be registered in the authentication data.

  That is, in biometrics authentication, human biometric information to be authenticated is indispensable as an authentication database. However, in the crime prevention system of the present invention, a “user who is unknown to the user” is to be processed. , And register additional information that reveals the nature of the profession or wanted offender. Information to be added includes, for example, personal face images, features such as “user acquaintances”, “insurance shop”, “newspaper shop”, “condominium sales”, “push sale”, and the purpose, date and time of the visit, Further, the visitor's personal information such as a specific name can be considered (hereinafter, sometimes referred to as “personal data”).

Furthermore, in order to make the data in the authentication database for each user, which is also expanded by each user, work more effectively, the security system according to the present invention is registered in the authentication database for each user. A function of sharing data among users, that is, a function of sharing an authentication database provided in each of a plurality of security systems of a plurality of users between the security systems.
The sharing of authentication data among multiple users' security systems can be realized online and in real time by connecting each user's security system via a communication network, and connection via a communication network is impossible. Even in this case, it can be realized by offline data transfer using the above-described storage medium.

For example, in the case of “nuisance” visitors who visit in order in the order of a nearby household or telephone number list, such as door-to-door sales and telephone solicitation, the first user receives the visitor's information along with personal data for authentication data. By registering as, a user who receives a visit after that time can determine the response by referring to the personal data registered by the first user.
In addition, if the system is a crime prevention system aimed at preventing shoplifting at a store, for example, if a shoplifting damage occurs at one store, the face database is registered as authentication data, so that an authentication database can be created. When a criminal visits another store, it can be monitored from the time of entering the store, and it is possible to prevent repeated shoplifting regular offenses from being damaged.

  That is, the crime prevention system using the biometric authentication technique according to claim 1 of the present invention compares the biometric information input from the information input device with the authentication data registered in the authentication database. A security system using biometrics authentication technology that has a user system including a discrimination processing device for performing authentication processing, wherein the security system using biometrics authentication technology includes two or more communication devices. A user system, a shared centralized system including an authentication database and a communication device for storing a part or all of authentication data and personal data of an authentication database in each user system, and these user systems and And a communication network that connects the shared centralized system. However, a user registration authentication database that stores personal authentication data and personal data selected and registered by the user himself / herself, and a security system provider or administrator, or other uses that have installed a security system The database update unit in the user system is registered in the authentication database in the user system. When an authentication process is performed on a visitor who has not been authenticated, the verification is performed using the authentication data in the authentication database in the shared centralized system via the communication device and the communication network.

  Moreover, the crime prevention system using the biometrics authentication technology according to claim 2 of the present invention includes two or more user systems each including a communication device, and a security system using the biometrics authentication technology. A shared centralized system having an authentication database and a communication device for storing part or all of the authentication data and personal data of the authentication database, and a communication network connecting these user systems and the shared centralized system; The data updating unit of the shared centralized system includes one or more sets of authentication data and personal data provided by communication or storage media by a security system provider or administrator, and an authentication database. It is set as the structure which has the function to add to or replace and update or delete.

  If the crime prevention system using biometrics authentication technology is configured in this way, the user system connects to the authentication database of the shared centralized system, thereby connecting the user systems with the communication function and authenticating each other. It is possible to obtain an effect equal to or better than that of a security system using biometrics authentication technology in the case of sharing an industrial database.

  Furthermore, the crime prevention system using the biometrics authentication technology according to claim 3 of the present invention is such that the authentication database in the shared centralized system stores authentication data dedicated to each user system and personal data. Database, a common registration authentication database for storing authentication data common to each user system and personal data, the authentication database in the user system is omitted, and the database update unit in the user system is: In performing the authentication process for the visitor, the verification is performed using the authentication data of the common registration authentication database in the shared centralized system via the communication device and the communication network.

  The crime prevention system using the biometric authentication technique according to claim 4 of the present invention is such that the shared centralized system collates the input biometric information with the authentication data registered in the authentication database. It has a discrimination processing device for performing authentication processing, and the user system has a discrimination communication device, the discrimination processing device in the user system is omitted, and the discrimination communication device in the user system is a visitor. In order to cause the shared centralized system to perform authentication processing for, the authentication data input from the information input device is transmitted to the shared centralized system via the communication device and the communication network, and the authentication result is received from the shared centralized system. The discrimination processing device in the shared centralized system uses the authentication data received from the user system. Perform biometric authentication processing by collating the authentication data registered in the authentication database in use centralized system, it is constituted to be sent through this authentication result a communication device and a communication network to the user system.

If a crime prevention system using biometrics authentication technology is configured in this way, the identification function of “a person selected and registered by a person other than the user”, which is a feature of the present invention, is realized, and the authentication of the user system is also performed. It is possible to reduce the amount of data registered in the database.
In addition, it is possible to realize a simpler and cheaper user system by connecting the user system to the shared centralized system via communication and using that function, further reducing privacy problems and the processing load of the authentication function. In consideration, the authentication database and the authentication function can be divided into a part managed on the user system side and a part managed on the shared centralized system side.

  Furthermore, the crime prevention system using the biometrics authentication technology according to claim 5 of the present invention is for human authentication in which the crime prevention system using the biometrics authentication technology is selected and registered by the security system provider or administrator. Data and personal data, and a security system program having a procedure for executing processing of the entire user system, including a program realizing a biometrics authentication algorithm in the discrimination processing device in the security system using the biometrics authentication technology. Communicates via the communication network between the authentication DB / program storage device to be stored, the data / program distribution management device for distributing authentication data, personal data, or a security system program to the user system, and the user system Data pro The data program distribution management device in the data program distribution system has a data distribution program management system, and all or part of the data stored in the authentication DB / program storage device is transmitted to the user system via a communication device and a communication network. The user system registers the authentication data and personal data received from the data / program distribution system in the authentication database in the user system, and stores the security system program received from the data / program distribution system. The configuration is reflected in the user system.

  If a crime prevention system using biometrics authentication technology is configured in this way, an administrator is placed in the authentication data registration confirmation system, and each user additionally registers authentication data and personal data at their own discretion. It is possible to make corrections in consideration of privacy and security issues, and to correct or delete registered contents as necessary.

  Furthermore, the crime prevention system using the biometric authentication technology according to claim 6 of the present invention is a registration management in which the crime prevention system using the biometric authentication technology corrects or deletes the registration contents of the authentication database in the shared centralized system. Device and a communication device that communicates with a user system or a shared centralized system via a communication network, and the registration management device in the authentication data registration confirmation system is a user To enter and display authentication data and personal data from the authentication database in the system or shared centralized system, and to maintain privacy or security for the authentication data and personal data that are additionally registered at the discretion of each user Based on input by the provider or administrator of the security system The authentication data and the personal data correction or deletion request is transmitted to the user system or shared centralized system via the communication device and the communication network, and the database update unit in the user system or shared centralized system receives the received correction or Based on the deletion request, the authentication data and the personal data in the authentication database in the user system or shared centralized system are modified or deleted.

  If a crime prevention system using biometrics authentication technology is configured in this way, the crime prevention system provider or its administrator can expand the authentication database and also improve the crime prevention system program itself. Become.

The present invention has the following effects.
The first effect is to identify the other party using biometrics authentication technology for “unknown humans” that cannot be realized with conventional crime prevention systems, and to provide the information to the user. It is to be able to take action before it meets the purpose of crime damage.
In addition to human biometric information selected and registered by the user himself / herself as in the conventional authentication system, or by the user selecting and registering the security system provider, etc. It is possible to add biometric information of “person who is not known to the user” such as a wanted person, etc. to the authentication database by a method of “selective registration by other than the user”.

The second effect is that there are an extremely large number of people who should be targeted for the crime prevention system, and there are always new situations, such as when a new wanted crime occurs, or other users who use the same crime prevention system. It is possible to realize a crime prevention system that can handle malicious door-to-door sales that have started to cause damage.
To enable this, the security system of the present invention has a database update function, a communication function, a data program distribution system, and a shared centralized system so that the authentication database used in biometric authentication can always hold new data. By preparing them and using them individually or in combination, means are provided that enable a system configuration that also takes into account user costs and privacy.

The third effect is that, even if a security hole is found in the security system itself for the user's biometrics authentication technology or security system, the latest program that responds to it. It can be applied to the user's existing system, and can quickly respond to the security hole of the crime prevention system discovered by criminals.
As means for this, it is possible to prepare the method of authentication DB update, update by communication from the data / program distribution system, and use the program update via the communication network to enable the same day response.

  As a fourth effect, the present invention can be realized with an inexpensive and simple device such as a general-purpose personal computer or a portable terminal. For example, if the crime prevention system of the present invention is realized on a portable terminal, the first The third effect can be used on the go while on the go. For example, fraud can be obtained by confirming the creditworthiness of a person who calls on the street like catch sales with the security system of the present invention. Damage can be prevented in advance.

It is a block diagram which shows the structure of the crime prevention system (what applied face authentication) using the biometrics authentication technique of 1st embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (what added DB update function) using the biometrics authentication technique of 2nd embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (what connected between users by communication) using the biometrics authentication technique of 3rd embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (thing provided with the common concentration system 1) using the biometrics authentication technique of 4th embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (thing provided with the common concentration system 2) using the biometrics authentication technique of 5th embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (thing provided with the common concentration system 3) using the biometrics authentication technique of 6th embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (thing provided with the data program delivery system) using the biometrics authentication technique of 8th embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (those provided with the data registration confirmation system for authentication) using the biometrics authentication technique of 9th embodiment of this invention. It is a block diagram which shows the structure of the crime prevention system (what applied voice | voice authentication) using the biometrics authentication technique of 9th embodiment of this invention.

Embodiments of the present invention will be described below with reference to the drawings.
[First embodiment]
First, the configuration of the first embodiment of the present invention will be described with reference to FIG. This figure is a block diagram showing the basic configuration of a crime prevention system using the biometric authentication technology of the present invention. In the present embodiment, biometric authentication is based on face discrimination, but the present invention is not limited to this. The same applies to the following embodiments.

As shown in FIG. 1, the crime prevention system using the biometrics authentication technology of this embodiment includes a camera 111, a display device 112, a face discrimination processing device 113, a user registration authentication DB 1141, and a non-user registration authentication DB 1142. It has authentication DB114 provided with.
The camera 111 is a device for acquiring a face image of a subject who performs face recognition, and realizes a data input function for the biometric authentication technique used in the present invention.
The face discrimination processing device 113 is a device that actually performs face recognition processing, is equipped with an authentication program for realizing an authentication function for performing biometric authentication, and further needs a camera 111 to function as a crime prevention system. And a security system processing program for realizing a control function for integrated control of the entire system including the display device 112, the authentication DB 114, and the like.

The face discrimination processing device 113 first extracts biometric information necessary for face recognition from the face image input from the camera 111.
Next, the face discrimination processing device 113 sequentially compares and compares the extracted biometric information with at least one biometric information registered in the authentication DB 114 in advance.
As a result of this collation processing, the face discrimination processing device 113 displays on the display device 112 the face image acquired by the camera 111 and the personal data representing the human feature determined to be the same person candidate side by side. When the same person candidate does not exist in the authentication DB 114 as a result of the collation processing, that effect is displayed. It is assumed that personal data necessary for display is stored in the authentication DB 114 together with biometric information.
Here, as a characteristic of the biometrics authentication technology, the result may not be uniquely determined. That is, in the case of face recognition according to the present embodiment, two or more people registered in the authentication DB 114 may remain as candidates, and the face discrimination processing device 113 displays a plurality of candidates in order to leave the final judgment to the user. It is also possible to do.
Of course, if the biometrics authentication technique used in the security system of the present invention can make a reliable determination, the final determination process by the user can be omitted.

The authentication DB 114 includes, in addition to the “selection registration by user” authentication DB 1141 used as an authentication database in a normal security system, the “selection registration by other than the user” authentication DB 1142 which is a feature of the present invention. It is.
A person who is registered as an authentication target in a normal biometrics authentication system is based on “selective registration by a user”, and a person who is an authentication target is necessarily limited to a person known by the user. However, by including in the authentication DB 114 the “selective registration by a non-user” authentication DB 1142 for selecting and registering a person to be authenticated by a person other than the user, the “human being unknown to the user” and “feature for the user” It becomes possible to make “unknown humans” subject to authentication.

Further, as personal data registered in the authentication DB 114, facial images, acquaintances of users, insurance shops, newspaper shops, condominium sales, push-selling, vacant nests, wanted criminals, shoplifters, shoplifting addicts The information indicating the features such as, the visitor information such as company name and address name, and the visit history, visit purpose, etc. are registered in some cases and displayed on the display device 112 together with the authentication result. Can be used as information.
Here, the contents to be registered as personal data can be arbitrarily set and selected in consideration of privacy issues and legal restrictions.

The user of the present invention visually confirms the discrimination processing result and personal data displayed on the display device 112, and the person who is the object of recognition is the same as the human being displayed as the discrimination processing result on the face discrimination processing device 113. It can be confirmed that the correspondence is determined using the personal data displayed together.
Since many of the so-called biometrics authentication technologies can be provided in the form of programs, the system shown in FIG. 1 only needs to be an environment that can execute an authentication program such as a general-purpose personal computer or portable terminal. This can be realized, and it is not always necessary to prepare a dedicated device.
Furthermore, in the present embodiment, the face discrimination processing device 113 has a system configuration in which an authentication program and a security system processing program are held. However, these two programs do not necessarily have to be installed in the same device, and each is independent. You may implement | achieve with an apparatus.

[Second Embodiment]
Next, a second embodiment of the present invention will be described with reference to FIG. The figure is a block diagram showing the structure of a crime prevention system using the biometrics authentication technology of this embodiment.
The crime prevention system using the biometrics authentication technology of this embodiment is different from that in the first embodiment in that it has a function of updating the authentication database.
That is, as shown in FIG. 2, the crime prevention system using the biometrics authentication technique in this embodiment further includes a DB update unit 116 and an auxiliary input device 115 in addition to the configuration shown in FIG.
In FIG. 2, the DB update unit 116 is configured to be included in the face discrimination processing device 113. However, for example, the DB update unit 116 may exist independently by itself or may be included in another device. However, there is no functional problem, and it is not always necessary to be a part of the face discrimination processing device 113.

The DB update unit 116 has a function of updating the authentication DB 114 by using all or part of the “selective registration by non-user” authentication database provided by the security system provider or its administrator.
Further, the DB update unit 116 has a function of updating various processing programs for realizing functions as a crime prevention system, including a biometrics authentication processing program for realizing the functions of the face discrimination processing device 113, Using the processing program provided by the security system provider or its manager, the security system processing program itself is also updated.

The whole or part of the authentication database used for updating the authentication database or the processing program used for updating the security system is provided by a storage medium such as a CD-ROM or a magnetic disk, and is shown in the figure. The face discrimination processing device is equipped with the reading device.
Here, as a means for exchanging data and a program for updating the database and the processing program, realization by a communication function can be considered. The realization means using this communication function will be described later with reference to FIG.

  Furthermore, when the determination result of the face discrimination processing device 113 is “not registered in the authentication DB 114” in the actual face discrimination processing, the DB update unit 116 uses the display device 112 and the auxiliary input device 115 as an operation interface. By performing the operation, there is also a function of additionally registering biometric information (authentication data) already acquired from the face image obtained by the camera 111 and personal data indicating the person's identity in the authentication DB 114.

The auxiliary input device 115 is assumed to be a keyboard or a pointing device such as a touch panel or a mouse. However, if input for realizing this function is possible, for example, voice input, handwriting input, handwriting image, etc. An input device may be used.
Personal data including face images newly registered in the authentication DB 114 will be displayed as an authentication result when the same person is again subject to face recognition. Even in this case, it is possible to give a guideline for determining the response.

[Third embodiment]
Next, a third embodiment of the present invention will be described with reference to FIG. FIG. 2 is a block diagram showing a configuration of a crime prevention system using the biometric authentication technology of the present embodiment.
This embodiment is different from the second embodiment in that authentication databases of a plurality of user systems connected via a communication network are shared with each other.
As shown in FIG. 3, in the crime prevention system using the biometrics authentication technology of this embodiment, a plurality of systems described in FIG. 2 exist as user systems 11 to 14, and these are communication networks using a communication device 117. 2 are connected to each other.
The number of user systems is four in FIG. 3, but of course there may be any number of five or more, or three or less.
The communication device 117 provides a communication function for connecting the user system 11 and the other user systems 12 to 14 to each other via the communication network 2.

The authentication DB 114 of the user system 11 and the respective authentication DBs not shown in the diagrams of the user systems 12 to 14 are described in the communication device 117 of the user system 11 and the diagrams of the user systems 12 to 14. It is possible to provide a database function by communication using an uncommitted communication device, and each user system connected by communication can use the mutual authentication DB.
In the user system 11, when the face recognition target person does not exist in the authentication DB 114 as a result of the authentication processing performed by the face discrimination processing device 113, the communication device 117, the communication network 2, and other user systems 12. -14 are connected to each authentication DB not shown in the diagrams of other user systems 12-14 via communication devices not shown in the diagrams of -14 to authenticate other user systems 12-14. The face recognition is performed by seamlessly using the product DB as if using the authentication DB 114 of the user system 11.

In the face recognition processing at this time, in addition to the method in which the face discrimination processing device 113 of the user system 11 uses only the authentication DB of the other user systems 12 to 14 via the communication network 2, the recognition is performed. The face image of the subject person or biometric information extracted therefrom is described in the drawings of the other user systems 12 to 14 from the face discrimination processing device 113 of the user system 11 through the communication device 117 and the communication network 2. The user systems 12 to 14 perform determination using each authentication DB in each face discrimination processing device, and the authentication result is sent to the user system 11 via the communication network 2. It is also possible to return to.
In this way, using the communication device 117, not only the authentication DB of the other user system but also the face discrimination processing device of the other user system, the processing load necessary for face recognition is transferred to the other user system. It becomes possible to reduce the cost and processing time of each individual user system.

Further, the communication device 117 is a communication for additionally registering the authentication data and personal data added to the authentication DB 114 by the DB update unit 116 in the user system 11 in the authentication DBs of the other user systems 12-14. Provide functionality. Of course, the function which performs the same process with respect to the user system 11 from the user systems 12-14 is also provided.
By realizing the mutual addition function to each authentication DB between the user systems, when actually performing face recognition, access to the authentication DB of other user systems is reduced and authentication is performed. While it is possible to reduce the communication load between user systems that will occur when performing authentication, the size of the authentication DB possessed by each user system will increase.
In other words, in the crime prevention system of the present invention, the communication device 117 is used not only as a means for expanding the authentication DB, but also as a system optimization means for constructing a system in consideration of cost, processing time, and communication load. be able to.

Here, when the authentication DB can be used for each user system, the data that each user system may disclose and the data that each user system does not want to disclose are included in the authentication DB of each user system. It is assumed that there will be side by side.
As a countermeasure, the authentication data and personal data registered in the authentication DB 114 of the user system 11 have a function for setting whether or not to disclose as shared data to other user systems through communication.
First, the user operates the auxiliary input device 115 to display data on the display device 112 for each piece of data existing in the authentication DB 114 of the user system 11 of the user. Next, whether or not to allow the use of each displayed data in other user systems using communication devices, taking into account the problems of privacy and security by allowing the use in other user systems The auxiliary input device 115 is used to select and determine data to be disclosed.

When the user system 11 shares authentication data and personal data with other user systems, that is, when permitting the use of the authentication DB 114 by communication from the other user systems 12 to 14, the authentication DB 114 is used. The use of the data in the authentication DB 114 by another user system is controlled using the setting information on whether or not to perform the disclosure registered together with the authentication data and the personal data.
Since the database access by the communication and the function for restricting access to the database are functions realized by a general-purpose database, it can be provided as a function of the authentication DB. However, a dedicated function program may be prepared as an access control function in consideration of the use of a security system.

Here, the case where the crime prevention system of this invention is implement | achieved in an apartment is demonstrated using FIG.
The user systems 11 to 14 are installed for each house in the apartment, they are connected via the communication network 2, and each authentication database in the user systems 11 to 14 is used for other purposes. Shall be shared with the user system.
In FIG. 3, there are four occupants of the user system, that is, the security system of the present invention, but of course, it may actually be more or less.

A case is assumed where a user in the apartment, here, a user of the user system 11 is visited for malicious door-to-door sales.
For a visitor whose identity is unknown, the user attempts to identify the visitor with the user system 11.
The authentication DB 114 of the user system 11 has human authentication data and personal data registered in advance by a user, a security system provider, or an administrator, but this is the first visitor. Is not registered in the authentication DB 114 and cannot be identified.

In this case, the user system 11 uses authentication DBs not described in the drawings of the other user systems 12 to 14 as authentication data and personal data of “humans selected and registered by other than the user himself / herself”. Use and try to identify.
Here, for example, if a resident using the user system 12 has already been visited by the same salesperson, and the visitor has been registered in the user system 12 as “malicious door-to-door sales”, the user system 12 is used. Since the authentication DB not shown in the figure of the user system 12 includes human authentication data and personal data, the user system 11 does not include the authentication DB not shown in the figure of the user system 12. The personal data of the corresponding person can be obtained from the information, and information indicating “malicious door-to-door sales” can be provided to the resident who uses the user system 11.
That is, in an apartment where the security system of the present invention has been introduced, if even one of the tenants is inconvenienced by the visit, the information can be shared throughout the apartment, and other tenants It is possible to prevent damage even if you do not know or remember your face.

Similarly, the case where it is used for shoplifting prevention at a plurality of stores will be described with reference to FIG.
Registered in the authentication DB 114 as an authentication target is biometric information and personal data for shoplifter face authentication.
The user, that is, the store owner or the store clerk, captures the captured criminal face by the user system 11 and registers the biometric information, that is, the authentication data in the authentication DB 114 together with the personal data.
In some cases, even if it cannot be captured on the spot, as long as a face image remains on the surveillance camera or the like, it can be registered in the authentication DB 114 by the user system 11 using that face image.

The user system 11 sequentially biometrics-authenticates the face image of the customer who visits the store and displays the result. If the user system 11 does not exist in the authentication DB 114, the authentication is not described in the diagrams of the other user systems 12-14. Identification is performed using the business DB.
That is, as in the case of condominiums, the security system of the present invention is introduced, and a plurality of shops connected by the communication network 2 share information on shoplifters who have been damaged at any one store. By making the object of monitoring from the time of entering the store, it is possible to prevent damage caused by the same offender.

[Fourth embodiment]
Next, a fourth embodiment of the present invention will be described with reference to FIG. FIG. 2 is a block diagram showing a configuration of a crime prevention system using the biometric authentication technology of the present embodiment.
This embodiment is different from the third embodiment in that it has a shared centralized system that has data and the like that exist in authentication databases of a plurality of user systems.
As shown in FIG. 4, the crime prevention system using the biometrics authentication technology of this embodiment has a shared centralized system 31 added to the configuration in the third embodiment.

The shared centralized system 31 in FIG. 4 is obtained by physically concentrating the shared parts of the user systems 11-14 connected by the communication network shown in FIG. 3, and is similar to the user systems 11-14. By being connected to the communication network 2 using the communication device 317, the communication connection with each user system is possible.
In the system of FIG. 3, the authentication DB of the other user system is directly used by the communication function. However, in FIG. 4, instead of visiting each authentication DB of the other user system, the shared central system 31 When the authentication data and personal data to be shared are concentrated in the authentication DB 314 and the user wants to refer to the authentication DB of another user system, the same function as the system of FIG. It is what I did.

Means for concentrating authentication data and personal data of each user system in the shared central system 31 will be described below.
As in the case of the third embodiment, the user operates the auxiliary input device 115 to display data on the display device 112 for each piece of data existing in the authentication DB 114 of his / her user system 11. Next, whether or not each displayed data is registered in the authentication DB 314 of the shared centralized system 31 while considering the problems of privacy and security caused by permitting the use in other user systems. The auxiliary input device 115 is used to select and determine data to be registered.

The user system 11 copies the data selected to be registered in the shared centralized system 31 from the authentication DB 114 to the authentication DB 314 of the shared centralized system 31 using the communication function 117. Of course, for data added by the DB update unit 116 of the user system 11 as well, the user determines whether or not to register in the shared centralized system, and the registered data is stored in the authentication DB 314 of the shared centralized system 31. Sequential copies are added.
As described above, in the system of FIG. 4, for example, when the user system 11 does not have the data of the person to be recognized in the authentication DB 114, the user system 11 connects to the shared centralized system 31 using the communication device 117. By performing face authentication using the authentication DB 314, it is possible to obtain the same expansion effect of the authentication DB as in FIG. 3 without visiting other user systems. It is not necessary to permit access from the user system, and it is possible to strengthen the security of each user system.

  In addition, since the shared centralized system 31 needs only to exist for a plurality of user systems, even if a high-performance and large-capacity face discrimination processing device 313 and authentication DB 314 are used, the cost is reduced to a plurality of user systems. It is possible to distribute the cost of the user system, and it is also possible to achieve the same effect as in FIG. 3 from the viewpoint of cost and processing speed.

[Fifth embodiment]
Next, a fifth embodiment of the present invention will be described with reference to FIG. FIG. 2 is a block diagram showing a configuration of a crime prevention system using the biometric authentication technology of the present embodiment.
This embodiment is different from the fourth embodiment in that functions that are not limited to physical locations such as an authentication database are realized as functions on the shared centralized system side without being prepared for each user. .
By configuring the crime prevention system using the biometrics authentication technology in such a configuration, the configuration of the crime prevention system can be realized extremely flexibly.

As shown in FIG. 5, unlike the user system of the fourth embodiment, the user system 11 ′ in the crime prevention system using the biometrics authentication technology of the present embodiment does not have an authentication DB.
In the present embodiment, the authentication DB is concentrated on the shared centralized system 31, and the face discrimination processing device 113 of the user system 11 ′ is shared via the communication device 117, the communication network 2, and the communication device 317. Face recognition is performed using the authentication DB 314 in FIG.

The authentication DB 314 in FIG. 5 is divided into each user-dedicated authentication DB 3141 and a common authentication DB 3142.
In each user-dedicated authentication DB 3141, authentication data and personal data that can be used only by users of the respective user systems are registered. For example, authentication data and personal data registered exclusively for the user system 11 ′ It cannot be used in other user systems.
In the common authentication DB 3142, authentication data and personal data shared by each user system are registered.
In the system configuration of FIG. 5, the authentication DB can be eliminated from each user system, and a simple and inexpensive user system can be realized.

[Sixth embodiment]
Next, a sixth embodiment of the present invention will be described with reference to FIG. FIG. 2 is a block diagram showing a configuration of a crime prevention system using the biometric authentication technology of the present embodiment.
As in the fifth embodiment, the present embodiment is a configuration in which functions that are not restricted to physical locations are collectively realized as functions on the shared centralized system side without being prepared for each user. In addition to the database, the face discrimination processing device is different from the fifth embodiment in that the functions are transferred from each user system to the shared central system.
By configuring the crime prevention system using the biometrics authentication technology in such a configuration, the configuration of the crime prevention system can be realized more flexibly.

In the crime prevention system using the biometrics authentication technology of this embodiment, as shown in FIG. 6, the user system 11 ″ has a face discrimination communication device 118 instead of the face discrimination processing device 113.
The face discrimination communication device 118 transmits the image from the camera 111 to the face discrimination processing device 313 of the shared centralized system 31 via the communication network 2 and the communication device 317.
The face discrimination processing device 317 extracts biometric information used for recognition from the face image, performs face recognition using data to be used by the user system 11 ″ on the authentication DB 314, and the determination result and the face of the determination result The image is transmitted to the face discrimination communication device 118 via the communication device 313 and the communication network 2.
The face discrimination communication device 118 displays the received result on the display device 112 and provides it to the user.

The face discrimination communication device 118 also has a function of relaying input information from the auxiliary input device 115 to the shared centralized system 31, and performs data registration in the authentication DB 314 by the DB update unit 316 in the shared centralized system 31. The interface function with the user is realized.
6 makes it possible to realize a user system that is simpler and cheaper than that of FIG.

[Seventh embodiment]
Next, a seventh embodiment of the present invention will be described with reference to FIG. FIG. 2 is a block diagram showing a configuration of a crime prevention system using the biometric authentication technology of the present embodiment.
This embodiment is different from the second embodiment and the like in that the security system provider or its administrator can expand the authentication database and improve the security system program itself.

The crime prevention system using the biometrics authentication technology of this embodiment has a data / program delivery system 41 as shown in FIG.
FIG. 7 shows a configuration for realizing the update of the authentication database and the security system program by the DB update unit 116 described in the second embodiment by communication. The data / program distribution system 41 includes a communication device 417 and a communication device 417. A plurality of user systems are connected via the communication network 2.
In FIG. 7, for the sake of simplicity, a single user system is provided and no shared centralized system is provided. However, since this function can be realized by connecting a data / program delivery system to the communication network 2, the user system Of course, there may be a plurality of data, and of course, a configuration in which a data program distribution system is added to the crime prevention system using the biometrics authentication technology in the third to sixth embodiments shown in FIGS. Is possible.

First of all, the security system provider or its administrator must use the latest authentication data and personal data of humans who perform nuisance acts such as criminals, wanted crimes, telephone sales, door-to-door sales, or the latest technology and security hole countermeasures. The adopted biometrics authentication processing program and the program used in the user system to which new functions and new security measures are added are registered in the authentication DB / program storage device 414.
Next, a procedure for transmitting the authentication DB or program registered in the authentication DB / program storage device 414 to each user system is entered.

  To realize this, a crime prevention system provider or its administrator operates the data / program delivery management device 418 and sends it automatically by a program preset in the data / program delivery management device 418. And a method in which the user of the user system 11 operates the DB update unit 116 from the auxiliary input device 115 to request transmission to the data / program distribution management device 418 of the data / program distribution system 41. And a method in which the DB updating unit 116 makes a transmission request to the data / program distribution management apparatus 418 of the data / program distribution system 41 by a program set in the user system 11 in advance. However, both can be realized with the system configuration shown in FIG.

  This data / program delivery management device is premised on having a human interface and an arithmetic processing function like a general personal computer, but the data / program delivery system itself is a function and configuration that can be realized by a general-purpose personal computer. As long as the function can be realized, the apparatus can be used in any form, whether it is dedicated, general purpose or not.

Next, when new authentication data and personal data are received from the data / program distribution management apparatus 418, the user system 11 adds, updates, and deletes data in the authentication DB 114 according to the contents.
Similarly, when the user system 11 receives a program to which a new function or a new security measure is added, the user system 11 automatically restarts the program after replacing its own program.

[Eighth embodiment]
Next, an eighth embodiment of the present invention will be described with reference to FIG. FIG. 2 is a block diagram showing a configuration of a crime prevention system using the biometric authentication technology of the present embodiment.
In this embodiment, the crime prevention system using the biometrics authentication technology of the present invention has an authentication data registration confirmation system, and each user additionally registers authentication data and personal data at their own judgment. The fourth embodiment is different from the fourth embodiment in that an administrator can make a determination in consideration of privacy and security issues, and can correct and delete registration contents as necessary.

The crime prevention system using the biometrics authentication technology of this embodiment has an authentication data registration confirmation system 51 as shown in FIG.
This authentication data registration management system is a security system according to the present invention, which is a problem caused by registration including misunderstanding by the user's subjectivity, negligence or intention This is to avoid privacy and security problems caused by incorrect registration.
Since the authentication DB can be realized in either a distributed type or a centralized form without being restricted by physical location as described above, the case where the authentication DB is collectively managed by the shared centralized system will be described here. I will do it.

In the authentication data registration management system 51, the registration management device 519 constantly monitors data that is additionally updated and registered in the authentication DB not shown in the drawing of the shared centralized system 31 via the communication device 517 and the communication network 2. The authentication data and personal data that have been added and updated are displayed on the display device 512.
The security system provider or its administrator confirms the information displayed on the display device 512, and if it is judged that there is a problem with the contents in terms of privacy or security, it operates and registers the auxiliary input device 515. From the management device 519 via the communication device 517 and the communication network 2, the registration contents are corrected and deleted from the authentication DB not shown in the figure of the shared centralized system 31. At this time, the registration management device 519 transmits a request for correction or deletion of registration contents to the shared centralized system 31, and a DB update unit not shown in the diagram of the shared centralized system 31 is based on this correction or deletion request. Then, correction and deletion processing of registration contents are executed for the own authentication DB.
In order to realize the function of the authentication data registration confirmation system 51, a system connected to the communication network 2 is prepared independently in this description. However, the authentication data registration management system 51 functions in the shared centralized system 31. The shape added as is the simplest.

[Ninth embodiment]
Next, a ninth embodiment of the present invention will be described with reference to FIG. FIG. 2 is a block diagram showing a configuration of a crime prevention system using the biometric authentication technology of the present embodiment.
This embodiment is different from the first embodiment or the like in that voice authentication is performed.
As shown in FIG. 9, in the crime prevention system using the biometrics authentication technology of this embodiment, the camera 111 in FIG. 1 is a microphone 611 and the face discrimination processing device 113 is a voice discrimination processing device 613. As mentioned above, the characteristics of biometrics authentication include a data input function for acquiring biometric information of authentication subjects such as cameras and microphones, and an authentication database that stores biometric information used in each authentication method. It consists of three functions: a function for determining the consistency and mismatch of the biometric information of the person to be authenticated obtained through the data input function and the data on the authentication database. The configuration may be considered the same.

In FIG. 9, a microphone 611 is a device for acquiring the voice of a subject who performs voice recognition, and realizes a data input function for the biometric authentication technique used in the present invention.
The voice discrimination processing device 613 is a device that actually performs voice authentication. The speech discrimination processing device 613 first extracts biometric information necessary for speech authentication from speech input from the microphone 611.
Next, the speech discrimination processing device 613 sequentially collates and compares the extracted biometric information with at least one or more biometric information registered in the authentication DB 614 in advance.

If it is determined that the person is the same as a result of the collation processing, the voice discrimination processing device 613 displays personal data including a human face image determined to be the same person candidate on the display device 612. The details of the personal data are the same as in the embodiments shown in FIGS. 1 to 8, such as face images, user acquaintances, insurance shops, newspaper shops, condominium sales, push sales, vacant nests, wanted criminals, shoplifters, Information indicating the identity of shoplifting addicts and, in some cases, visitor information such as company name and address name, visit history, visit purpose, etc.
It is assumed that personal data necessary for display is stored in the authentication DB 614 together with biometric information.

Here, when the result is not uniquely determined as a characteristic of the biometrics authentication technology, that is, in the case of speech recognition of the present embodiment, two or more of those registered in the authentication DB 614 may remain as candidates, The voice discrimination processing device 613 can display a plurality of candidates in order to leave the final judgment to the user.
Of course, if the biometrics authentication technique used in the crime prevention system of the present invention can make a reliable determination, the final determination by the user can be omitted.

The authentication DB 614 includes a “selection registration by a non-user” authentication DB 6142, which is a feature of the present invention, in addition to the “selection registration by user” authentication DB 6141 used as an authentication DB in a normal crime prevention system. It is.
The user of the present invention can visually confirm the face image and personal data displayed on the display device 612 and determine the response to the face image and personal data.
Furthermore, the voice authentication in the present embodiment can be applied to a crime prevention system using each biometric authentication technique in the first to eighth embodiments.

DB update, communication, etc. in the above embodiment are executed by a security system processing program, and biometrics authentication processing is also realized by the authentication program.
Based on the security system processing program and the authentication program, the CPU in the face discrimination processing device of the various systems of the present invention such as the user system sends a command to each component of the computer, and performs predetermined processing such as DB update processing. Communication processing, biometric authentication processing, etc.
Accordingly, these processes are realized by a user system in which a security system processing program, an authentication program, and a computer cooperate.

The security system processing program and the authentication program can be stored in a computer-readable recording medium such as an external storage device and a portable recording medium in addition to being stored in a ROM or hard disk of a computer.
The external storage device refers to a storage expansion device that incorporates a recording medium such as a magnetic disk and is externally connected to a user system, for example. On the other hand, a portable recording medium is a recording medium that can be mounted on a recording medium driving device (drive device) and can be carried. For example, a CD-ROM, a flexible disk, a memory card, a magneto-optical disk, etc. Say.

The program recorded on the recording medium is loaded into the RAM of the computer and executed by the CPU. By this execution, functions such as the user system described above are realized.
Furthermore, when a security system processing program or an authentication program is loaded by a computer, the security system processing program held by another computer can be downloaded to its own RAM or external storage device using a communication line.
The downloaded security system processing program and authentication program are also executed by the CPU, and DB update processing, communication processing, biometric authentication processing, and the like of the present embodiment are realized.

In addition, this invention is not limited to the above embodiment, It cannot be overemphasized that a various change implementation is possible within the scope of the present invention.
For example, the functions in the crime prevention system using the biometric authentication technology of each of the above embodiments can be appropriately changed, for example, by arbitrarily combining the functions.

Crime damage, which is the original purpose of crime prevention, is determined by using biometrics authentication technology for “humans who are unknown to the user” that cannot be realized with conventional crime prevention systems. It is possible to make a response before meeting.
In addition, there are an extremely large number of people who should be subject to the crime prevention system, and the situation is always new, for example, when a new wanted crime occurs, or other users who use the same crime prevention system are damaged. It is possible to realize a crime prevention system that can cope with malicious door-to-door sales and shoplifting that has been started, and can be used extremely effectively at home or in various companies such as shops.

Furthermore, even if a security hole is found in the user's crime prevention system itself against the biometrics authentication technology used or the technology as the crime prevention system, the latest program that responds to the existing security program It can be applied to the system, and can quickly cope with a security hole of a crime prevention system discovered by a criminal.
Further, the present invention can be realized by an inexpensive and simple device such as a general-purpose personal computer or a portable terminal. For example, the security system of the present invention can be realized on a portable terminal.

11-14 User system 111 Camera 112 Display device 113 Face discrimination processing device 114 Authentication DB
1141 User registration authentication DB
1142 Non-user registration authentication DB
DESCRIPTION OF SYMBOLS 115 Auxiliary input device 116 DB update part 117 Communication apparatus 118 Communication apparatus for face identification 11 'User system 11 "User system 2 Communication network 31 Shared centralized system 312 Display apparatus 313 Face discrimination processing apparatus 314 Authentication DB
315 Auxiliary Input Device 316 DB Update Unit 317 Communication Device 41 Data / Program Distribution System 414 Authentication DB / Program Storage Device 417 Communication Device 418 Data / Program Distribution Management Device 51 Authentication Data Registration Confirmation System 512 Display Device 515 Auxiliary Input Device 517 Communication device 519 Registration management device 611 Microphone 612 Display device 613 Voice discrimination processing device 614 Authentication DB
6141 DB for user registration authentication
6142 DB for non-user registration and authentication

Claims (6)

Biometric authentication based on a user system equipped with a discrimination processing device that performs biometric authentication processing by comparing biometric information input from an information input device with authentication data registered in the authentication database A security system using technology,
The security system using the biometrics authentication technology stores two or more user systems equipped with communication devices, and part or all of authentication data and personal data in an authentication database in each user system. A shared centralized system including an authentication database and a communication device, and a communication network connecting these user systems and the shared centralized system,
The authentication database is
A user registration authentication database for storing human authentication data and personal data selected and registered by the user himself, and
A non-user registration and authentication database that stores personal authentication data and personal data selected and registered by the security system provider or administrator, or other users who have installed the security system. And
When the database update unit in the user system performs an authentication process for a visitor who is not registered in the authentication database in the user system, the database update unit in the shared centralized system via the communication device and the communication network A crime prevention system using biometrics authentication technology, wherein the verification is performed using authentication data in an authentication database. The security system using the biometrics authentication technology stores two or more user systems equipped with communication devices, and part or all of authentication data and personal data in an authentication database in each user system. A shared centralized system including an authentication database and a communication device, and a communication network connecting these user systems and the shared centralized system,
The data updating unit of the shared centralized system adds one set or two or more sets of authentication data and personal data provided by the communication or storage medium by the security system provider or administrator to the authentication database. The crime prevention system using the biometrics authentication technology according to claim 2, wherein the crime prevention system has a function of updating, replacing or deleting. The authentication database in the shared centralized system stores authentication data and personal data common to each user system, and authentication data and personal data common to each user system. A common registration authentication database, and the authentication database in the user system is omitted,
The database update unit in the user system uses the verification data of the common registration authentication database in the shared centralized system via the communication device and the communication network to perform authentication processing for a visitor. A crime prevention system using the biometrics authentication technology according to claim 1 or 2. The shared centralized system has a determination processing device that performs biometric authentication processing by collating input biometric information with authentication data registered in the authentication database, and the user system includes: While having a communication device for determination, the determination processing device in the user system is omitted,
The determination communication device in the user system receives authentication data input from the information input device via the communication device and the communication network in order to cause the shared centralized system to perform authentication processing for visitors. , Send to the shared centralized system, receive the authentication result from the shared centralized system,
The determination processing device in the shared centralized system performs biometrics authentication processing by comparing authentication data received from the user system with authentication data registered in the authentication database in the shared centralized system. The authentication result is transmitted to the user system via the communication device and the communication network. The crime prevention system using the biometrics authentication technology according to any one of claims 1 to 3. The security system using the biometrics authentication technology is a human authentication data and personal data selected and registered by a security system provider or administrator, and the discrimination processing in the security system using the biometrics authentication technology. An authentication DB / program storage device that stores a security system program that holds the execution procedure of the processing of the entire user system including a program that implements a biometrics authentication algorithm in the device, the authentication data, the personal data, Or a data / program delivery system comprising a data / program delivery management device that delivers the security system program to the user system and a communication device that communicates with the user system via the communications network. ,
The data / program delivery management device in the data / program delivery system delivers all or part of the data stored in the authentication DB / program storage device to the user system via the communication device and the communication network. And
The user system registers the authentication data and the personal data received from the data / program delivery system in an authentication database in the user system, and receives the security system program received from the data / program delivery system. The crime prevention system using the biometrics authentication technology according to any one of claims 1 to 4, wherein the security system is reflected in the user system. A security system using the biometrics authentication technology includes a registration management device that corrects or deletes registration contents of the authentication database in the shared centralized system, and the communication network between the user system or the shared centralized system. An authentication data registration confirmation system including a communication device for performing communication via
The registration management device in the authentication data registration confirmation system inputs and displays the authentication data and the personal data from the authentication database in the user system or the shared centralized system, and is unique to each user. Request for correction or deletion of the authentication data and the personal data based on the input by the provider or administrator of the security system for maintaining the privacy or security of the authentication data and personal data additionally registered by judgment Via the communication device and the communication network to the user system or the shared centralized system,
Based on the received correction or deletion request, the database update unit in the user system or the shared centralized system stores the authentication data and the personal data in the authentication database in the user system or the shared centralized system. The crime prevention system using the biometrics authentication technology according to claim 1, wherein the crime prevention system is corrected or deleted.

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