KR20120053706A - Behavior monitoring system based on location information - Google Patents

Abstract

PURPOSE: A location information based movement monitoring system is provided to enable a user to rapidly response to emergency situations by monitoring monitored person who includes a location confirmation terminal. CONSTITUTION: A location confirmation terminal(100) provides monitoring information including location information. A camera management server manages monitoring cameras(301-303) located at the action area of the location confirmation terminal. A location management server(200) creates the location tracking information of the monitored person by receiving the monitoring information. The location management server determines the abnormal action of the monitored person. The location management server provides alarm information to a manager terminal(500).

Description

Location-based behavior monitoring system {BEHAVIOR MONITORING SYSTEM BASED ON LOCATION INFORMATION}

The present invention relates to a location-based behavior monitoring system, and in particular, to monitor the behavior of the monitored person carrying the positioning terminal on the basis of a preset monitoring area characteristic and behavioral manner so as to quickly respond to abnormal behavior or emergencies. A location information based behavior monitoring system.

With the rapid development of communication infrastructure, the spread of various portable terminals and the emergence of location base service, various systems and services for monitoring the location of portable terminals have emerged.

In the case of a surveillance system using an initial portable terminal, an alarm is provided to an administrator when a terminal to which a short-range communication method is applied is out of a predetermined area where a receiver of the short-range communication method is installed for the purpose of checking the location of the elderly and the elderly. Although it was a simple method, as its use has been extended, a system has been introduced to add a wide range communication means to a portable terminal and apply a GPS (Global Positioning System) to check the exact location of the terminal based on a map anytime, anywhere. Some of the services are also being piloted.

Most of these services are for monitoring the location of the terminal and looking for an observer who carries the terminal when moving out of a specific area.

1 shows a configuration of a conventional location-based monitoring system. As shown in FIG. 1, the server 30 collects the location information of the monitor 11 carrying the location checking terminal 10 that provides location information. By comparing the map information and the information on the surveillance region stored in the map database 35 stored in the map information to the manager terminal (15, 16) when the positioning terminal 10 is out of a predetermined area or route The manager or another manager connected with the current location of the monitor 11 can go to secure the monitor 11. Through this, the situation in which the monitored person 11 becomes lost may be prevented.

However, due to the recent dangerous social environment, there is an increasing demand to apply the location-based monitoring system developed for the elderly and the patient in order to manage their children's behavior more effectively and respond quickly to emergency situations. .

In the case of location-based monitoring system for managing children, it is difficult to properly reflect this because the range of behaviors and behaviors are diverse. In addition, the child who is the monitored person is dissatisfied because he knows that his or her freedom is being violated by this system. This is a problem that occurs not only in the management of children but also in the management of patients, and it is difficult to confirm the exact state or environment of the monitoring object through simple positioning, and excessive privacy infringement caused by such monitoring is pointed out as a problem.

As a result, there is a need for a monitoring system that can make intelligent situation determination based on the means of checking the observer's behavior or the characteristics of the monitoree's behavior, and efforts to reduce the possibility of the privacy violation of the monitored person. do. In addition, there is a need for a more advanced monitoring system that enables the effective identification of variable and scattered hazards and hazardous facilities, making it easier to identify behavioral characteristics.

An object of the embodiments of the present invention for improving the above-mentioned problem is to set a surveillance area, and to divide the surveillance area into sectors having one or more different risks so as to grasp the risk according to the location, and to monitor the corresponding surveillance area. It is to provide location information-based behavior monitoring system that can more accurately understand the situation of the monitored by interlocking with the surveillance camera installed in the camera so that the situation of the monitored can be additionally checked through the video.

Another object of the embodiments of the present invention is to track the movement path of the monitored person based on the location to identify abnormal behavior based on the path, and to secure the image of the path movement from the surveillance camera located on the path. It is to provide a location-based behavior monitoring system so that the situation of the monitored person can be more clearly identified from the images obtained when the path is moved by managing separately.

Another object of the embodiments of the present invention, in addition to the surveillance camera provided in the predetermined area as well as the street-based surveillance cameras installed on the general road to enable access to the surveillance video for the general road movement not set by the administrator The access is to provide a location-based behavior monitoring system that allows the privacy of the monitored person and others in the video to be limited to the occurrence of abnormal situations.

Another object of the embodiments of the present invention is to utilize the POI information and the action of the PO, even if the information on the hazardous area or the hazardous facility is not separately set based on the point of information (POI) already secured. It is to provide a location-based behavior monitoring system that generates warning by calculating abnormal behavior or risk.

Another object of the embodiments of the present invention is to prevent an infringement of an observer's privacy by notifying an observer in advance before notifying an administrator of an abnormal situation that is actively identified based on the observer's behavior. It is to provide a location-based behavior monitoring system that can partially prevent.

In order to achieve the above object, a location-based behavior monitoring system according to an embodiment of the present invention includes a positioning terminal for providing the monitoring-related information including the location information carried by the monitored; A camera management server that manages one or more surveillance cameras located in the action radius of the positioning terminal; Receiving monitoring related information provided by the positioning terminal through at least one communication network to generate location tracking information of the monitored person, at least one preset surveillance area and at least one sector of a different risk level set within the surveillance area; And a location management server that determines an abnormal behavior of the monitored person based on preset route information and provides an alarm to a preset manager terminal along with an access right to an image obtained based on location and time through the camera management server. It is done by

The positioning terminal includes one or more kinds of position checking means for identifying its position, one or more kinds of communication units for directly or indirectly providing its position to the location management server, and the information provided to inform the emergency situation. And a user interface for receiving and informing the monitored person.

The positioning terminal may be a dedicated terminal or a terminal having a corresponding function further added to an existing mobile communication terminal, and transmits its location information and emergency information according to a user input to the location management server, and receives the received information. It may be further provided with an application that can be installed in the mobile communication terminal to provide.

The location management server further provides an interface for accessing the manager terminal to set the surveillance area and the sector area within the surveillance area, and further obtains characteristic information of the monitored person so as to refer to a hazardous or dangerous area or facility. After acquiring the information, the POIs of the POI (Point Of Information) database that can be provided or interworked can be distinguished and used to determine the harmfulness of the POI corresponding to the location of the monitored person.

When determining the abnormal behavior, the location management server may warn the positioning terminal of the possibility of determining the abnormal behavior and inform the administrator of the abnormal behavior.

The camera management server may include at least one of a camera management server that manages surveillance cameras installed in a specific surveillance area, and a management server that manages surveillance cameras discontinuously installed on a street based on a street.

The location management server may further include a broadcast linkage unit for transmitting the tracking information of the positioning terminal and the video information of the linked surveillance camera to one or more types of digital broadcaster headend servers according to the received authentication monitor information.

Location-based behavior monitoring system according to another embodiment of the present invention includes a positioning terminal for providing the monitoring-related information including the location information carried by the monitored person; Receiving monitoring related information provided by the positioning terminal through at least one communication network, generating location tracking information of the monitored person and identifying a harmful or dangerous POI for the monitored person in a linkable POI database based on the tracking information. By including the location management server to determine whether or not the behavior of the observer.

The location information-based behavior monitoring system according to the embodiment of the present invention sets up a surveillance area and divides the surveillance area into sectors having one or more different risks to identify the risk according to the location, By interlocking with an already installed surveillance camera, the monitoree's situation can be additionally checked through an image, thereby making it possible to more accurately grasp the monitoree's situation.

The location information-based behavior monitoring system according to the embodiment of the present invention tracks the movement path of the monitored person based on the location to identify abnormal behavior based on the path and moves the path from the surveillance camera located on the path. By securing the image of the city and managing separately, it is possible to more clearly identify the situation of the monitored person from the images obtained when the path is moved when an abnormal situation occurs.

Location-based behavior monitoring system according to an embodiment of the present invention is capable of accessing surveillance images for general road movements not set by an administrator in conjunction with streetlight-based surveillance cameras installed on general roads as well as surveillance cameras provided in predetermined areas. In addition, the access is limited to the occurrence of an abnormal situation, thereby protecting the privacy of the monitored person and others appearing in the video.

The location information-based behavior monitoring system according to the embodiment of the present invention is based on the POI (Point Of Information) already secured, even if the information on the hazardous area or the hazardous facility is not set separately. Through the use of, an alarm can be generated by calculating an abnormal behavior or risk, thereby reducing the inconvenience of manual setting by the administrator and effectively protecting the monitored person from various harmful factors unknown to the administrator.

The location information based behavior monitoring system according to the embodiment of the present invention blocks the abnormal behavior by notifying the monitor in advance before notifying the manager when an abnormal situation actively detected based on the behavior of the monitored is notified to the manager. It is possible to reduce the privacy of the observer by preventing some invasion of privacy.

1 is a block diagram of a conventional location-based monitoring system.
2 is a block diagram of a location-based behavior monitoring system according to an embodiment of the present invention.
3 is a block diagram of a positioning terminal according to an embodiment of the present invention.
4 is a block diagram of a location management server according to an embodiment of the present invention.
5 is a conceptual diagram illustrating a location-based behavior monitoring method according to an embodiment of the present invention.
6 is a conceptual diagram illustrating an example of application of a street lamp-based surveillance camera according to an embodiment of the present invention.
7 is a conceptual diagram illustrating a POI application behavior monitoring scheme according to an embodiment of the present invention.
8 is a conceptual diagram illustrating a POI application monitoring area setting method according to an embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

2 is a block diagram of a location information-based behavior monitoring system according to an embodiment of the present invention, and as shown in FIG. Receiving monitoring-related information (location information, identification information, emergency information, etc.) from the positioning terminal 100 through the communication network 1 (110), and installed in the additional function server 400 and the predetermined monitoring area 300 The camera management server (not shown) managing the surveillance cameras 301 to 303 communicates with the communication network 2 120 to generate location tracking information of the monitored person, and at least one preset surveillance area 300 and the surveillance. The abnormal behavior of the monitored person is determined based on the sector areas A and B of one or more different risk classes and preset path information set in the area 300, and the location and time are determined through the camera management server. Reference is made to the administrator terminal 500, management server 200 for providing an alarm to the group with access rights set for the image obtained by the. The location management server 200 basically includes a database including a map database, a database including information related to a manager and an observer, a surveillance area or sector information, a database storing path information or setting information for determining abnormal behavior, and the like. 250 can be configured inside and outside.

The location management server 200 may be directly or indirectly provided with setting information about the surveillance area 300 and setting information about a plurality of sectors A and B from the manager terminal 500. The information on the sectors A and B may use information already provided for the surveillance area 300 (for example, a school backside, an entrance, a rooftop, etc. are preset for each school).

For example, when the monitoring area 300 is a school, the sector A which can grasp the situation regarding access and the sector B which is known as a dangerous area in the school are corresponding to different risks and needs. Even in the surveillance area 300 is monitored with a special weight, if the surveillance camera is installed can be configured to link the surveillance image to identify the situation.

Therefore, when the positioning terminal 100 enters the surveillance area 300, the corresponding information is stored as meaningful log information, and the image information can also be obtained through the surveillance camera 301. When the confirmation terminal 100 enters the high-risk sector B, it may be recognized as an abnormal behavior, so that the administrator 500 may provide an alarm or the like regarding an abnormal situation while providing the relevant image information from the surveillance camera 302. Can be obtained.

The location management server 200 may set a plurality of surveillance areas as described above, which may be set according to the characteristics of an observer or may be set by an administrator. Although not shown, the location management server 200 acquires the movement path of the positioning terminal 100 periodically or aperiodically, generates tracking information corresponding to a predetermined path, and maps it to a map. If the manager 500 requests it, it can be provided, and if the abnormal behavior is detected by comparing the tracking information with the preset movement path or stop position and time information of the monitored person, it is also delivered to the manager 500. Done.

The communication network 1110 may be a wide area network including a mobile communication network, a wireless Internet network, a WiBro network, or a local area network including Zigbee, Bluetooth, RF, RFID, or the like. The communication network 2 120 may be various internet networks or dedicated networks, and in some cases, the communication network 1 and the communication network 2 may be the same in broad terms.

The additional function server 400 may be an interlocking means for providing additional information for determining an action of the monitored person, or may be a headend server of various digital broadcasting companies for an access convenience of an administrator. Examples of the additional information providing means may be means for providing local information, geographic information, commercial information, point of information (POI), user sharing information (shared information through social network services), and the like. In addition, in the case of the head end server of the digital broadcaster, the location management server 200 participates in the digital broadcast system as a third party to perform the broadcast system of the digital broadcaster (IPTV, cable broadcasting, Internet broadcasting, etc.). By allowing the administrator to check the monitoring information, a service may be provided for the monitor to conveniently check the monitoring result.

In addition to the above configuration, the additional function server 400 may be a server for providing various alarm information or an associated server for emergency situation processing, or a server for providing various types of surveillance camera image information.

3 is a configuration diagram of a positioning terminal according to an embodiment of the present invention, and as shown, the positioning unit 104 for checking its own position, and directly or indirectly, its location management server. The wireless communication unit 101 having one or more kinds of wireless communication means for providing to the user, a user interface 107 for notifying an emergency situation and receiving the provided information and notifying the monitored person, and a battery unit 106 for providing power. And a memory unit 102 in which information including identification information and monitoree information is stored, and the wireless communication unit 101 periodically or aperiodically including identification information in the position information provided by the positioning unit 104. To directly or indirectly transmit to the location management server through, and the information that should be provided to the monitor among the information received through the wireless communication unit 101 A control unit 105 which provides through the user interface 107.

The control unit 105 sequentially stores the position information obtained from the positioning unit 104 together with time information in the memory unit 102 as necessary, and takes into account the operation state of the wireless communication unit 101. It is also possible to perform the transmission information management function, such as providing the stored information of the at once.

The positioning unit 104 may include a GPS, and the position determining unit may include some communication means of the wireless communication unit 101 (near field communication unit, triangulation or mobile communication module capable of identifying a base station, and an identifier of a gap filler). Possible terrestrial DMB receivers, etc.)

The wireless communication unit 101 may include at least one or more of a wide area communication means such as a short range communication means including a zigbee, Bluetooth, RF, RFID, wireless LAN, etc., a mobile communication module, a WiBro communication module, and the like.

In addition, the positioning terminal 100 may further include a sensor unit 103, and the sensor unit 103 may include one or more of an acceleration sensor, a gyro sensor, a forced separation detection sensor, and a power detection sensor. have. For example, when an acceleration sensor or a gyro sensor is included, it may be confirmed that the monitored person falls or moves swiftly through a sudden change in the position of the terminal 100, and when the forced separation detection sensor is included, the position It can be determined as an emergency by grasping the confirmation terminal 100 from being forcibly detached from the monitored person, and when the power detection sensor is included, it is requested to charge according to the power state or the operation state of the wireless communication unit 101 is determined. I can regulate it.

On the other hand, the sensing means for protecting the monitor, such as the forced separation detection sensor is preferably embedded in the positioning terminal 100, in some cases may be applied to the positioning terminal 100 in an external form. have.

The positioning terminal 100 according to an embodiment of the present invention is preferably configured as a dedicated device for a location-based behavior monitoring system, but may be configured by adding a corresponding function to an existing mobile communication terminal. For example, if a mobile communication terminal of a type that can install a predetermined additional program, the corresponding function may be added through software installation, and if necessary, a dedicated mobile communication terminal further configured with the corresponding function may be designed.

In particular, in recent years, the smartphone has been widely used as the positioning terminal because it can be basically GPS, various sensors, short-range communication device, wide area communication device, sufficient operation speed and memory, software installation and background execution, etc. The operating configuration may be applied in the form of an application (aka, app). If additional hardware (for example, forced separation detection sensor unit) is required, it can be easily extended through the expansion port.

4 is a configuration diagram of a location management server according to an embodiment of the present invention, each component may be configured as a separate server, any of these components may be omitted or incorporated into other configurations, and thus should be viewed from a functional point of view. Be careful.

The illustrated location management server 200 includes a camera linkage unit 201 for interworking with various external camera servers, an additional information linkage unit 202 for interworking with various additional function servers described above, and a location from the positioning terminal. A terminal information collecting unit 203 for receiving tracking related information including information and generating tracking information for each identified location identifying terminal, and an administrator providing monitoring information to the manager terminal and an interface for collecting various setting information; Mapping the monitoring information and mapping the setting information with the path management unit 206 for managing and accumulating and updating the paths collected through the interface unit 204 and the terminal information collecting unit 203 and comparing them with preset paths. Route and preset monitoring through the map management unit 209 for managing map information for the terminal, the terminal collection unit 203 and the route management unit 206 An abnormal behavior determination unit 207 for determining abnormal behavior of the monitored person through the area and sector setting information, an alarm unit 208 for notifying an emergency situation through the manager interface 204 and a separate manager accessible means; Managing the respective components to obtain administrator setting information and providing the monitored path and behavior information to the administrator as monitoring information (including map mapping, related video access rights and access links, abnormal behavior details, etc.) It includes a location management operation unit 205 for notifying when this occurs.

Of course, the above components may vary somewhat depending on the type of the additional function server to which the additional information interworking unit 202 cooperates, and some of the components may be omitted or additional components may be included according to the setting contents of the provided service.

FIG. 5 is a conceptual diagram illustrating a location-based behavior monitoring method according to an exemplary embodiment of the present invention, in which the additional function server of FIG. 2 is a camera server managing a surveillance camera discontinuously installed on a general road.

For example, the school 310 and the school 320 may be set as a surveillance area, and a neighboring PC room 340 or a karaoke 350 may be set in which a person to be monitored is likely to go. If the size is more than a certain size, such as school 310, and the risk is different depending on the location, one or more sectors may be set in the surveillance area together with the risk.

When the positioning terminal transmits its location to the location management server periodically or aperiodically according to the communication status, the location management server displays the moving state on the map based on the route information (tracking information) as shown. Monitoring information can be generated by mapping. In this case, when the positioning terminal is located at a preset surveillance camera site based on the position and time of the positioning terminal, the image information of the surveillance camera is collected and an image providing icon is displayed on the mapped map information to link the link. It can be provided as information (also assigned access rights). Alternatively, instead of collecting an image, an access authority and access link information for accessing a camera server to acquire an image for a corresponding time may be provided.

Through the surveillance information interface as described above, the administrator can visually check the movement state of the monitored person, and obtain an image during the movement or an image in the surveillance region.

FIG. 6 is a conceptual view illustrating an example of application of a street lamp-based surveillance camera according to an embodiment of the present invention, and a surveillance camera sharing power of lamps 362 and 372 to street lamps 360 and 370 of an alley for the purpose of recent security. 361 and 371 are installed and separately managed 363 and 373 can be implemented to secure the server and the server managing the surveillance camera. Of course, in order to protect the privacy of the person being monitored and the people captured by the surveillance camera, the video may be limited to being provided only when an emergency occurs.

However, since the streetlight-based surveillance camera is installed in a discontinuous but fairly wide area, it can play a very important role for the behavior of the monitored person or for determining the emergency situation. In particular, even when the surveillance camera information is limited to the purpose for criminal investigation, since the exact path and time information of the monitored person are secured, it is possible to provide an excellent effect for investigation when a crime occurs.

7 and 8 are conceptual views illustrating an example of application of an add-on server according to another embodiment of the present invention, in which a point of information (POI) database or a POI information providing server is used as one of the add-on servers.

Currently, various portal sites and information related companies are building hundreds of thousands of map-based POI databases, which are used for augmented reality services and map services. In addition, in order to utilize this information in various ways, business interworking is being activated, and in some cases, it is openly available as an open API (Open Application Programmer Interface) so that this information can be easily utilized.

The POI information is not three-dimensional information about a predetermined location on a map but three-dimensional information about a predetermined location on a map, and basically includes related company information, location information, industry type, and characteristics.

As shown in the example of FIG. 7, when the POI information of the building 410 is examined for a predetermined building 410, tenant company information for each floor may be confirmed.

As a result, even if the manager does not specifically set up a surveillance area for a risk or hazard area or facility, the monitoring area for a basic hazard facility or area can be set.

For example, if the monitored person is a student, if only the setting information about the student is provided to the location management server, the information on the monitored person may be used to obtain criteria for facilities, hazardous facilities, restricted access areas, etc. for minors. do.

Therefore, if the monitored person stays in a building where a facility such as a PC room or a karaoke room is located for a certain time on a weekday afternoon, the monitored person may automatically determine that the abnormal behavior is performed. This can be done automatically according to certain criteria even if there is no specific set of monitors for various and frequently changed hazard facilities or hazardous facilities or areas (eg construction sites, juvenile restricted areas, etc.). This has significant reliability and scalability, which can be identified as anomalous behavior for inappropriate access to hazards, even in situations where the monitored person travels or plays to areas unknown to the manager. In particular, as the importance of such POI increases, the registration and management of the POI is evolving in near real time, so the accuracy and reliability of such information can be gradually increased.

To this end, the location management server may be further added with means for classifying the information in the POI database according to a predetermined criterion to the hazard rating.

FIG. 8 illustrates an example 510 of an interface for automatically classifying risk facilities and displaying them on a map by setting a predetermined criterion by the administrator, setting basic characteristics for the monitored person, You can set the criteria (including time, duration, etc.) to let you select a PC room, karaoke, etc.). It is also possible to edit the exception for cases where a licensed industry's facility, such as a school, is located in the same building as a youth's hazardous facility.

On the other hand, such a surveillance configuration can create a sense of crisis that the observer is seriously violated his privacy can be largely rejected. Therefore, it is desirable that a means of alleviating this be applied.

For example, if the purpose of such monitoring is to induce proper behavior rather than sneak surveillance of the monitored person, the action is first notified to the monitor through the positioning terminal when the action is judged, unless it is an emergency. Means can be added to invite the cessation of abnormal behavior. If the normal behavior is returned from the abnormal behavior within this predetermined time limit, the monitoring information may not be notified to the administrator or deleted from the monitoring information. This allows appropriate correction of the observer's behavior.

On the other hand, the method of providing the monitoring information to the manager can be extended by using a broadcasting system subscribed to by the monitor in addition to the method of using a monitor terminal (PC or mobile communication terminal), which is compared with the recently provided digital broadcasting system. It can be implemented relatively simply through interworking.

For example, when registering a location-based behavior monitoring system service as an additional function of an IPTV or digital cable broadcaster, and receiving authentication information of an administrator who selects the service from the headend server of the broadcasting company, the location management server may monitor information. It can be transmitted to the set-top box of the manager by changing the content to the content suitable for the broadcasting system, it is possible to provide monitoring information through a variety of media or means.

Although the above embodiment has described the contents related to the system for monitoring the behavior of the student or the child, it can be used for the purpose of monitoring the behavior of the patient or the criminal, and in addition, based on the specific behavior such as the article or the vehicle. It can also be applied to the purpose of monitoring whether or not.

In the above described and illustrated with respect to preferred embodiments according to the present invention. However, the present invention is not limited to the above-described embodiments, and various changes and modifications may be made by those skilled in the art without departing from the scope of the present invention. .

100: location confirmation terminal 200: location management server
250: database 400: add-on server
500: manager terminal

Claims (10)

A positioning terminal for carrying the monitored person and providing monitoring related information including location information;
A camera management server that manages one or more surveillance cameras located in the action radius of the positioning terminal;
Receiving monitoring related information provided by the positioning terminal through at least one communication network to generate location tracking information of the monitored person, at least one preset surveillance area and at least one sector of a different risk level set within the surveillance area; And a location management server that determines an abnormal behavior of the monitored person based on preset route information and provides an alarm to a preset manager terminal along with an access right to an image obtained based on location and time through the camera management server. Location information based behavior monitoring system, characterized in that.
The method of claim 1, wherein the positioning terminal is one or more kinds of positioning means for confirming its own location, one or more kinds of communication unit for providing their location directly or indirectly to the location management server, emergency situation Location-based behavior monitoring system comprising a user interface for informing and receiving the information provided to the monitor.
The location information-based behavior monitoring system according to claim 2, wherein the positioning terminal is a dedicated terminal or a terminal in which a corresponding function is further added to an existing mobile communication terminal.
The mobile terminal of claim 2, wherein the positioning terminal further includes an application installable on a mobile communication terminal that transmits its location information and emergency information according to a user input to the location management server and provides the received information to a user. Location information based behavior monitoring system, characterized in that.
The location information terminal as set forth in claim 2, wherein the positioning terminal further includes a built-in or separately external forced separation recognition unit to identify a situation in which the positioning terminal is forcibly separated from the monitor. Based behavior monitoring system.
The system of claim 1, wherein the location management server further provides an interface for accessing the manager terminal to set the surveillance area and the sector area within the surveillance area, and further acquires characteristic information of the monitored person to obtain a harmful or dangerous area. After obtaining the standard for the facility, the POI of the POI (Point Of Information) database that can be provided or linked to is identified, and the location information of the POI corresponding to the location of the monitored person is used to determine abnormal behavior. Based behavior monitoring system.
The method of claim 1, wherein the location management server warns the location determination terminal of the possibility of determining the abnormal behavior when determining the abnormal behavior and informs the administrator of the abnormal behavior when disregarding it. Location-based behavior monitoring system.
The method of claim 1, wherein the camera management server comprises at least one of a camera management server for managing the surveillance cameras installed in a specific surveillance area, and a management server for managing the surveillance cameras are installed on a street road based on a continuous road. Location information based behavior monitoring system.
The method according to claim 1, wherein the location management server further comprises a broadcast interlocking unit for transmitting the tracking information of the positioning terminal and the video information of the interlocking monitoring camera to one or more types of digital broadcaster headend server according to the received authentication monitor information. Location information based behavior monitoring system.
A positioning terminal for carrying the monitored person and providing monitoring related information including location information;
Receiving monitoring related information provided by the positioning terminal through at least one communication network, generating location tracking information of the monitored person and identifying a harmful or dangerous POI for the monitored person in a linkable POI database based on the tracking information. Position information-based behavior monitoring system comprising a location management server to determine whether the abnormal behavior of the monitored.

Images