TW556126B - Automated dynamic face recognition security system and the method thereof - Google Patents

Abstract

The present invention relates to an automated security system and method with dynamic face recognition function, which is used to recognize a checking person to apply the security measures. The checking person can be divided into a certified checking person and a non-certified checking person. The automated security system includes a recognition system for recognizing the checking person. The recognition system includes a data recognition system and a dynamic face recognition system. The data recognition system uses a recognition data to recognize the checking person. The dynamic face recognition system is used to compare the similarity between at least one facial information and at least one basic facial information. When the confidence index of the similarity exceeds a predetermined range, the checking person can be determined as a certified checking person; otherwise, if the index does not exceed the predetermined range, the checking person will be determined as a non-certified checking person. The system also includes a determination information interface, which is used to provide a plurality of predetermined determination conditions; a recognition system level configuration module for configuring the corresponding security levels for the plurality of recognition systems; a combination module, for deciding the combination and operation processes for the plurality of recognition systems according to the predetermined determination conditions and the security levels, so as to recognize the checking person; and, an automated processing system, for applying the security measures on the checking person after the recognition system recognized the checking person.

Description

556126 V. Description of the Invention (1) Technical Field of the Invention The present invention relates to an automatic security system and method with a dynamic face recognition function. The automatic security system is used to identify a person to be inspected to implement security measures. In particular, a combination of multiple identification systems is used to identify the person to be inspected, and security measures are implemented by an automated processing system. In the previous technology, the life style of human beings was an organized society. With the development of science and technology and the complexity of human social structure, social organization has become more rigorous. Therefore, people with different identities must be given a specific right to exercise the corresponding rights. Authority. Furthermore, these people with different identities are granted the right to enter different regions. The simplest example is not allowed to break into someone's home without permission. Or the executives of a company may not enter the company's research center. Or a public opinion representative of a certain place shall not arbitrarily enter the office of the local administrative official, etc. In this regard, many access control security systems have been available. The access control security system includes an identification system and a security system. Recognition systems such as credit card identification, password identification, or biometric identification, biometric identification often uses face recognition systems, pupil recognition systems, fingerprint recognition systems, voiceprint recognition systems and other recognition systems to identify the person being inspected. The security system is used to implement security measures such as issuing an alarm signal or closing the door to determine whether to allow inspected personnel to enter and exit the area. However, in the past, only a single identification system was used to identify the inspected personnel.

556126 V. Description of the invention (2) Insufficient safety due to recognition error. If too many identification systems are used to form multiple levels to improve its security level, it will greatly reduce the convenience of inspection, delay a lot of time and reduce work efficiency. If you look at different areas, the security level of each area may not be the same, so different identification systems may be selected, but once the function of the area is changed, the identification system of the corresponding security level must be changed and continuously changed. The identification system in the area will create a work burden. Even for the same area, different identification systems may be used at different times to suit the current security level. If the time of day varies, it is more difficult to replace and identify the identification system. However, if a single security system is used to cope with it, it also highlights the lack of flexibility in processing conditions, which reduces safety or reliability. Therefore, the main object of the present invention is to provide an automatic security system and method with a dynamic face recognition function to solve the above problems. SUMMARY OF THE INVENTION The main object of the present invention is to provide an automatic security system and method with a dynamic face recognition function. The automatic security system can use multiple identification systems to identify an inspected person, and then implement various corresponding security measures. The inspected person can be divided into an approved inspected person and a non-approved inspected person. The automatic security system of the present invention includes a recognition system for identifying the inspected person. The recognition system includes a data recognition system and a dynamic face shape.

556126 V. Description of the invention (3) Identification system, the data identification system uses identification data to identify the person under test, and the dynamic face recognition system is used to compare at least one face information and at least one basic face information. The degree of similarity, when the confidence index of the similarity degree exceeds a predetermined range, the inspected person is determined to be the approved inspected person, and if the confidence index is not exceeded, the inspected person is determined to be the non-approved inspected person. A judgment information interface for providing a plurality of predetermined judgment conditions. An identification system level setting module is used to set corresponding security levels for the identification systems. A combination module determines a combination of a plurality of identification systems and an operation process according to the predetermined judgment condition and the security level to identify the inspected person. An automatic processing system implements the security measures for the inspected person after the identification system recognizes the inspected person. Therefore, the flexible combination of the data recognition system and the dynamic face recognition system is used to identify the inspected personnel to implement the security measures. In this way, it is possible to generate multiple combinations of identification systems by considering multiple factors such as calendar conditions, a regional condition, and a graded condition of the inspected person, and cooperate to implement a variety of security measures, such as permitting and denying the inspected person to enter In a controlled area, or by a malicious intrusion into a non-approved inspected person, an alarm signal can be issued directly, which can improve the safety and convenience of identification. The advantages and spirit of the present invention can be further understood through the following detailed description of the invention and the accompanying drawings. Implementation

556126 V. Description of the invention (4) Please refer to FIG. 1. FIG. 1 is a block diagram of the automatic security system 10 of the present invention. FIG. 1 is a specific embodiment of the present invention. The present invention provides an automatic security system 10 with a dynamic face recognition function, which is used to identify an inspected person 46 to implement a security measure. The inspected person 46 is subject to After identification, their identities can be divided into one approved inspector and one non-approved inspector. The automatic security system 10 includes a judgment information interface 1 2, a recognition system level setting module 14, a combination module 16, a recognition system 18, and an automatic processing system 20. The judgment information interface 12 is used to provide a plurality of predetermined judgment conditions. The predetermined judgment condition may be a calendar condition, an area condition, a grade level of an inspected person, and the like. The calendar condition may, for example, distinguish the recognition time into working hours, non-working hours, or holidays and working days. Regional conditions can be classified according to the confidentiality level or importance of the area, such as normal work area, confidential work area, etc. The inspected personnel 4 can also be distinguished according to their rank or status, such as priority status, general status, etc. The recognition system 18 includes a data recognition system 22 and a dynamic face recognition system 24. The data identification system 22 may be a credit card data identification system 26 or a password data identification system 28 and other data identification systems 22. The identification system level setting module 14 is used to set corresponding security levels for the plurality of identification systems 18. If the security level of the data recognition system 2 2 is set to level 2 and the security level of the dynamic face recognition system 2 4 is set to level 3, the more the number of levels, the more important it is to pay attention to security. The combination module 16 determines the combination and operation process of a plurality of identification systems 18 according to the predetermined judgment condition and the security level to identify the inspected personnel.

556126 is a specific implementation of the operation of the combination module 16 of the present invention. Strain helmet w ... Μ_ 德 资 5. Description of the invention (5) 丨 46. Please refer to Figure 2, Figure 1] The flow chart of the Wutai government. Assume that the area is: Group: Module 16 The data used in the J work area is recognized: f the first confidential work area, the first: the combination mode in the specific embodiment: 22 is the card data identification system tool 6 ^ The zone | domain condition is the first step—the confidential work ordering step. · The identification system of the confidential work area is first identified. Next, select the fit / two face recognition system 24 and the f-two recognition program with the security level = women's level being level three. For example, one of them = several identification systems. 8 Design a plurality of types of identification card data identification f. The sequence of identification f is as follows. When working, first use the unified system 22 to identify the inspected person: 6 to identify the second inspector. When the identities are repeated, the inspected person 46 has to go in and recognize your face recognition system 24 in the Γ room for recognition (step S44). The use of ^. Applies to the work system 2 6 to identify the inspected person 4 ㈣ is the general body V (Ϊ :: two materials; the identification of the inspector, the system 24 identified the inspected 46 identity approved fullness Retirement of non-approved inspected persons (step δ5) The female system 20 identifies the inspected persons in the identification system 18, and docks with them, automatically. The Department of Safety and Security measures, if approved for < The inspector ^ ^ person ^ 46 moves through the entrance of 5 Hai (step L ^ ^ f to enter a controlled area for example, the combination mode & u can also Λ Λ, the combination and operation of the implementation of the group identification process ,; * ^ = t [, identification sequence, multiple identification systems 1 8 F < 裎 to identify the inspected person 4 6. data identification system 2 2 additionally includes a data input system 2 3 an identification data

Page 9 556126, description of the invention (6) material _ ^ shell material input system 2 3 can be entered into the data identification system 22 to identify the receiver 4). For example, the identification data of the card data identification system 2 6 is a magnetic system f 1 1, the data rotation system 2 3 is a card reader, and the password data identification system is 8 = the identification data is a predetermined set of passwords. If the content of the identification data is in accordance with the fork code of the preliminaries, it is determined that the inspected person 46 is the approved inspected person. The other 2 'whether it is the card data identification system 26 or the password data identification system 2 8, Bai can add a guide function, that is, before the card is entered or the password is entered, the preamble must be entered. Corresponding to a special function, for example, a certain group of preamble means that the police station or the security personnel can be notified immediately to indicate that the approved inspected person is under the coercion of a non-approved inspected person to pass the automatic security system 10 inspection. Please refer to the figure. Identification library 3 2. It is a dynamic device. The 30-series photographic device approves the facial information for this. Basic inspection personnel's face information is shown in Figure 3 with eyes. Figure 3 is the motion system 18 of the present invention. In addition, it includes a dynamic image and a dynamic face matching device. Face recognition system 2 4 Data input and utilization such as CCD image sensing device 'Let the subject 46 capture the subject to capture a set of continuous base messages. The image database 32 is used for uploading, and a person who is scheduled to approve the subject's time-sharing, takes a set of continuous basics, the basic facial information is located for the future to capture the analog image capture device 3 0, An image data 33 ° dynamic image capture device 3 into the system 2 3 'Motion image capture, or a set of continuous face information such as a CMOS image sensing device, and this facial image data are used as a base to store the basic facial image For the first time, the management will confirm and approve the facial image data as a reference template for basic identification. Facialization of two-dimensional information.

苐 Page 10 556126 V. Description of the invention (7) However, sometimes due to the inconsistent heights of multiple inspected personnel 4 6, when the camera captures the facial information, it will be difficult to locate the eyes. The camera can A device for adjusting the angle of photography is added to accurately position the eyes to capture the facial information. The dynamic face matching device 33 is used to compare the similarity of the face information and the basic face information to determine whether the inspected person is the approved inspection person or the non-approved inspection person. When the similarity level of confidence index exceeds a predetermined range, the inspected person 46 is judged as the approved inspector. If it does not exceed the predetermined range, the inspected person 46 is judged as the non-approved inspector, among which The dynamic face matching device 33 converts the face information and the basic face information into corresponding eigenspaces according to different facial poses to form a corresponding unvaried eigenvector with simulated three-dimensional information. Comparison · The similarity between the unvaried eigenvector of the facial information and the unvaried eigenvector of the basic facial information is given to the confidence index according to the similarity. In addition, the dynamic face recognition system 24 can also add the preamble function as described above. Please refer to FIG. 4, which is a block diagram of the automatic processing system 20 of the present invention. An automatic processing system 20, after the identification system 18 identifies the inspected personnel 46, implements the safety measure for the inspected personnel 46. The automatic processing system 20 includes a permission device 34, a recording device 36, a record transmission device 38, an unauthorized device 40, and an alarm device 42. When the identification system 18 identifies the inspected persons 46, the recording device 36

556126 V. Description of the invention (8) Member 46 exercised security measures to record a plurality of related inspection information, such as recording the inspection time, the location of the inspection, the identity of the inspected person, or other relevant inspection information. Then, the record transmitting device 38 transmits the plurality of related inspected data to the user terminal. The transmission method can be regularly transmitted to the user terminal by e-mail for comparison and reference, or it can be immediately transmitted to a wireless information receiving device such as a guard by a short message, which can send out an alarm signal immediately. When the identification system 18 identifies the inspected person 46 as the approved inspected person, the permitting device 34 makes a security measure permitting the approved inspected person to perform a predetermined action, such as permitting the approval The inspected person enters and exits a controlled area. When the identification system 18 cannot clearly identify the inspected person 46, the system may be disturbed, or the facial information may not be easily identified due to factors such as injury. Disapproval The device 40 will make a safety measure that disallows the inspected person 46 to perform the predetermined action. The inspected personnel 46 can take re-identified actions or abandon the scheduled action, such as not permitting entry and exit of a controlled area. When the identification system 18 identifies the inspected person 46 as the non-approved inspected person, the alarm device 42 will make a security measure to issue an alarm signal. Then, the record transmission device 38 transmits the alarm signal to a user terminal such as a guard. Please refer to FIG. 5, which is a flowchart of the automatic security method of the present invention.

Page 12 556126 V. Description of the invention (9) Figure 5 is the method of the foregoing specific embodiment of the present invention. The present invention refers to an automatic security method with a dynamic face recognition function, which is used to identify a subject 4 6 to Implementing a security measure, the inspected personnel 46 can be divided into an approved inspected person and a non-approved inspected person. The automated security method includes the following steps: Step S 0 2: Provide a plurality of predetermined judgment conditions. Step S 0 4: Set a corresponding security level for the plurality of recognition systems 18. The recognition system 18 includes a data recognition system 22 and a dynamic face recognition system 24. Step S 0 6: A combination of a plurality of identification systems 18 and an operation flow are determined according to the predetermined judgment condition and the security level. Step S 0 8: Identify the inspected person 46 with the identification system 18. Step S 10: When the confidence index of the similar degree exceeds a predetermined range, it is determined that the inspected person 46 is the approved inspected person. Step S 1 2: If the confidence index of the similar degree does not exceed the predetermined range, it is determined that the inspected person 46 is the non-approved inspected person. Step S 1 4: After the identification system 18 has identified the inspected person 46, implement the safety measure on the inspected person 46.

Page 13 556126 V. Description of the invention (ίο) Please refer to FIG. 6. FIG. 6 is a flowchart of the combination and operation of the plurality of identification systems 18 determined by the present invention. The present invention determines a combination and operation flow of a plurality of identification systems 18 according to the predetermined judgment condition and the security level. The method is illustrated by a specific embodiment of the best method. The method includes the following steps: Step S 1 5: Continuation diagram After the fifth step S 0 6, an identification data is used in the data identification system 22 to identify whether the inspected person is the inspectable person. Step S 1 6: Retrieve a set of continuous facial information from the inspected person 46, and retrieve a set of continuous basic facial image data from the inspected person. Step S 1 7: Store the basic facial image information. Step S 1 8: Compare the similarity between the face information and the basic face information in the face recognition system. The comparison method is to convert the face information and the basic face information into corresponding eigenspaces according to different face poses to become a corresponding unvaried eigenvector with simulated three-dimensional information, and compare the face information. The similarity degree of the unvaried eigenvector of the external information and the unvaried eigenvector of the basic facial information is given to the confidence index according to the similarity. Step S 1 9: Determine whether the confidence index of the similar degree exceeds a predetermined range.

Page 14 556126 V. Description of the invention (11) Please refer to Fig. 7, which is a flowchart of the one-step method of the present invention. The automatic security party of the present invention; after the identification system 18 identifies the inspected person 46, the security measure is implemented with the following Λ: Step S2 0: When the identification system 8 identifies the inspected person 46's exercise record, a plurality of related inspections "Safety of information" Step S22: After the security measures of the record-recovery are exercised on the inspected personnel 46, a plurality of relevant funds to be inspected are only available. Step S24: After the identification system 18 recognizes the personnel of the inspected person, a permission is given to permit the inspected person to exercise one execution. Step S26 · • When the identification system 18 cannot clearly identify and make the inspected person not allowed to perform the predetermined action ^ 6 Step S 2 7 · The inspected person 4 6 can take the step S 2 8 again: When the identification system 丨 8 After identifying the inspected personnel, make a safety measure by issuing an alarm signal. Method steps S 1 4 to S 1 4 After the decision is made, the inspected person 4 6 and 4 6 take measures against the inspected person. A number of related assets to be inspected (transmitted to the user 4 6 are the safety measures for the approved actions of the inspected person 4 6 = full measures. The identified actions. 4 6 are the non-approved subjects 556 126 V. Description of the invention (12) Step S 30: After the security measures for issuing the alarm signal are made, the alarm signal is transmitted to the user terminal. Therefore, the flexible combination of the data recognition system and the dynamic face recognition system is used for identification. Inspected personnel 46 to implement this security measure. By this, it is possible to generate multiple combinations of identification systems by considering multiple factors such as a calendar condition, an area condition, and an inspected person's level condition, and cooperate to implement a variety of Security measures, such as permitting or denying inspected persons to enter a controlled area, or directly issuing a warning signal to the malicious intrusion of non-approved inspected persons, can improve the safety and convenience of identification work. With the above The detailed description of the preferred embodiments is intended to describe the features and spirit of the present invention more clearly, rather than to describe the present invention with the preferred embodiments disclosed above. The scope of the invention is limited. On the contrary, it is intended to cover various changes and equivalent arrangements within the scope of the patent to which the invention is intended.

Page 16 556126 Brief description of the drawings Figure 1 is a block diagram of the automatic security system of the present invention; Figure 2 is a flowchart of a specific embodiment of the operation of the combined module of the present invention; Figure 3 is a block diagram of the dynamic face recognition system of the present invention; 4 is a block diagram of the automatic processing system of the present invention; FIG. 5 is a flowchart of the automatic security method of the present invention; FIG. 6 is a flowchart of determining the combination and operation of a plurality of identification systems of the present invention; Step S 1 8 Further method flowchart symbol description 10 Baidonghua security system 12 Judging information interface 14 Identification system level setting module 16 Combination module 18 Identification system 20 Motion processing system 22 Data identification system 23 Data m input system 24 Dynamic face recognition system 30 Dynamic image capture device 32 Image database 33 Dynamic face matching device 34 Approved device 36 Recording device 38 Record transmission device 40 Unauthorized device 42 Alarm device 46 Received 48 core staff may be subject to inspection personnel

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Claims (1)

556126 VI. The scope of patent application is used to recognize the remote recognition system package data recognition face recognition face information within a predetermined range. After the predetermined plurality of pre-recognition system security levels identify the subject, the recognition can maintain a dynamic face shape. The automatic security system for identification function, an inspected person to implement a security measure / the inspected person = for an approved inspected person and a non-approved inspected person, the entire system includes: Bayi identification system, for use To identify the person under inspection, continue to identify the material identification system and a dynamic face recognition system. R = an identification data to identify the person under inspection, the dynamic system is used to compare at least one face information and at least one other The degree of similarity, when the confidence index of the similarity degree exceeds two, it is pre-determined that the inspected person is the approved inspected person, if it does not exceed the scope, the inspected person is determined to be the non-approved inspected person; ^ A judgment information interface, which is used to provide and judge conditions; ^ a recognition system level setting module, which is used to set the corresponding security level for the plurality; ^ a combination module, which is based on the Predetermined judgment conditions and the kinks and operation processes for determining a plurality of identification systems = inspector; an automatic processing system, in which the identification system identifies the inspected person and implements the security measure for the inspected person. The automatic security system as described in item 1 of the scope of patent application, wherein the dynamic face recognition system includes: 〃 A dynamic image capture device, which is used to extract the face from the inspected person Page 18 556126 6. Information on the scope of patent application and the basic facial image data for the approved personnel; an image database for storing the basic facial image information; a dynamic face comparison The device is used for comparing the similarity between the facial information and the basic facial information to determine the inspected person. 3. The automated security system as described in item 1 of the scope of patent application, wherein the data identification system is at least one data identification system selected from the group consisting of a credit card data identification system and a password data identification system. 4. The automated security system as described in item 3 of the scope of patent application, wherein the predetermined judgment condition in the identification combination judgment module is selected from the group consisting of a calendar condition, a regional condition, and a graded condition of the inspected person. The predetermined judgment condition in the group. 5. The automated security system as described in item 1 of the scope of the patent application, wherein the dynamic face recognition system converts the face information and the basic face information to the corresponding eigenspace to become a corresponding unvaried The eigenvector is compared to the similarity between the non-variant eigenvector of the face information and the non-variant eigenvector of the basic facial information, and the confidence index is given according to the similarity. 6. The automated security system described in item 1 of the scope of patent application, wherein the automatic processing system includes a permit device, and when the identification system identifies the inspected Page 19 556126 VI. Scope of patent application After the inspector has been approved by the inspector, the permitting device makes security measures that can act like a person to make a predetermined action. Tunhui can receive and approve I. If the processing system moved by item i of the scope of the patent application includes a recording device,% of the personnel, the recording device identifies the inspected data to the inspected 2 system. Security measures. A number of related receivers have been recorded by the police officer. As in Item 7 of the scope of the patent application, the processing system includes a recording system, in which the player's exercise records are recorded. The relevant tested materials are transmitted to the user end. Please refer to the automatic security system described in item 6 of the patent, where the exercise of saving boxes =: permitting the device to make security measures that do not allow the person under inspection to make a booking that violates pre-emptive actions. 20. The automatic security system as described in item 9 of the scope of patent application, wherein the automatic human processing system includes an alarm device. When the identification system recognizes that the inspected person is the non-approved inspected person, the alarm device will Make security measures to issue an alert signal. For example, the automatic security system described in item 1 Q of Shen Qing's patent scope, where 556126 6. Scope of patent application After the alarm device has made security measures for issuing the alarm signal, the record transmission device transmits the alarm signal to the user terminal. 1 2. An automated security method is used to identify an inspected person to implement a security measure. The inspected person includes an approved inspected person and a non-approved inspected person. The automated security method includes the following steps: Provide a plurality of predetermined judgment conditions; set corresponding security levels for the plurality of identification systems; determine the combination of the plurality of identification systems and the operation process according to the predetermined judgment conditions and the security level to identify the inspected person, the The identification system includes a data identification system and a dynamic face recognition system; the identification system is used to identify the person under inspection; after the identification system is determined to identify the person under inspection, the security measure is implemented on the person under inspection. 1 3. The automated security method as described in item 12 of the scope of patent application, wherein the dynamic face recognition system identifying the person under inspection includes the following steps: acquiring at least one face information from the person under inspection, and verifying The inspected person may retrieve at least one basic facial image data; store the basic facial image information; compare the similarity between the facial information and the basic facial information to determine the inspected person. 14. The automated preservation method as described in item 12 of the scope of patent application, wherein Page 21 556126 6. Scope of patent application The data identification system is at least one data identification system selected from the group consisting of a credit card data identification system and a password data identification system. 15. The automated preservation method as described in item 14 of the scope of patent application, wherein the predetermined judgment condition is a predetermined judgment selected from the group consisting of a calendar condition, an area condition, and a graded condition of the inspected person. condition. 16. The automatic preservation method as described in item 15 of the scope of patent application, wherein the dynamic face recognition system converts the face information and the basic face information into corresponding eigenspaces respectively to become a corresponding one. The unvaried eigenvector is compared to the similarity between the unvaried eigenvector of the face information and the unvaried eigenvector of the basic facial information, and the confidence index is given according to the similarity. 17. The automated security method as described in item 12 of the scope of patent application, wherein implementing the security measure for the inspected person includes the following method steps. When the identification system identifies the inspected person as the approved inspected person, Then, security measures are made to permit the inspected person to perform a predetermined action. 18. The automated security method as described in item 12 of the scope of patent application, wherein implementing the security measure for the inspected person includes the following method steps. After the identification system identifies the inspected person, the inspected person Exercising security measures to record multiple relevant data to be inspected. Page 22 556126 VI. Patent application scope 19. The automated security method described in item 18 of the patent application scope, wherein the implementation of the security measures for the inspected personnel includes the following method steps. After recording the security measures of the plurality of related inspected data, the plurality of related inspected data is transmitted to the user terminal. 20. The automated security method described in item 17 of the scope of patent application, wherein the implementation of the security measure for the inspected person includes the following method steps. When the identification system cannot clearly identify the inspected person, make an Allow the inspected person to exercise the security measures for the intended action. 2 1. The automated security method as described in item 20 of the scope of patent application, wherein implementing the security measure for the inspected person includes the following method steps, when the identification system identifies the inspected person as the non-approved inspected person After that, security measures were issued to issue an alert signal. 2 2. The automated security method as described in item 21 of the scope of patent application, wherein the implementation of the security measures for the inspected personnel includes the following method steps. After the security measures for issuing the alarm signals are made, the alarm signals are issued. To the client. Page 23