Technical field
[0001]
　The present invention is a communication system, the management apparatus, a communication terminal, a communication control method, a sensor information transmitting method and a program, in particular a communication system that performs control using the sensor information, the management device, a communication terminal, a communication control method, sensor information transmitting method and a program.
Background technique
[0002]
　In recent years, smart phones have spread rapidly, many users are using a smart phone. In addition, many users, carry a smart phone, it can also be seen case you are using a smartphone while moving. Here, manners of the user to use the smartphone is problematic. Furthermore, it is also possible to cause the contact to fall and people or objects of the user is seen as a problem. For example, a user is, if you use a smart phone while riding in while or bicycle walks, the user's attention is attracted to the screen of a smart phone, the user's field of view is narrowed. Therefore, the user to use the smartphone may also happen to fall or be in contact with it and the vehicle in contact with people around. In recent years, such a poor or negligence of the user of manners, such as using a smart phone while riding in while walking or bicycle is a social problem.
[0003]
　Therefore, in Non-Patent Document 1, when it is detected that you are using the smart phone while the user is walking, it is disclosed that displays a warning screen on the screen of the smartphone. Specifically, applications installed on the smartphone, detects that you are using a smartphone while users walking, further discloses that performs control to display a warning screen on the screen of the smartphone. Incidentally, when an application detects a walking stop, a warning screen is also described automatically disappear.
CITATION
Non-Patent Document
[0004]
Non-Patent Document 1: walk smartphone Note app, [online], [2015 February 25, 2009 search], Internet
Summary of the Invention
Problems that the Invention is to Solve
[0005]
　However, Non-Patent Document 1, applications installed on the smartphone, detects the act of the user using a smartphone while walking, further, it is realized that a warning screen. Therefore, if the user stops the operation of uninstall or application of the application from the smartphone to detect the act of using a smart phone while a user is walking, further, there is a problem that it is not possible to display a warning screen.
[0006]
　An object of the present invention, the act of the user using the communication terminal while moving, communication system can be stopped regardless of the user's intention, the management device, a communication terminal, a communication control method, the sensor information transmitting method and a program It is to provide.
Means for Solving the Problems
[0007]
　First communication system according to an aspect of the present invention is a communication system comprising a core network apparatus which is arranged in the core network, and a management device for communicating with the core network device, the management device, communication a receiver for receiving the sensor information detected in the terminal via the core network, and a determination section for determining whether or not indicating that the sensor information is moving the communication terminal, wherein the sensor information the If the communication terminal is determined to indicate that it is moving, it has a transmission section that transmits information for instructing to stop the communication related to the communication terminal to the core network apparatus, the core network device When receiving the information for instructing to stop the communication related to the communication terminal, it transmits and the communication data to the communication terminal A communication control unit to stop transmitting the data transmitted from end to another communication device, and has a.
[0008]
　Such management device to a second aspect of the present invention, the sensor information detected in the communication terminal, indicating a receiving unit that receives via the core network, said sensor information the communication terminal is moving the a core network device located in the core network, to the core network apparatus for controlling communication of data related to said communication terminal, a transmission unit that transmits information for instructing to stop the communication related to the communication terminal and, those with a.
[0009]
　Communication terminal according to the third aspect of the present invention determines to stop communication for a communication terminal in the mobile using the sensor information, a determination result to a core network device located in the core network, to the management apparatus to be transmitted to a core network apparatus for controlling communication relating to the communication terminal, the sensor information detected in its own device, the communication unit to be transmitted through the core network, but with a.
[0010]
　Communication control method according to the fourth aspect of the present invention, the sensor information detected in the communication terminal, received via a core network, wherein the sensor information is the communication terminal whether show that moving determine, when the sensor information is determined to indicate that the communication terminal is moving, a core network apparatus which is disposed within the core network, controls the communication of data relating to the communication terminal the to the core network device, and transmits the information for instructing to stop the communication related to the communication terminal.
[0011]
　Sensor information transmitting method according to a fifth aspect of the present invention determines to stop communication for a communication terminal in the mobile using the sensor information, a judgment result in core network device located in the core network Te, to the management apparatus to be transmitted to a core network apparatus for controlling communication relating to the communication terminal, the sensor information detected in its own device, and transmits via the core network.
[0012]
　Program according to a sixth aspect of the present invention, determine the sensor information detected in the communication terminal, received via a core network, whether indicating that the sensor information is moving the communication terminal and, when the sensor information is determined to indicate that the communication terminal is moving, a core network apparatus which is disposed within the core network, the core network for controlling the communication of data relating to the communication terminal to the device it is intended to execute the transmitting information for instructing to stop the communication related to the communication terminal to the computer.
Effect of the invention
[0013]
　The present invention, the act of the user using the communication terminal while moving, communication system can be stopped regardless of the user's intention, the management device, communication terminal, to provide a communication control method, sensor information transmission method and a program be able to.
BRIEF DESCRIPTION OF THE DRAWINGS
[0014]
FIG. 1 is a configuration diagram of a communication system in the first embodiment.
FIG. 2 is a configuration diagram of a communication system according to the second embodiment.
3 is a block diagram of a UE according to the second embodiment.
4 is a diagram showing the flow of Attach processing according to the second embodiment.
5 is a diagram showing the flow of event measurement starting process according to the second embodiment.
6 is a diagram showing the flow of event detection process according to the second embodiment.
7 is a diagram showing a flow of a process of stopping the communication for the UE according to the second embodiment.
8 is a diagram showing a flow of process of stopping the communication for the UE according to the second embodiment.
9 is a configuration diagram of a communication system to the second embodiment.
DESCRIPTION OF THE INVENTION
[0015]
　(Embodiment 1)
　Hereinafter, with reference to the drawings will be described embodiments of the present invention. First, a configuration example of a communication system according to a first embodiment of the present invention will be described with reference to FIG. Communication system of FIG. 1, the management apparatus 10, and a core network device 20 and the communication terminal 40. Core network apparatus 20 is disposed in the core network 30.
[0016]
　Communication terminal 40 is a mobile phone or may be a smart phone, etc., may be M2M (Machine to Machine) terminal for autonomously communicate regardless of the operation by the user or the like.
[0017]
　The core network 30 is, for example, a network which the mobile communication carrier to manage, it may be a network formed by the node apparatus for use in call processing control. Also, core network apparatus 20 may be a node device constituting a core network 30.
[0018]
　The management device 10 communicates with the core network device 20. Management device 10, for example, may communicate with a core network apparatus 20 via the interface protocol defined in advance to be used for communication.
[0019]
　Next, a configuration example of the management apparatus 10. Management device 10 may be a computer system that operates by the processor executing the program stored in the memory. Further, the management device 10 may be a server device.
[0020]
　Management apparatus 10 includes a receiving unit 11, transmitting unit 12 and the judging unit 13. Receiving unit 11, transmitting unit 12 and the judging unit 13 may be a software or module process is executed by the processor executing the program. The receiving unit 11, transmitting unit 12 and the judging unit 13 may be configured by a circuit or the like.
[0021]
　Receiving unit 11, a sensor information detected in the communication terminal 40 receives, via the core network 30. For example, the receiving unit 11 receives the sensor information detected in the communication terminal 40 as user data. The user data may be referred to as U (User) -plane data. And received via the core network 30, in the core network 30 may be that received via the core network apparatus 20 which is used to transmit user data.
[0022]
　Determining unit 13, sensor information, and determines whether or not indicating that the communication terminal 40 is moving. Sensor information, for example, may be a GPS information indicating the position of the user who holds the communication terminal 40 may be a speed information indicating the moving speed of the user. For example, the determination unit 13, the position indicated by the GPS (Global Positioning System) information is, the position indicated by the GPS information received last time, if a predetermined distance, the communication terminal 40 moves it may be determined as indicating that you are. Or, the determination unit 13, information indicated by the speed information, indicating the value of a predetermined speed or higher, it may be determined that indicates that the communication terminal 40 is moving.
[0023]
　Transmission unit 12, the sensor information received by the reception section 11, indicating that the communication terminal 40 is moving, and transmits the information for instructing to stop the communication related to the communication terminal 40 to the core network device 20. Communication related to the communication terminal 40, for example, may be a voice communication for transmitting and receiving voice data, may be in data communication for transmitting and receiving text information, image information or moving image information and the like.
[0024]
　Next, a configuration example of the core network device 20. The core network device 20 includes a communication control unit 21 and the communication unit 22. The term communication unit may be referred to as a transceiver unit. The communication control unit 21, via the communication unit 22 receives information for instructing to stop the communication related to the communication terminal 40 from the management device 10. The communication control unit 21 receives the information for instructing to stop the communication related to the communication terminal 40, it transmits the data transmitted that transmits the data to the communication terminal 40 and the communication terminal 40 to another communication device a stop.
[0025]
　For example, the communication control unit 21, when the communication terminal 40 receives the data addressed may be discarded or discards the received data, when receiving the data to the communication terminal 40 as a transmission source, the received data it may be discarded or discarded.
[0026]
　As described above, by using the communication system of FIG. 1, the management apparatus 10 and the core network 30 can be prevented from continuing the communication of the communication terminal 40 is moving. The communication terminal 40 is caused to stop transmitting data to a communication terminal 40 by the core network 30. That is, the communication terminal 40 is caused to stop transmitting data to a communication terminal 40 by the control of the network side. Therefore, the communication related to the communication terminal 40 is stopped regardless of the intention of the user who operates the communication terminal 40. From this, it is possible to stop regardless of the action the user to operate the communication terminal 40 while moving in the user's intention.
[0027]
　(Second Embodiment)
　Subsequently, a configuration example of a communication system according to Embodiment 2 of the present invention will be described with reference to FIG. Communication system of Figure 2, UE (User Equipment) 51, eNB (evolved NodeB) 52, MME (Mobility Management Entity) 53, SGW (Serving Gateway) 54, PGW (Packet Data Network Gateway) 55, HSS (Home Subscriber Server ) 56, and a SCEF (Service Creation Environment Function) 57 , PCRF (Policy and Charging Rules Function) 58 and management server 15.
[0028]
　eNB52, MME53, SGW54, PGW55, HSS56, SCEF57 and PCRF58 constitute EPS (Evolved Packet System). The management server 15 corresponds to a management device 10 of FIG. 1.
[0029]
　UE51 is a generic name of the mobile communication terminal in 3GPP (3rd Generation Partnership Project). UE51 corresponds to the communication terminal 40 of FIG. 1. eNB52 is a base station apparatus compatible the LTE (Long Term Evolution) is a wireless communication system defined in 3GPP.
[0030]
　MME53 is a node device which controls the call processing related UE51. Specifically, MME53 selects SGW54 and PGW55 used when UE51 communicate. Further, MME53 acquires subscriber information of UE51 stored in HSS56, perform call processing by using the subscriber information. The data used in controlling call processing by MME53 may be referred to as control data or C (Control) -plane data.
[0031]
　SGW54 and PGW55 transmits user data relating to UE51. The user data may be referred to as a U-Plane data. HSS56 manages subscriber data relating to a plurality of UE including UE51.
[0032]
　SCEF57, when executing the service management server 15 or the like is required is a device that executes an authentication process concerning the management server 15. PCRF58 is a device that performs the policy control or charging control in EPS.
[0033]
　The operator service network 61 is a network constituted by a node apparatus that performs a service that operators or the like which manages the EPS provides. For example, service operators, etc. are provided, it may be an IMS (IP Multimedia Subsystem) that performs call control for voice communication. Node device constituting an IMS, for example, may be a CSCF (Call Session Control Function) and the like.
[0034]
　External service network 62, EPS with a different network, it may be a so-called Internet. Or, the external service network 62 may be a network of different communication operators to manage the communication carrier that manages the EPS.
[0035]
　Subsequently, with reference to FIG. 3, illustrating an example of the configuration of UE51. UE51, the processor may be a computer device that processes by executing a program stored in the memory is executed. UE51 is gravity Gyro sensor 71, the speed and acceleration sensor 72, a positioning device 73, and a background noise sensor 74, the behavior monitoring application 75, the screen control unit 76 and a communication unit 77. Behavior monitoring application 75, the screen control unit 76 and the communication unit 77, the processor may be a software or module processing is performed by executing a program stored in the memory. Screen control unit 76 and the communication unit 77 may be configured by the circuit.
[0036]
　Gravity gyro sensor 71, for example, the inclination of the UE51, vibration, a sensor for detecting the rotation or the like. Speed ​​and acceleration sensor 72 is, for example, a sensor for detecting a moving speed of UE51. Positioning device 73, for example, a sensor that measures the position of the UE51 using GPS. Background noise sensor 74 is, for example, a sensor for detecting a voice flowing around the UE51.
[0037]
　Gravity gyro sensor 71, the speed and acceleration sensor 72, the positioning device 73 and the background noise sensor 74 outputs the detected sensor information to the behavior monitoring application 75.
[0038]
　Behavior monitoring application 75 analyzes the sensor information received, to identify the behavior of UE51. For example, the behavior monitoring application 75 uses the information output from the gravitational gyro sensor 71, or vibration is detected during walking, it may analyze the vibrations detected when riding a bicycle. Further, the behavior monitoring application 75 includes information about the moving speed outputted from the speed and acceleration sensor 72, by using the information about the vibration output from the gravitational gyro sensor 71, a user walking holding the UE51 whether riding a bicycle or in that may be identified.
[0039]
　Further, the behavior monitoring application 75 analyzes the information relating to audio output from the background noise sensor 74 may estimate the situation in the vicinity of the UE51. For example, the sound output from the background noise sensor 74, if it contains announcement periodically station name, a user holds the UE51 may be presumed to be moving by train.
[0040]
　Behavior monitoring application 75, the sensor information output from the analysis information or the various sensors to the management server 15 via the communication unit 77.
[0041]
　Screen control unit 76, the analysis of the behavior monitoring application 75, the user holding the UE51, when it is necessary to notify such cessation of use of UE51, and displays a warning message on the screen of UE51.
[0042]
　Communication unit 77, by performing wireless communication between the ENB52, to transmit and receive data. For example, the communication unit 77 transmits to the management server 15 via the EPS behavior monitoring application 75 is output from the analysis information or sensor information, and the like. Communication unit 77, between the ENB52, may perform radio communication using the LTE as the communication method.
[0043]
　Subsequently, the flow of Attach processing according to the second embodiment of the present invention will be described with reference to FIG. First, UE51 is like when the power is shifted to the ON state, the Attach Request message to the MME53 through the eNB52 (S11). Then, MME53, in order to obtain the subscriber information relating to UE51, sends the Update the Location Request message to the HSS56 (S12).
[0044]
　Then, HSS56 as a response to the Update the Location Request message, transmits the Update the Location Ack message to MME53 (S13). HSS56 is the Update the Location Ack message, sets the connectable to the management server 15 APN (Access Point Name) information.
[0045]
　Then, MME53 selects SGW54 and PGW55 relays user data relating to UE51, sends a the Create Session Request message to SGW54 (S14). Furthermore, SGW54 sends the Create Session Request message received to PGW55 (S14).
[0046]
　Then, PGW55, in between the PCRF58, processing for setting QoS (Quality of Service) of applying the data transmissions for UE51 (S15). In other words, PGW55, in between the PCRF58, negotiate processing for determining the QoS value to be applied in the data transmission relating to UE51.
[0047]
　Then, PGW55 as a response to the Create Session Request message and sends the Create Session Response message to the SGW54 (S16). Furthermore, SGW54 sends the Create Session Response message received to MME53 (S16).
[0048]
　Next, MME53, eNB52 and UE51 performs the wireless setting process between the UE51 and eNB52 (S17). MME53 in a wireless setting process in step S17, the APN information that can be connected to the management server 15 received in step S13 may be notified to UE51. Then, MME53 completes the wireless setting process between UE51 and ENB52, sends a Modify Bearer Request message to the SGW54 (S18). Then, SGW54 as a response to the Modify Bearer Request message, transmits a Modify Bearer Response message to the MME53 (S19).
[0049]
　Step S11 by executing the processes up to ~ S19, path or tunnel for transmitting and receiving user data is established between the UE51 and PGW55. Therefore, UE51 is in a state capable of communicating with the management server 15 via the PGW55 (S20). For example, UE51 can process up to step S11 ~ S19 is after being performed, to the management server 15 via the EPS analysis information generated or sensor information, etc. In the behavior monitoring application 75.
[0050]
　In FIG. 4, UE51 but has been described the flow of the Attach process for allowing the communication between the management server 15, UE51 is also carried out in the same manner for processing to enable the IMS or Internet communications, etc. it may be. Or, shown in Figure 4, by performing the Attach process for communicating allow between UE51 management server 15, it may be enabled IMS or internet communication and the like at the same time.
[0051]
　Subsequently, the flow of event measurement starting process according to the second embodiment of the present invention will be described with reference to FIG. In this figure, it utilizes Monitoring processing of the terminal that is described in 3GPP TR23.789 V1.0.0 (2014-12) 6.3. In this figure, the management server 15, a description is given of the flow of pre-processing for detecting the use of UE51 during walking by a user to hold the UE51.
[0052]
　First, the management server 15 to request to EPS that UE51 monitors whether is walking, sends a Monitoring Request message to SCEF57 (S31). Then, SCEF57 as monitoring the content of the UE51, for example, transmits the Submit Request message for instructing to monitor changes in the position information of the UE51 to MME53 (S32). SCEF57 is a Submit Request message, may be transmitted to the MME53 through HSS56. Then, SCEF57 as a reply to the Monitoring Request message and sends Monitoring Response message to the management server 15 (S33). Then, MME53 as a reply to the Submit Request message, transmits the Submit Response message to the SCEF57 (S34).
[0053]
　Then, MME53 receives the Submit Request message, initiates an event measurements on UE51 (S35). The event measurement, for example, may be to monitor whether UE51 is moving. For example, by UE51 change in Global Cell ID that visited, TA MME53 the change of (Tracking Area) changes or RA (Routing Area) detects may detect the movement of the UE51. That is, by event measurement is started in step S35, MME53 monitors whether the position of the UE51 is changing.
[0054]
　Subsequently, the flow of event detection processing according to the second embodiment of the present invention will be described with reference to FIG. First, MME53 a change in the Global Cell ID, the change of the change or RA of the TA, to detect an event that the UE51 has moved (S41). Then, MME53 detects an event that the UE51 has moved, sends a Event Report message set the detection result of the event to the SCEF57 (S42). MME53 is the Event Report messages may be sent to the SCEF57 through HSS56. Then, SCEF57 transmits to the management server 15 an Event Report messages sent from MME53 (S43).
[0055]
　Subsequently, the flow of process of stopping the communication related UE51 according to the second embodiment of the present invention will be described with reference to FIG. First, the management server 15, the detection result of the event transmitted from SCEF57, further, in step S20 in FIG. 4, after a communication enabled state with UE51, using analytical results of sensor information transmitted from the UE51 It decides to stop communication for UE51 (S51). For example, the management server 15 are shown to be walking in the analysis result of the sensor information transmitted from the UE51, further, when the movement of the UE51 also in the detection result of the events sent was confirmed from SCEF57, user holding the UE51 is determined to be walking, it may decide to stop communication for UE51 (Suspend).
[0056]
　For example, the management server 15, although the movement of the UE51 is confirmed in the detection result of the event transmitted from SCEF57, if shown to be moving by train in the analysis result of the sensor information transmitted from the UE51 , it may decide to continue the communication concerning UE51.
[0057]
　Next, the management server 15 transmits the Suspend Request message for instructing to stop communication for UE51 to SCEF57 (S52). Management server 15, for example, may determine the communication to stop the APN units UE51 connects, and determines the communication to stop the service flow units identified by source and destination IP address or port number, etc. it may be. The management server 15, the APN or service flow to be communication stop setting the Suspend Request message (S52).
[0058]
　For example, the management server 15, for the voice communication is IMS as APN specified, not the subject of the system switch, when the external service network 62 is designated as APN, may stop the communication. In other words, a user may be excluded from the communication stop interest in voice communication can be secured field.
[0059]
　The management server 15 may determine whether to permit communication for UE51 according to the time zone. For example, the management server 15, 9:00 - 12:00 corresponding to the work time or teaching time of the user, in the 13:00 am to 17, it may decide to stop (Suspend) communication for UE51. Further, the management server 15, whether or not to stop communication for UE51, may combine certain criteria.
[0060]
　Then, SCEF57 sends a Suspend Request message APN or service flow to be communication stop is set to PCRF58 (S53). SCEF57, when PCRF58 controlling the APN to be communication stop there are a plurality, may send a Suspend Request message to a plurality of PCRF58. Then, PCRF58 sends a PCC rule provisioning message set the APN or service flow to be set communication stopped Suspend Request message received to PGW55 (S54). PCRF58, when PGW55 controlling the APN to be communication stop there are a plurality, may transmit the PCC rule provisioning message to multiple PGW55.
[0061]
　Then, PGW55 as a response to the PCC rule provisioning message, and transmits the Ack message to the PCRF58 (S55). Then, PCRF58 transmits a Response message to the SCEF57 as a response to the Suspend Request message (S56). Then, SCEF57 transmits a Response message to the management server 15 as a response to the Suspend Request message (S57).
[0062]
　PGW55 stops communication corresponding to the APN or service flow to be set communication stopped PCC rule provisioning message received at step S54.
[0063]
　Further, in FIG. 7, the management server 15, after stopping the communication relating to UE51, has been described an example of transmitting a Suspend Request message to SCEF57, the management server 15 relates UE51 which is stopped in step S51 it may decide to resume the communication (resume). In this case, the management server 15 transmits a Resume Request message to SCEF57, SCEF57 also sends a Resume Request message to PCRF58.
[0064]
　Also, Suspend Request message and Resume Request message is transmitted and received between the management server 15 and PCRF58 may QoS Request message is used as specified in 3GPP.
[0065]
　Having described the flow of the process of stopping the communication related UE51 according to the second embodiment of the present invention with reference to FIG. 7, the management server 15 in parallel with this process, the restricted state of the communication, i.e., communication stops has been whether, or the information, including whether to resume may be notified towards the UE51. User holding the UE51, through screen warning message screen control unit 76 on the basis of a notification information toward the management server 15 to UE51, can check the communication regulation state.
[0066]
　Next, description will be given of a flow of process of stopping the communication related UE51 according to the second embodiment of the present invention which is different from that of FIG. 7 with reference to FIG. 8, management server 15 illustrates a flow of processing in stop a specific service related to UE51. Particular service, for example, a voice service call control process is performed by the IMS. Further, AF (Application Function) server in FIG. 8, the servers in the IMS.
[0067]
　Step S61 ~ S63 is a detailed description thereof will be omitted because it is similar to that of steps S51 ~ S53 of FIG. 7. Further, in the step S62 and S63, as an APN to be communication stop, and IMS is specified.
[0068]
　PCRF58 receives the Suspend Request message from SCEF57, to AF server is a server that constitutes the IMS to be communication stop, sends a Suspend Notification message (S64). Next, AF server sends an Ack message to PCRF58 response to Suspend Notification message (S65). Then, PCRF58 transmits a Response message to the SCEF57 as a response to the Suspend Request message (S66). Then, SCEF57 transmits a Response message to the management server 15 as a response to the Suspend Request message (S67).
[0069]
　AF server stops the communication to be set communication stopped Suspend For notification message received in step S64. For example, AF If the server decides to stop the voice communication, to callers, and indicates that it is callee UE51 is currently moving, to select whether or not to continue the transmission process messages may be transmitted.
[0070]
　Further, in FIG. 8, similarly to FIG. 7, the process of restarting (Resume) communication for UE51 being stopped may be performed. In this case, in step S62 and S63, Resume Request message is sent. In Step S64, Resume For notification message is sent.
[0071]
　Having described the flow of the process of stopping the communication related UE51 according to the second embodiment of the present invention with reference to FIG. 8, the management server 15 in parallel with this process, the restricted state of the communication, i.e., communication stops has been whether, or the information, including whether to resume may be notified towards the UE51. User holding the UE51, through screen warning message screen control unit 76 on the basis of a notification information toward the management server 15 to UE51, can check the communication regulation state.
[0072]
　As described above, by using the communication system of FIG. 2, the management server 15, UE51 is walking using analytical information generated in the event information and UE51 transmitted from network defined in 3GPP whether to detect, it is possible to stop communication for UE51.
[0073]
　Further, in the second embodiment, by using the analysis information generated by the event information and UE51 detected in EPS, as compared with the first embodiment, it is possible to analyze the behavior of UE51 in detail.
[0074]
　The management server 15 can be resumed UE stopping the communication. From this, it is possible to stop and control to restart the communication of UE, and controlled by the network side initiative.
[0075]
　Further, in the second embodiment, eNB52, MME53, SGW54 and showed construction of EPS (Evolved Packet System) using PGW55, instead of EPS, RNC shown in FIG. 9 (Radio Network Controller) 81, SGSN (Serving General packet radio service Support Node) 82 and GGSN (Gateway General packet radio service Support Node) 83 network capable of accommodating a so-called third generation wireless access systems may be used to.
[0076]
　In the embodiment described above, the invention has been described as a hardware configuration, the present invention is not limited thereto. The present invention relates to a communication terminal 40 (e.g., UE51), executes a computer program managing apparatus 10 (e.g., the management server 15) or core network 30 (e.g., core network device 20) a process in, a CPU (Central Processing Unit) it is also possible to realize by.
[0077]
　In the above example, the program may be stored using a non-transitory computer readable media of various types (non-transitory computer readable medium), it can be supplied to the computer. Non-transitory computer readable media include with various types of entities (tangible storage medium). Examples of non-transitory computer readable media include magnetic storage media (such as floppy disks, magnetic tape, hard disk drive), magneto-optical recording medium (e.g. optical disk), CD-ROM (Read Only Memory), CD-R, CD-R / W, a semiconductor memory (e.g., a mask ROM, PROM (Programmable ROM), EPROM (Erasable PROM), flash ROM, RAM (Random Access memory)) includes a. The program may be provided to a computer using a temporary computer readable media of various types (transitory computer readable medium). Examples of transitory computer readable media include electric signals, optical signals, and electromagnetic waves. Transitory computer readable media, wired communication path such as electrical wires and optical fibers, or via a wireless communication path can provide the program to a computer.
[0078]
　The present invention is not limited to the above embodiments, but can be appropriately changed without departing from the spirit.
[0079]
　Although the present invention has been described with reference to the embodiments, the present invention is not limited by the foregoing. Configuration and details of the present invention, it is possible to make various modifications that those skilled in the art can understand within the scope of the invention.
[0080]
　This application claims priority based on Japanese Patent Application No. 2015-057346 filed on March 20, 2015, the entire disclosure of which is incorporated herein.
DESCRIPTION OF SYMBOLS
[0081]
　10 managing device
　11 receiving unit
　12 transmitting unit
　13 determination unit
　15 the management server
　20 core network apparatus
　21 communication control unit
　22 communication unit
　30 the core network
　40 communication terminal
　51 UE
　52 eNB
　53 MME
　54 SGW
　55 PGW
　56 HSS
　57 SCEF
　58 PCRF
　61 operator service network
　62 external service network
　71 gravity gyro sensor
　72 speed and acceleration sensor
　73 positioning apparatus
　74 the background noise sensor
　75 behavior monitoring application
　76 screen control unit
　77 communication unit
　81 RNC
　82 SGSN
　83 GGSN

The scope of the claims
[Claim 1]
　And the core network device located in the core network, a communication system and a management device for communicating with the core network device,
　the management device,
　the sensor information detected in the communication terminal via the core network receiving means for receiving Te, the sensor information is the communication terminal is determined and determining means for determining whether or not indicating that it is moving, to indicate that the sensor information is moving the communication terminal If, anda transmitting means for transmitting information for instructing to stop the communication related to the communication terminal to the core network apparatus,
　the core network device
　instructs to stop the communication related to the communication terminal Upon receiving the information, the possible transmitting the data to the communication terminal and data of other communication instrumentation transmitted from the communication terminal Having a communication control means stops transmitting to the communication system.
[Claim 2]
　The management device includes
　an information storage unit for storing the conditions used to determine whether to stop the communication related to the communication terminal,
　the sensor information and monitoring information of the communication terminal transmitted from the core network device At least one further comprises a determining means for determining whether or not to stop the communication related to the communication terminal in response to satisfy the condition whether stored in said information storing means, according to claim 1 Communications system.
[Claim 3]
　Said determination means,
　in a state where the communication related to the communication terminal is stopped, does not satisfy the condition in which the monitoring information of the communication terminal transmitted from the sensor information and the core network apparatus is stored in said information storing means If resume communication for the communication terminal, a communication system according to claim 2.
[Claim 4]
　It said determination means,
　the communication system according determines, in any one of claims 2 or 3 whether or not to stop the communication to the APN (Access Point Name) unit or service flow basis by the communication terminal is connected.
[Claim 5]
　The sensor information detected in the communication terminal, receiving means for receiving via the core network,
　to indicate that said sensor information is moving the communication terminal, the core network device disposed within the core network there are, said to the core network apparatus for controlling communication of data related to a communication terminal, said transmission means for transmitting information for instructing to stop communication for a communication terminal, the management device comprising a.
[Claim 6]
　Wherein the information storage means for storing a condition used to determine whether to stop communication for a communication terminal,
　at least one of the sensor information and monitoring information of the communication terminal transmitted from the core network apparatus, wherein further comprising, determining means for determining whether or not to stop the communication related to the communication terminal depending on whether or not the condition stored in the information storage unit, the management apparatus according to claim 5.
[Claim 7]
　Said determination means,
　in a state where the communication related to the communication terminal is stopped, does not satisfy the condition in which the monitoring information of the communication terminal transmitted from the sensor information and the core network apparatus is stored in said information storing means If resume communication for the communication terminal, the management apparatus according to claim 6.
[8.]
　Said determination means,
　said communication terminal APN (Access Point Name) to connect it determines whether to stop the communication unit or service flow basis, the management apparatus according to any one of claims 6 or 7.
[Claim 9]
　It determines to stop communication for a communication terminal in the mobile using the sensor information, a determination result to a core network device located in the core network, transmitting to the core network apparatus for controlling communication relating to the communication terminal communication terminal having the management device, the sensor information detected in its own device, communication means for transmitting through the core network, a to.
[Claim 10]
　The sensor information detected in the communication terminal, received via a core network,
　wherein the sensor information to determine whether indicating that the communication terminal is moving,
　the sensor information to move the said communication terminal when it is determined to indicate that is, a core network apparatus which is disposed within the core network, to the core network apparatus for controlling communication of data related to said communication terminal, to stop the communication related to the communication terminal transmitting information indicating communication control method.
[Claim 11]
　It determines to stop communication for a communication terminal in the mobile using the sensor information, a determination result to a core network device located in the core network, transmitting to the core network apparatus for controlling communication relating to the communication terminal the management apparatus, the sensor information detected in its own device, transmits via the core network, the sensor information transmitting method.
[Claim 12]
　The sensor information detected in the communication terminal, received via a core network,
　wherein the sensor information to determine whether indicating that the communication terminal is moving, the sensor information to move the said communication terminal when it is determined to indicate that is, a core network apparatus which is disposed within the core network, to the core network apparatus for controlling communication of data related to said communication terminal, to stop the communication related to the communication terminal non-transitory computer readable medium which stores a program for executing the sending to the computer with information that directs.
[Claim 13]
　It determines to stop communication for a communication terminal in the mobile using the sensor information, a determination result to a core network device located in the core network, transmitting to the core network apparatus for controlling communication relating to the communication terminal the management apparatus, the sensor information detected in its own device, a non-transitory computer readable medium having a program stored thereon to perform the transmission via the core network to the computer.