KR100429566B1 - System capable of public and private mobile communication service and service apparatus therefor - Google Patents

Abstract

The present invention provides a plurality of mobile terminals, at least one mobile switching center, a plurality of public network base station control stations connected to each of the mobile switching stations, and a plurality of mobile communication base stations connected to each of the base station control stations to form a public dedicated cell area. A public and private communication system for providing public and private communication services in connection with a public mobile communication network (PLMN) including a public network base station, the public and private communication service apparatus connected to any one of the plurality of public network base station control stations, And at least one private base station connected to the public and private communication service device to form a public and private shared cell area, wherein the public and private communication service device provides a service requested by any one of the plurality of terminals. If the received message is for a public mobile communication service, If it passed transparently (transparently) the message and the message that the received message, the private mobile communication service provides a wireless connection for a private exchange service corresponding.

Description

Public and private mobile communication systems and their service devices {SYSTEM CAPABLE OF PUBLIC AND PRIVATE MOBILE COMMUNICATION SERVICE AND SERVICE APPARATUS THEREFOR}

The present invention relates to a mobile communication system, and more particularly, to a communication system and a service apparatus capable of providing both a public service and a private mobile communication service.

In general, a mobile communication network may be classified into a public mobile communication network and a private (or outdoor) mobile communication network, and the two networks may not be interoperable. That is, the mobile communication systems are designed or implemented to be a public mobile communication service or only a private mobile communication service, so that a mobile subscriber registered in each network can receive a service only from a registered network. Therefore, a mobile subscriber registered in a public mobile communication network cannot receive a private mobile communication service, and likewise, a mobile subscriber registered in a private mobile communication network cannot receive a public mobile communication service. Accordingly, it has been desired that a mobile subscriber can be provided with a public and private mobile communication service in one mobile terminal.

Accordingly, an object of the present invention is to provide a system capable of performing both public and private mobile communication services.

Another object of the present invention is to provide a system for providing a public and private mobile communication services and wired and wireless combined communication services.

Still another object of the present invention is to provide a system capable of receiving both public and private mobile communication services in one mobile terminal.

Still another object of the present invention is to provide a public and private communication service apparatus capable of registering a service and registering a location in a public and private mobile communication service capable system.

It is still another object of the present invention to provide a public and private communication service apparatus capable of simultaneously providing a mobile terminal call ring service with a wired terminal call ring service in a public and private mobile communication service capable system.

In accordance with the above object, the present invention provides a plurality of mobile terminals, at least one mobile switching center, a plurality of public network base station control stations connected to each of the mobile switching stations, and a public dedicated cell connected to each of the base station control stations. A public and private communication system for providing public and private communication services in connection with a public mobile communication network (PLMN) including a plurality of public network base stations forming an area, the public and private communication systems connected to any one of the plurality of public network base station control stations; A private communication service device, and at least one private base station connected to the public and private communication service devices to form a public and private shared cell area, wherein the public and private communication service devices may include any one of the plurality of terminals. The message received for the service requested by the terminal is a message for the public mobile communication service. In the case of the transmission transparently (transparently) the message and the message is a private mobile communication service message is received if there provides a wireless connection for a private exchange service corresponding.

1 is a block diagram illustrating a concept of a public and private mobile communication service according to an embodiment of the present invention;

FIG. 2 is a more detailed configuration diagram related to the public / private communication service device 12 and pBTS 8-k of FIG. 1;

3 is a block diagram illustrating the structure of FIG. 2;

4 is a software block diagram of the call management device 50 of FIG.

5 is an example of subscriber information registered in a private mobile communication service stored in the database 76 of the pVLR 64;

6 is a view for explaining a location registration service in the public / private communication service device 12;

7 is a view for explaining an example of a wired / wireless hybrid service in the public / private communication service device 12;

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be noted that the same elements in the figures are denoted by the same reference numerals or the same reference signs wherever possible. In addition, detailed descriptions of well-known functions and configurations that may unnecessarily obscure the subject matter of the present invention will be omitted.

1 is a block diagram illustrating a concept of a public and private mobile communication service according to an embodiment of the present invention. In an embodiment of the present invention, as shown in FIG. 1 to provide a public and private mobile communication service, a public / private shared cell area 14, which is a public and private shared communication service area, is provided. The public / private communication service device 12 is provided. The public / private shared cell area 14 is preferably defined to benefit a particular group of communications services. For example, if a particular company is using one building, the area to which the building belongs may be designated as the public / private shared cell area 14. Determining the public / private shared cell area 14 is preferably done in consultation with a public telecommunication service provider. This is for the private base station (private BTS) 8-k in the public / private shared cell area 14 to be recognized as a public base station from the perspective of a public mobile communication system. In the present specification, a base station (BTS) belonging to a public mobile communication system, that is, the BTSs 6-1, 6-k, and 8-1 shown as an example in FIG. 1 and a public / private shared cell area In order to distinguish the private base station 8-k at 14, the private base station 8-k is referred to as " pBTS (private BTS). The pBTS 8-k is a public / private shared cell area 14 BSC of the public mobile communication system through the public / private communication service device 12, and performs functions to configure a wireless communication path and manage radio resources with the MS 24 belonging to The public / private communication service device 12 is connected to the BSC (4-m), the PSTN / ISDN (16), and the IP network (Internet Protocol Network) 18 of the public mobile communication system. The public / private communication service device 12 is connected to MSs in which the public mobile communication service and the private mobile communication service are located in the public / private shared cell area 14, for example, the MS of FIG. Performs a mobile communication service to be selectively provided to the 24. If the MS 24 is registered in the public / private communication service device 12 to receive a private mobile communication service, the MS 24 Not only the public mobile communication service but also the private mobile communication service may be provided, but if the private mobile communication service registration for the MS 24 is not in the public / private communication service device 12, the MS ( 24 may be provided with only a public mobile communication service, and the public / private communication service device 12 also performs a wired communication service with the PSTN / ISDN 16 and the IP network 18.

On the other hand, a public mobile communication network is commonly referred to as a public land mobile network (PLMN), and an example configuration of the public mobile communication system is shown in FIG. 1, wherein a plurality of mobile switching centers (MSCs) ( 2-1, .., 2-n), a plurality of base station controllers (BSC: 4-1, .., 4-m), a plurality of base stations (BTSs) (6-1, .., 6-k, 8-1, .., 8-k), Mobile Stations (MS) (20,22), and HLR / VLR (Home Location Register / Visitor Location) Register) 10. Each of the plurality of MSCs 2-1, .. 2-2-n is connected with a plurality of BSCs 4-1, .. 4-m, and a plurality of BSCs 4-1 ,. 4-m) A plurality of BTSs 6-1, ..., 6-k, 8-1, ..., 8-k are connected to each other. In particular, pBTS (8-k) is connected as one of a plurality of BTS (8-1, ..., 8-k) connected to the BSC (4-m) of the public mobile communication system according to an embodiment of the present invention have. Each of the plurality of MSCs 2-1, .., 2-n may connect a plurality of BSCs (eg, 4-1, .., 4-m) connected to the PSTN / ISDN (Public Switch Telephone Network / Integrated). Control access to other MSCs in the Services Digital Network) or public mobile communication network. Each of the plurality of BSCs 4-1, ..., 4-m performs radio link control and handoff functions, and each of the plurality of BTSs 6-1, ..., 6-k, 8-1,. .8-k), together with MSs 20, 22, and 24 belonging to its own communication service area, that is, its cell area, perform a function of configuring a wireless communication path and managing radio resources. In the HLR / VLR 10, the HLR performs a subscriber location registration function and a database function for storing subscriber information, and the VLR is in charge of a corresponding MSC among a plurality of MSCs 2-1, .., 2-n. It is a database that temporarily stores information of the MS existing in the cell area. If the MS moves to a cell area managed by another MSC, the information stored in the VLR is deleted. In the present specification, in order to distinguish the public / private shared cell area 14, the communication service area of the BTSs 6-1, .. 6-6-k, 8-1, .. This is called a public dedicated cell area. 1 illustrates a communication service area of a BTS 8-1 among BTSs 6-1, ..., 6-k, 8-1, ... of a public mobile communication system. 15). Typically, the public dedicated cell area 15 is much wider than the public / private shared cell area 14 that is intended to benefit a particular group of communications services.

FIG. 2 includes a more specific configuration related to the public / private communication service device 12 and pBTS 8-k of FIG. 1, and FIG. 3 is a detailed block diagram of FIG. In particular, FIG. 2 is a diagram for describing communication paths when a public mobile communication service and a private mobile communication service are provided according to an exemplary embodiment of the present invention.

First, referring to FIG. 2, the public / private communication service device 12 of FIG. 1 includes a private branch exchange (PBX) 30, a pBSC (private BSC) 40, and a call management device (CM). Call Manager) 50. The private exchange 30 includes a switch 32, an E1 interface 34, and the pBSC 40 includes a pCIN 42 and a transcoder selector bank (TSB) 44. It is to be understood that the internal configuration of the private exchange 30 and pBSC 40 of FIG. 2 is illustrated only by the components necessary to describe the communication path when providing the public mobile communication service and the private mobile communication service. The MSs 24 and 25 in FIG. 2 are located in the public / private shared cell area 14 and assume that a service is registered in the public / private service device 12 to receive a private mobile communication service. Is assumed to be in the air-only cell region 15. Under the above assumption, the communication path (i.e., the traffic channel), i.e., the MS 24, the pBTS 8-k, the pCIN 42, the TSB 44, the E1 interface 34, the switch 32 of the pBSC 40 Communication paths formed by TSB (44), pCIN (42), pBTS (8-k), and MS (25), and vice versa. One example. And communication path (i.e., traffic channel), i.e., MS 25, pBTS (8-k), pCIN (42) of pBSC (40), BSC (4-m) of PLMN (Public Land Mobile Network) 1 Communication path formed by MSC (2-1), BSC (4-m), BTS (8-1), MS (25) and the opposite direction This is an example of a route. Communication path formation for the public mobile communication service and the private mobile communication service as described above is performed by the control of the call management device 50, which is the main control device of the public / private communication service device 12.

The public / private communication service device 12 according to an embodiment of the present invention provides a wired service, an Internet Protocol (IP) terminal service, and a public and private mobile communication service. The wired service is provided by the PBX 30 of FIGS. 2 and 3, and the service between IP (Internet Protocol) terminals is provided by a gate keeper 94 of FIG. 3. The wireless call service is performed by the call management device 50 of FIGS. 2 and 3.

In FIG. 3, each of the PBX 30, the IP Network Interface board Assembly module (INIA) 46 of the pBSC 40, and the LAN Interface Module (LIM) of the call management device 50 are each a local area network (LAN) 90. ) A gatekeeper 94 is also connected to the LAN 90, and an IP terminal such as a LAN phone 92, a web phone, a personal computer (not shown in FIG. 2) is also connected to the LAN 90. do.

As shown in Figures 2 and 3, according to an embodiment of the present invention, the pBSC 40 performs a function corresponding to the BSC in the public mobile communication system, that is, radio link control, handoff functions. The main controller of the pBSC 40 will be described later in conjunction with FIG. 4, which is embedded in a software block of the call management device 50 (shown as pBSC 56 in the call management device 50 of FIG. 4). The pBSC 40 includes a private communication interconnection network (pCIN) 42. The pCIN 42 is a communication path with the call management device 50, a communication path with the BSC (4-m) of the PLMN 1, a communication path with the pBTS 8-k, and a data path between each block in the pBSC 40. To provide. That is, the pCIN 42 interprets the message type, the source address included in the received message, and the destination address and transmits the same to the corresponding device or processor. The pCIN 42 and the PLMN 1 between the BSC (4-m) and the pCIN 42 and the pBTS 8-k are connected by an E1 line. The Transcoder Selector Bank (TSB) 44 connected to the pCIN 42 of the pBSC 40 is provided for wireless service of a private mobile subscriber. The TSB 44 performs a function for matching communication data between the PBX 30 and the pBSC 40. Specifically, the TSB 44 has a 2.048 Mbps / 1.544 Mbps non-multiplexed transmission channel matching function, a vocoder function for voice coding and decoding (for example, pulse code modulation (PCM) ↔ QCELP (Qualcomm Code Excited Linear Predictive) coding)), control and voice selection for soft hand-off calls, and power control. The INIA 46 connected to the pCIN 42 of the pBSC 40 is responsible for wireless data service in the premises according to an embodiment of the present invention. It plays a role of transmitting data packet received from MS of public / private shared cell area 14 using Point to Point Protocol (PPP) server and Transmission Control Protocol / Internet Protocol (TCP / IP) to LAN 90 .

Located in the PBX 30 of FIG. 3 and connected to the switch 32 and the LAN 90 of the PBX 30, the Voice over Internet Protocol (VoIP) unit 36 includes an IP terminal such as a LAN phone 92 and a PBX. When the wired terminal (not shown in FIG. 3) connected to the 30 is interlocked by the switch 32, it serves a VoIP function.

The call management device 50 of FIG. 3 is connected to the pBSC 40 and the LAN 90. The configuration and operation of the call management device 50 will be described in more detail as follows. The call management device 50 performs a control function for a wireless call of public and private mobile communication services. At this time, the call service for the MS of the public mobile communication network controls the message to be bypassed to the public MSC. In addition, the call management device 50 performs the operation, maintenance, repair function for the radio resource. However, resource management for pBTS (8-k) is managed by the public MSC (2-1), the call management device 50 is for reference only. The call management device 50 performs a program and a PLD (Program Loaded Data) loading function of the processor controlling the pBSC resource. However, loading for pBTS (8-k) is handled by the public base station manager (BSM) (not shown). In addition, the call management device 50 controls the wired and wireless combined functions. It also supports in-house wireless short service function and performs SMS (Short Message Service) function for this. In addition, it supports a function for registering a subscriber and setting up a function of a private mobile communication network, and performs a VLR management function for a roaming function of an MS subscribed to a private mobile communication network. The call management apparatus 50 performs data communication interface (DCI) 52, pBTS Message Router (pBTMR) 54, and private BSC (pBSC) 56, as shown in FIG. , Private Mobile Switching Center (pMSC) (58), PBX Mobile Interface Controller (PMIC) (60), Short Message Service Controller (SMC) (62), Private Visitor Location Register (pVLR) (64), Wireless System Manager (WSM) ), And software blocks including a LAN Interface Module (LIM) 68. In FIG. 4, the data communication interface (DCI) 52 is an interface module for communication between the pCIN 42 of the pBSC 40 and the call management device 50. The IPC (High Capacity IPC Processor Assembly (HINA)) is an interface module. It is in charge of Inter Process Communication. pBTS Message Router (pBTMR) 54 is a module that is responsible for routing all messages that need to be processed by pBTS 8-k. More specifically, the pBTMR 54 refers to the internal router table to designate a control (signal) message path for the MS call and call service (public and private) and maintain the pBTS (8-k). Message path for maintenance service. The pBTMR 54 also communicates with the pVLR 64. The pBSC (private BSC) 56 serves as a main control unit of the pBSC 40 shown in FIG. 2 to control the pBTS 8-k. The pMSC 58 is located between the pBSC 56 and the PMIC 60 in supporting the public mobile communication network and the private mobile communication network service, and plays a role corresponding to the role of the MSC of the existing public mobile communication network. In addition, according to an embodiment of the present invention basically processes the interface for analyzing the call processing and other additional services of the subscriber and interworking with the PBX (30). More specifically, the pMSC 58 analyzes the service request of the subscriber and defines the basic strategy and processing procedure for processing it as an existing public mobile network service or a private mobile network service. . The interface with the pBSC 56 follows the processing procedure of the existing public mobile communication network, and the mutual interface uses the internal IPC. PMB (PBX Mobile Interface Controller) 60 is a module for controlling a wired or wireless composite function. The PMIC 60 is located in the public / private shared cell area 14 and is registered with private mobile communication service registered MSs such as the MS 24 shown in FIGS. 1 and 2, and the MS 25 shown in FIG. 2. This module handles call control between wired terminal devices connected to the PBX 30. The pMSC 58 does not have a direct switching role unlike the conventional MSC. This is because pMSC 58 is a software block, so there is no switch like a public MSC. Therefore, the public / private communication service device 12 of the present invention at the time of providing a private mobile communication service uses the switch 32 of the PBX 30. In an embodiment of the present invention, a module called PMIC 60 exists between pMSC 58 and PBX 30. The PMIC 60 generates a command for controlling the switch 32 of the PBX 30 according to a switch control request of the pMSC 58 and applies it to a controller (not shown) of the PBX 30. Accordingly, the control unit of the PBX 30 performs a series of switch control corresponding to the command. The Short Message Service Controller (SMC) 62 is a module that is in charge of a control function for a short message service and a Short Message Service (SMS) web server function. The private visitor location register (pVLR) 64 is a module for managing subscriber information registered for a private mobile communication service, location registration information of a private mobile communication subscriber, and information for various function services. The pVLR 64 is connected to a database 76 that stores the information. The wireless system manager (WSM) 66 is responsible for all maintenance, maintenance, and operation of the mobile communication service function provided by the public / private communication service device 12. The WSM 66 is connected with an operator console 78 for interfacing with the operator. LAN Interface Module (LIM) 68 is a module responsible for communication over LAN 90, LIM 69 shown in PMIC 60, LIM 70 shown in SMC 62, pVLR 64. LIM 72 shown in the figure, and LIM 74 shown in the WSM 66. FIG. Each of the LIMs 69, 70, 72, and 74 each has a corresponding module through an operating system (OS): PMIC 60, SMC 62, pVLR 64, WSM 66 and LAN 90. It is in charge of communication through).

As described above, in the embodiment of the present invention, programs (BSM, VLR, SMC, SMS web server, data service management device, etc.) that have been previously performed in a plurality of devices are called a call management device 50. Perform on the equipment. Accordingly, there is an advantage that the system processing efficiency can be improved by changing a complex interface into message communication between tasks under one operating system (OS). The call management apparatus 50 incorporating the above software block can use a commercial computer as a platform.

3 again, the pBTS 8-k includes a pBTS Main Controller Card (PMCC) 80, a pBTS Channel Card (PCC) 82, a Transmit Receive Interface Card (TRIC) 84, and a PRU (PRU). private BTS Radio Unit) 86. Configurations included in the pBTS 8-k are similar to those of the BTS in a general public mobile communication system and their operations will be omitted. In pBTS (8-k), PMCC 80 is a block that performs full control over pBTS (8-k), handling signaling messages related to call setup and system performance, managing hardware and software geometry, and Perform resource allocation. The PCC 82 performs baseband signal processing conforming to the radio standard. The TRIC 84 is responsible for the transmission and reception interface between the PRU 86 and the PCC 82. The PRU 86 is connected to a plurality of antennas ANT1-ANTn as a radio unit.

The public / private communication service device 12 according to an embodiment of the present invention provides a wired service, an Internet Protocol (IP) terminal service, and a public and private mobile communication service. Hereinafter, the public and private mobile communication service performed by the public / private communication service device 12 will be described in detail.

The public / private communication service device 12 provides a complex function service in connection with a wire as well as a wireless self function for MSs registered in the call management device 50. Services related to the wireless self function include call, call, call transfer, call forwarding, on-premises wireless data service, and on-premises wireless SMS. An example of a wired / wireless combined function service is a function of simultaneously ringing an incoming ring to the wired terminal and the MS when the wired terminal is called.

According to an embodiment of the present invention, the public mobile communication service and the private mobile communication service can be provided together by analyzing all messages applied to the public / private communication service device 12 to control corresponding to the public mobile communication network (signal). Message is transmitted to the public BSC transparently, and the control (signal) message corresponding to the private mobile communication network is routed to the module in the call management device 50. The module performing the role of routing is the BTMR 54 of the call management device 50. The pBTMR 54 analyzes the event message when an event such as call, call, location registration, SMS service, etc. occurs and designates a path accordingly. The pBTMR 54 includes a router table to which designated path information corresponding to each event is mapped. The pBTMR 54 transmits a message to a corresponding device and module by referring to the router table whenever each message is authorized.

First, in the embodiment of the present invention, an operation of registering a private mobile communication service in order for the MS in the public / private shared cell area 14 to receive the private mobile communication service will be described. When the operator requests registration of a private mobile communication service using the operator console 78 shown in FIG. 4, the WSM 66 displays an input screen related to the service registration on a monitor of the operator console 78. The WSM 66 displays a screen for inputting subscriber information registered for a private mobile communication service, for example, a mobile identification number (MIN), a wired terminal extension number, and a subscriber name of an MS. Can be. Accordingly, when the operator inputs the corresponding information, the WSM 55 causes the inputted information to be stored in the database 76 of the pVLR 64 as shown in FIG. 5.

Next, a location registration service operation performed by the public / private communication service device 12 according to an embodiment of the present invention will be described with reference to FIG. 6. FIG. 6 is a diagram for explaining a location registration service in the public / private communication service device 12. As shown in FIG.

In general, a location registration service in a mobile communication system includes a base station of a base station when a MS leaves a zone where the MS may be configured with at least one set of cells, when a MS is powered on or powered off. Is performed in one example, such as upon instruction. If the MS in the public / private shared cell area 14 makes a location registration request with the pBTS 8-k as in step 100 of FIG. 6, the location registration request from the MS is requested. The message is transmitted to the call management device 50 of the public / private communication service device 12 through the pBTS 8-K and pCIN 42 of the pBSC 40. The location registration request message transmitted to the call management device 50 is applied to the pBTMR 54 through the DCI 52 of the call management device 50. The pBTMR 54 transmits the location registration request message to the public BSC 4-m when the event message is the location registration request message as described above in step 102 of FIG. That is, in the router table of the pBTMR 54, when the event message is a location registration request message, routing is made so that the message goes to the public BSC (4-m). Accordingly, the location registration request message will be transmitted through the BSM (4-m) and the MSC (2-1) of the public mobile communication network to be registered in the HLR / VLR (10), in response to the public mobile communication system Transmits a location registration confirmation message to the public / private communication service device 12. The location registration confirmation message sent to the public / private communication service device 12 is authorized by the pBTMR 54 via the DCI 52. When the pBTMR 54 receives the location registration confirmation message from the public mobile communication system, as shown in step 104 of FIG. 6, the pBTMR 54 checks whether the MS requesting location registration is registered with the private mobile communication service in the pVLR 64. Ask for analysis. In step 106 of FIG. 6, the pBTMR 54 proceeds to step 108 of FIG. 6 if the MS requesting location registration is registered in the private mobile communication service. The pBTMR 54 requests location registration with the pMSC 58 via the pBSC 56 in step 108. Accordingly, the pMSC 58 registers the location requesting MS to the pVLR 64 in step 110 of FIG. 6. Location registration of the MS to the pVLR 64 is location registration that the MS capable of receiving private mobile communication service exists in the public / private shared cell area 14. After registering the location in the pVLR 64, the pMSC 58 transmits a message indicating that the private mobile communication service has been registered to the MS requesting location registration as shown in step 112 of FIG. The message is transmitted to the MS requesting location registration through pMSC 58, pBSC 56, pBTMR 54, DCI 52, pCIN 42 of pBSC 40, and pBTS 8-k. Accordingly, the MS user recognizes that his or her MS is in the public / private sharing area 14 and can receive a public mobile communication service as well as a private mobile communication service. The advantage of the private mobile communication service is that it is possible to make wireless calls in the premises without using a separate MS, that is, using an MS used in a public mobile communication network. Also, there is no charge for calls between MS subscribers in the premises. The charging is not possible because the formation of the call path in the private mobile communication service is made in the public / private communication service device 12.

It should be understood that the MS in the public / private shared cell area 14 does not receive public mobile communication service even if it is not registered with the pVLR 64. Only private mobile communication services are not available. This is because the MS in the public / private shared cell area 14 is registered in the HLR / VLR 10 of the public mobile communication system even though the MS is not registered in the pVLR 64. You can get the service.

On the other hand, the public / private communication service device 12 must distinguish whether an MS user in the public / private shared cell area 14 wants to receive a private mobile communication service or a public mobile communication service at the time of a call. do. For this purpose, when a private mobile communication service is to be provided, the MS user adds predetermined identification information for distinguishing a service to an outgoing telephone number, and the public / private communication service device 12 uses the identification information. The originating call can be distinguished whether the call requires a public mobile communication service or a private mobile communication service.

In addition, the public / private communication service device 12 determines whether the incoming call is a public mobile communication service incoming call or a private mobile communication service incoming call when a call is received, and pBTS (8-k) when a public mobile communication service incoming call is received. Bypass transparently, and if a private mobile communication service incoming call private private communication service is provided.

Finally, a function of simultaneously ringing an incoming ring to the wired terminal and the MS at the time of the call to the wired terminal, which is an example of a wired / wireless composite function service performed by the public / private communication service device 12 according to an embodiment of the present invention. It demonstrates with reference to FIG. FIG. 7 is a view for explaining a function of simultaneously ringing an incoming ring to the wired terminal and the MS when a call is made to the wired terminal, which is an example of a wired / wireless hybrid service in the public / private communication service device 12. Referring to FIG.

In order to perform a function of simultaneously ringing an incoming ring to the wired terminal and the MS at the time of the call to the wired terminal, as shown in FIG. 5, the MS registered with the wired terminal extension number and the private mobile communication service in the pVLR 64 MIN (Mobile Identification Number) must be registered. When there is a call to an extension wired terminal connected to the PBX 30, the PBX 30 is connected to the extension line through the PMIC 60 of the LAN 90 and the call management device 50, as shown in step 400 of FIG. The pMSC 58 is notified of the call to the terminal. Accordingly, as in step 402 of FIG. 7, the pMSC 58 requests the pVLR 64 to analyze whether there is a MIN corresponding to the extension number of the wired terminal. When the pVLR 64 provides the result to the pMSC 58, the pMSC 58 determines whether the MIN corresponding to the extension number of the wired terminal exists in the pVLR 64 in step 404 of FIG. The pMSC 58 requests the pBSC 56 to ring a call when there is a MIN corresponding to the extension number of the wired terminal. Accordingly, pBSC 56 allocates the vocoder resources of TSB 44 of FIG. The TSB 44 is provided with a plurality of vocoder channels. The pBSC 56 allocates a vocoder channel which is not in use and assigns a processor that functions as a vocoder for the vocoder channel. When the pBSC 56 allocates the vocoder resource, the pMSC 58 transmits an incoming ring message, that is, an "alert message", to the MS corresponding to the MIN, as shown in step 408 of FIG. 7. As a result, an incoming ring is provided to the MS. As a result, an incoming ring is also provided to the wired terminal, and an incoming ring is also provided to the corresponding MS, and when the user answers the incoming call to the wired terminal or the MS, a call is formed.

In the above description of the present invention, specific embodiments have been described, but various modifications may be made without departing from the scope of the present invention. Therefore, the scope of the present invention should not be defined by the described embodiments, but should be determined by the equivalent of claims and claims.

As described above, the present invention can not only be provided with a mobile communication service in a private mobile communication network (premises wireless network) using a private base station in a public / private shared cell area but also provide a mobile communication service to a public mobile communication network. You may be provided.

Claims (16)

A plurality of mobile terminals, at least one mobile switching center, a plurality of public network base station control stations connected to each of the mobile switching stations, and a plurality of public network base stations connected to each of the base station control stations to form a public dedicated cell area; In the public and private communication system for providing public and private communication services in connection with the public mobile communication network (PLMN), Public and private communication service devices connected to any one of the plurality of public network base station control stations; At least one private base station connected to the public and private communication service devices to form a public and private shared cell area The public and private communication service apparatus may include determining whether a message received for a service requested by any one of the plurality of terminals is a message for a public mobile communication service or a message for a private mobile communication service. In case of a message for a public mobile communication service, the message is transparently delivered to the public mobile communication system. When the received message is a private mobile communication service message, a network connection for a corresponding private exchange service is provided. Public and private communication systems. According to claim 1, The public and private communication service device, A network access control device that determines whether a message received for a service requested by any one of the plurality of terminals is a message for a public mobile communication service or a private mobile communication service message, and controls to provide a corresponding network connection; , Communication path forming unit for forming a communication path corresponding to the service under the control of the network access control device Public and private communication system comprising a. The method of claim 2, wherein the communication path forming unit, With a private exchange, A communication data matching unit for performing communication data matching between the private exchange and the base station; The communication data matching unit, the network access control device, the private base station, and any one of the plurality of public network base stations are connected to the public network base station, and a message received by a node of the corresponding address by interpreting an address of a received message is Network connection that provides data path and communication path to be transmitted Public and private communication system comprising a. The apparatus of claim 2, wherein the network connection controller is A main control unit for controlling the private base station for the public and private mobile communication services, and controlling the network connection according to the public and private mobile communication services; A private location register which communicates with a subject main control unit and manages information including subscriber information registered in the private mobile communication service and location registration information of a private mobile communication subscriber; A message router including a routing table to which route information corresponding to each received message is mapped, and designating a route of a received message by referring to the routing table; Public and private communication system comprising a. The public and private communication system of claim 4, wherein the network access control device further comprises a management unit configured to maintain, maintain, and operate a mobile communication service function provided by the public and private communication service devices. 5. The system of claim 4, wherein the network access control device further comprises a wired / wireless interface controller for interfacing a wired private exchange and a mobile terminal registered with a private mobile communication service. The public and private communication system of claim 4, wherein the network access control device further comprises a short message service control unit for controlling a short message service for a mobile terminal registered with a private mobile communication service. The communication service apparatus according to any one of claims 1 to 7, wherein the communication service device is connected to at least one of a public switched telephone network (PSTN), an integrated telecommunication network (ISDN), and an IP network (Internet Protocol Network). Public and private communication systems. A plurality of mobile terminals, at least one mobile switching center, a plurality of public network base station control stations connected to each of the mobile switching stations, and a plurality of public network base stations connected to each of the base station control stations to form a public dedicated cell area; A public and private communication service device interworking with a public mobile communication network (PLMN) and connected with at least one private base station forming a public and private shared cell area, If the message received for a service requested by any one of the plurality of terminals is a message for a public mobile communication service or a private mobile communication service, and determines that the message for the public mobile communication service, the message A network connection control device for transparently transmitting a public address to a public mobile communication system and controlling to provide a network connection for a corresponding private exchange service if the received message is a private mobile communication service message; A communication path forming unit for forming a communication path corresponding to the service requested by the received message under the control of the network access control device. Public and private communication service device comprising a. The method of claim 9, wherein the public and private communication service device, A network access control device that determines whether a message received for a service requested by any one of the plurality of terminals is a message for a public mobile communication service or a private mobile communication service message, and controls to provide a corresponding network connection; , Communication path forming unit for forming a communication path corresponding to the service under the control of the network access control device Public and private communication service device comprising a. The method of claim 10, wherein the communication path forming unit, With a private exchange, A communication data matching unit for performing communication data matching between the private exchange and the base station; The communication data matching unit, the network access control device, the private base station, and any one of the plurality of public network base stations are connected to the public network base station, and a message received by a node of the corresponding address by interpreting an address of a received message is Network connection that provides data path and communication path to be transmitted Public and private communication service device comprising a. The network connection control device according to claim 10, A main control unit for controlling the private base station for the public and private mobile communication services, and controlling the network connection according to the public and private mobile communication services; A private location register which communicates with a subject main control unit and manages information including subscriber information registered in the private mobile communication service and location registration information of a private mobile communication subscriber; A message router including a routing table to which route information corresponding to each received message is mapped, and designating a route of a received message by referring to the routing table; Public and private communication service device comprising a. The public and private communication service apparatus according to claim 12, wherein the network access control apparatus further comprises a management unit which is in charge of maintenance, maintenance and operation of mobile communication service functions provided by the public and private communication service apparatuses. 13. The apparatus of claim 12, wherein the network access control device further comprises a wired / wireless interface controller for interfacing a wired private exchange with a mobile terminal registered with a private mobile communication service. The apparatus of claim 12, wherein the network access control device further comprises a short message service controller for controlling a short message service for a mobile terminal registered with a private mobile communication service. The communication service apparatus according to any one of claims 9 to 15, wherein the communication service device is connected to at least one of a public switched telephone network (PSTN), an integrated telecommunication network (ISDN), and an IP network (Internet Protocol Network). Public and private communication service devices.