JPH0490630A - Representative simultaneous calling system - Google Patents

Abstract

PURPOSE:To improve convenience for a fixed subscriber by selecting a mobile machine nearest to an originating call fixed subscriber from among plural mobile machines and receiving a batch calling. CONSTITUTION:Only by selecting a representative number DN1 by a fixed subscriber 1, a mobile machine (MSS) 812 or 811 existing in an identical simultaneous calling section (MPPN) 91 with the fixed subscriber 1 or an adjacent simultaneous calling section (MPPN) 92 in a responsible state is selected and called. Therefore, there is no need to repeat calling operation until the fixed subscriber 1 encounters the MSS 8 in the responsible state, and the taxi waiting time for the fixed subscriber 1 is shortened. Thus, since the MSS 8 nearest to the originating call fixed subscriber 1 is selected from among plural MSS 8 to receive the batch calling, the convenience for the fixed subscriber 1 is imporved.

Description

[Detailed Description of the Invention] [Summary] Representative simultaneous paging in a communication network that includes a fixed communication network that accommodates permanently installed subscribers and a mobile communication network that processes calls to and from mobile devices. With regard to the system, the aim is to make it possible to quickly call a mobile device that satisfies the needs of fixed-line subscribers with as simple an operation as possible. Stores location information indicating the installation location of each fixed subscriber accommodated, and when a fixed subscriber makes a call to the mobile communication network,
A calling subscriber location transfer means is provided to transfer the location information of the fixed subscriber to the mobile communication network, and when the representative number and the location information of the calling fixed subscriber are transferred from the fixed communication network to the mobile communication network, The configuration is such that a representative number selection means is provided for selecting a mobile device whose location is closest to the location information of the originating fixed subscriber from among the mobile devices sharing the representative number and making a simultaneous call. The network is provided with a calling subscriber number transfer means that transfers the telephone number assigned to the fixed subscriber to the mobile communication network when a fixed subscriber makes a call to the mobile communication network, and the mobile communication network a location identification means for identifying location information indicating the installation location of each fixed subscriber from the telephone number of each fixed subscriber, and identifying location information corresponding to the telephone number transferred from the originating subscriber number transfer means; When the representative number and telephone number of the originating fixed subscriber are transferred from the fixed communication network, the location information closest to the originating fixed subscriber identified by the location identification means from among the mobile devices sharing the representative number. The mobile phone is configured to include representative number selection means for selecting mobile devices whose locations are to be registered and performing a simultaneous call.

[Industrial Field of Application] The present invention is applicable to a communication network that includes a fixed communication network that accommodates fixedly installed subscribers and a mobile communication network that processes calls to and from mobile devices. Regarding the calling method.

In recent years, mobile communication networks targeting mobile devices such as car phones are rapidly becoming popular.

[Conventional technology]

FIG. 5 is a diagram showing an example of a conventional communication network.

The communication network shown in FIG. 5 includes a fixed communication network 100 and a mobile communication network 200.

The fixed communication network 100 is composed of a local exchange (LS) 2 and a toll exchange (TS) 3, and accommodates fixedly installed regular subscribers (hereinafter referred to as fixed subscribers 1). .

On the other hand, the mobile communication network 200 includes a plurality of mobile stations (MSS) 8
(Individual mobile stations (MSS) are referred to as 81.8□...), each mobile station (MSS)
S) The current location of 8 is divided into predetermined areas (hereinafter referred to as simultaneous paging area (MPPN) 9) and registered.

In Fig. 5, it is assumed that each mobile station (MSS) 8 is mounted on a taxi, and two simultaneous paging areas (MSS) 8 are installed in the taxi.
PPN) 9 (Individual Mass Paging Area (MPPN) 9+
and 9□).

In FIG. 5, a fixed subscriber 1 accommodated in a local exchange (LS) 2 makes a call to hail a taxi using a mobile communication N4200, and inputs an access number requesting a mobile communication connection and a mobile phone number. Assume that the mobile device number M N + assigned to the mobile device (MSS) 81 is selected.

A local exchange (LS) 2 detects a call from a fixed subscriber 1, receives and analyzes the number sent from the fixed subscriber 1, identifies it as an access number requesting a mobile communication connection, and then sends a call to the local exchange (LS) 2. Transfer to the nearest mobile communications switching system (AMS) via the external switching system (TS) 3 [hereinafter referred to as the local mobile communications switching system (AMS)].
) 4] and transfers the access number and mobile device number MN.

The serving mobile communications switching center (AMSg) 4 uses the received mobile device number MN as a mobile communications switching center (AMS) (hereinafter referred to as home memory mobile communications switching center (AMSk) 5) which registers the current location of the called mobile station (MSS) 8I. forwarded to
Home memory mobile communications switching system (AMS+) 5 to called mobile station (MSS) 8. Existing Public Paging Area (MPPN)
9□ and the mobile unit number MN are returned to the mobile communications switching system (AMS) (hereinafter referred to as mass paging mobile communications exchange (AMSe) 6) that controls paging for the mass paging area (MPPN) 9□. transfers the mobile number MN, and requests simultaneous paging.

The simultaneous paging mobile communication switch (AMSc) 6 is a radio network control station (MC3) corresponding to the general paging area (MPPN) 9□.
Execute a paging specifying the mobile device number M N I to the general paging area (MPPN) 9□ via 7□, and
MSS)8. When the user (driver) responds, the communication path between the mobile station (MSS) 8+ and the fixed subscriber 1 is connected.

As a result of the above, the originating fixed subscriber 1 is connected to the local exchange (LS) 2.
, Toll Switch (TS) 3, Mobile Telecommunications Switch (AM)
Sg) 4, the mobile terminal (M
SS)8. You can now talk to him and request a ride.

Note that if the mobile station (MSS) 81 (taxi) that received the call is currently in a taxi, it cannot respond to the request from the fixed subscriber 1.

In such a case, the fixed subscriber 1 has a mobile station (MSS) 8.
After releasing the call, the mobile station number MN2, etc. of the mobile station (MSS) 8□, etc. in the depression where the empty car is encountered is selected again.

Furthermore, when the fixed subscriber 1 exists within the simultaneous paging area (MPPN) 91 of the mobile communication network 200, other mobile stations (MSS) (
For example, even if 84) exists, the taxi designated by the mobile number MN will be called from another simultaneous paging area (MPPN) 9□.

[Problems to be Solved by the Invention] As is clear from the above explanation, in a conventional communication network, a mobile station (MSS) 8. having a mobile station number MN selected by a fixed subscriber l. (Taxi) is called unconditionally, so if the taxi that is just called is occupied, it is necessary to repeat the call until a vacant taxi is found. Mobile station (MSS)8. There were problems such as taxis being hailed.

The present invention provides a mobile station that can satisfy the needs of fixed subscribers.
The purpose is to enable quick calling with as simple an operation as possible.

[Means to solve the problem]

FIG. 1 is a diagram showing the principle of the present invention (claims 1 and 2), and FIG. 2 is a diagram showing the principle of the present invention (claims 3 and 4).
) is a diagram showing the principle of

1 and 2, 1 is a permanently installed subscriber, 100 is a fixed communication network accommodating a plurality of fixed subscribers I, 8 is a mobile device, and 200 is a call to and from a plurality of mobile devices 8. A mobile communications network that processes calls.

300 is a calling subscriber location transfer means provided in the fixed communication network 100 according to the present invention (claims 1 and 2).

400 is representative number selection means provided in the mobile communication network 200 according to the present invention (claims 1 and 2).

600 is a calling subscriber number transfer means provided in the fixed communication network 100 according to the present invention (claims 3 and 4).

Reference numeral 700 denotes a position identification means provided in the mobile communication network 200 according to the present invention (claims 3 and 4).

800 is representative number selection means provided in the mobile communication network 200 according to the present invention (claims 3 and 4).

MNp is a representative number commonly assigned to a plurality of mobile devices 8.

[Effect]

The originating subscriber location transfer means 300 accommodates each fixed subscriber 1.
When the fixed subscriber 1 makes a call to the mobile communication network 200, the location information of the fixed subscriber 1 is transferred to the mobile communication network 200.

When the representative number MNp and the location information of the originating fixed subscriber 1 are transferred from the fixed communication network 100, the representative number selection means 400 selects the originating fixed subscriber from among the mobile devices 8 that share the representative number MN. The mobile device 8 whose location is closest to the location information of No. 1 is selected is selected and a simultaneous paging is performed.

When the fixed subscriber 1 makes a call to the mobile communication network 200, the originating subscriber location transfer means 600 transmits the telephone number DN assigned to the fixed subscriber 1 to the mobile communication network 200.
Transfer to.

The location identification means 700 identifies the telephone number DN of each fixed subscriber 1.
Location information indicating the installation location of each fixed subscriber 1 is identified from , and location information corresponding to the telephone number DN transferred from the originating subscriber number transfer means 600 is identified.

The representative number selection means 800 selects each mobile device 8 that shares the representative number MNp when the fixed communication network 100 transfers the representative number MN and the telephone number DN of the originating fixed subscriber 1.
The mobile device 8 whose location is closest to the location information of the originating fixed subscriber 1 identified by the location identifying means 700 is selected from among the mobile devices 8 and is called simultaneously.

It should be noted that the mobile device 8 displays that it is in a state in which it is in a state in which it is in a state in which it is in a state in which it is in a state in which it is in an idle state but is in a state in which it cannot respond to a simultaneous call, and the representative number selection means 400 and 800 are in a state in which it is in a state in which it is in a state in which it cannot respond to a call. It is also considered to exclude the mobile station 8 and select the mobile stations 8 to be subjected to paging.

Therefore, according to the present invention (claims 1 and 3),
From among the plurality of mobile stations, the mobile station closest to the originating fixed subscriber is selected to receive the simultaneous paging, and according to the present invention (claims 2 and 4), the request of the originating fixed subscriber is Since the mobile station closest to the originating fixed subscriber is selected from among only the mobile stations that can satisfy the following conditions and receives the simultaneous call, convenience for the fixed subscriber is greatly improved.

〔Example] An embodiment of the present invention will be described below with reference to the drawings.

It is a figure which shows the communication network by one Example of invention (Claim 3 and Claim 4). Note that the same reference numerals indicate the same objects throughout the figures.

In FIGS. 3 and 4, a local switch (LS) 2 and a toll switch (TS) 3 are provided in the fixed communication @100 in FIGS. 1 and 2, and A mobile communication switching system (AMS) 4, a home memory mobile communication switching system (AMS) connected to a mobile communication network 200 in
) 5, a general paging mobile communications switching system (AMSc) 6 and two sets of general paging areas (MPPN)9. A fixed subscriber 1 accommodated in the fixed communication network 100 is installed in a mass paging area (MPPN) 91, and each mobile station (MSS) 8 is mounted on a taxi. It is assumed that

In addition, in FIG. 3, the all location transfer section 21 as the originating subscriber location transfer means 300 in FIG.
LS) 2, and a representative group selection section 51 and an air block position registration section 52 as the representative number selection means 400 in FIG.
It is located inside. Also, in local exchange (LS) 2,
Subscriber data SD indicating the attributes of the fixed subscriber 1 to be accommodated
, the paging area where the fixed subscriber 1 is installed (
MPPN) 9+ is stored.

Furthermore, in FIG. 4, the calling number transfer section 22 is used as the calling subscriber number transfer means 600 in FIG.
LS) 2, and as the representative number selection means 800 and the position identification means 800 in FIG. (AMSh
)5. Further, in the local exchange (LS) 2, the telephone number DN given to the fixed subscriber 1 is stored in subscriber data SD indicating the attributes of the fixed subscriber 1 accommodated.

The number location conversion unit 54 operates in a mass paging area (MPP) where each fixed subscriber station accommodated in the fixed communication network 100 is installed.
N) Can identify 9.

Among the mobile stations (MSS) 8 shown in FIGS. 3 and 4,
Each unique mobile number MN, , MN1□ and M
Mobile station (MSS) 8z1Lz assigned N, ff
and 8.3 is a representative group P sharing the representative number MNt, .
C, and each has a unique mobile number M.
Mobile stations (MSS) 8□1, 8□2 and 8□3 assigned N, , MN,□ and M N z 3 constitute a representative group PG2 that shares the representative number MN□.

Each mobile station (MSS) 8 registers an existing simultaneous paging area (MPPN) 9 in a home memory mobile communications switching system (AMS) 5, as in the known mobile communications network 200, and responds to incoming calls. Information such as whether the taxi is available or not, that is, whether the taxi is empty or occupied, is extracted from the operating state of the taxi meter and registered in the home memory mobile communications switching system (AMSh) 5. shall be.

In Figure 3, the movement belonging to the representative group PG+ @ (M
SS) 8++ is present and available in the mass paging area (MPPN) 92, and mobile station (MSS) 8+z is present and available in the mass paging area (MPPN) 9°, and the mobile station (Mss)8. , + currently exists in the mass paging area (MPPN) 91 but is in a non-responsive state, and has notified the home memory mobile communications switch (AMSh) 5 to that effect.
S) Select only SZ and 812, and select mobile device (M
SS) 81:Representative group selection unit 5 so that l is excluded from selection.
1.

The representative group selection unit 51 belongs to the representative group PC, and also belongs to the simultaneous paging area (MPPN) 9. Mobile station (MSS) currently available and available in 8. □, mobile number MN, □,
Belongs to the representative group PC, and is in the mass paging area (MPPN)
92 mobile devices that are currently available and available (M s s
> s ++ mobile device number MNI+ is selected.

Similarly, mobile station (MSS) 8□ belonging to representative group PG2
is a simultaneous paging area (MPPN)9. The mobile stations (MSS) 8u and 823 are present and available in the mass paging area (MPPN) 9g, and the home memory mobile communications switching system (AMsh)
) 5, the blockage position registration unit 52 instructs the representative group selection unit 51 to select all mobile stations (MSS) 8g+ to 8□3.

The representative group selection unit 51 selects the mobile device number M N z + of the mobile device (MSS) 8□1 that belongs to the representative group PG2 and is currently available in the simultaneous paging area (MPPN) 91 and is available.
, belongs to the representative group PC, and is in the mass paging area (MPP
N) Move @(MSS) currently available in 9□
)8□2 and 8□3 mobile numbers MN2□ and M
Manage NZ 3.

In this state, the fixed subscriber 1 accommodated in the local exchange (LS) 2 makes a call to hail a taxi belonging to the representative group PC, and requests an access number for mobile communication connection. The representative number MNp assigned to the representative group PC, is selected.

A local exchange (LS) 2 detects a call from a fixed subscriber 1, receives and analyzes the number sent from the fixed subscriber 1, identifies it as an access number requesting a mobile communication connection, and issues an optical After activating the location transfer unit 21 and referring to the subscriber data SD corresponding to the fixed subscriber 1 and extracting the general paging area (MPPN) 91 where the fixed subscriber 1 is installed, the toll switch (TS) 3, enter the mobile communications exchange (A
Ms q ) 4, the access number and representative number MN sent from the fixed subscriber 1, and the subscriber data SD.
The general paging area (MPPN) 9 extracted from the MPPN is transferred.

The access mobile communications switching system (AMSg) 4 transfers the received representative number MNp and mass paging area (MPPN) 9I to the home memory mobile communications switching system (AMSh) 5, and transfers the received representative number MNp and mass paging area (MPPN) 9I to the mobile station (MSS) targeted for mass paging. Ask for 8 selections.

In the home memory mobile communications switching system (AMSh) 5, the representative number DN received by the representative group selection unit 51, and the simultaneous paging area (MPPN) 9. When the mobile device number MN1□ is detected, it is returned to the access mobile communications switching center (AMSg) 4 together with the mass paging area (MPPN) 91.

Based on the mobile number MN, □ and the general paging area (MPPN) L returned from the home memory mobile communication switching system (AMS) 5, the accessing mobile communications switching system (AMSg) 4 determines the general paging area (MPPN) 9. mobile number M to the simultaneous calling mobile communications switching center (AMSc) 6 corresponding to
N+2 and Mass Paging Area (MPPN)9. and request a simultaneous call.

The general paging mobile communications switch (AMSc) 6 has a general paging area (MPPN) 9. Wireless network control station (MC3) corresponding to
9. Mass paging area (MPPN) via 7□. Executes a simultaneous paging specifying the mobile number MN, 2, and calls the mobile device (M
When the user (driver) of SS) 81□ responds, the communication path between the mobile station (MSS) 812 and the fixed subscriber 1 is connected.

As a result of the above, the originating fixed subscriber 1 is connected to the local exchange (LS) 2.
, Toll Switch (TS) 3, Mobile Telecommunications Switch (AM)
) 4, an all-call mobile communications switching center (AMSc) 6 and a radio network controller (MC3) 7. via the representative group PC, which shares the representative number MNp, and is in the same simultaneous paging area (MPPN)9. It becomes possible to talk to a mobile station (MSS) 81□ that is currently available in the area.

Furthermore, at the time fixed subscriber 1 makes the call, all mobile stations (MSS) 81□ and 813 belonging to the representative group PC and existing in the simultaneous paging area (MPPN) 9+ are in an unresponsive state (inactive). ), the representative group selection unit 51 selects the representative number D N p + and the simultaneous paging area (MPPN) 9.
When it is detected that there is no selected mobile station (MSS) 8 corresponding to the general paging area (MPPN) 9. It recognizes mass paging area (MPPN) 9□ as a mass paging area adjacent to
When searching for a selection target mobile station corresponding to PN) 9□ and detecting mobile unit number M N + +, the simultaneous paging area (MP
Mobile communications exchange (AMS9) 4 with PN) 9□
send it back to

Based on the mobile number MN returned from the home memory mobile communications exchange (AMSh) 5 and the general paging area (MPPN) 9□, the accessing mobile communications switch (AMS9) 4 assigns a message to the general paging area (MPPN) 9□. mobile number M to the corresponding broadcast mobile switching center (AMSc) 6;
N, and the mass paging area (MPPN) 9□, and requests mass paging.

The general paging mobile communications switching system (AMS) 6 is connected to a radio network control station (MC3) corresponding to the general paging area (MPPN) 9□.
) 7□ to the mass paging area (MPPN) 9□ with the mobile number MN, , specified, and the mobile device (
MSS)81. When the user (driver) responds, the communication path between the mobile station (MSS) 8z and the fixed subscriber 1 is connected.

As a result of the above, the originating fixed subscriber 1 is connected to the local exchange (LS) 2.
, Toll Switch (TS) 3, Mobile Telecommunications Switch (AM)
S, ) 4, belongs to the representative group PC, which shares the representative number MNp, via the simultaneous calling mobile communications switch (AMSc) 6 and the radio network controller (MC3) 7 Available mobile station (MSS) 8+
You can now talk to t.

Next, in FIG. 4, each mobile station (MSS) 811 to 813 belonging to the representative group PC, and the representative group PG,
Assuming that each of the mobile stations (MSS) 8□1 to 8□3 belonging to is in the same state as in FIG. Similar to the representative group selection unit 51 in FIG.
．． Mobile station (MSS) 8+ currently available and available in
A mobile station (MSS) that belongs to the mobile station number MN, □ of z and the representative group PG, and is currently available in the simultaneous paging area (MPPN) 9□8. , mobile number MN, ,
and belongs to the representative group PC, and has a simultaneous paging area (MPPN)9. Mobile station number M N z of mobile station (MSS) 8□1 that is currently available and available in
1, belongs to representative group PG2, and is in the simultaneous paging area (MP
Mobile device (MS) that is currently available at PN) 9□
S) Mobile number MN2□ and M of 8□2 and 823
N2. and to be selected.

In this state, the fixed subscriber 1 accommodated in the local exchange (LS) 2 makes a call to hail a taxi belonging to the representative group PC, and requests an access number for mobile communication connection. The representative number MN□ assigned to the representative group PC, is selected.

When the local exchange (LS) 2 detects a call from the fixed subscriber 1, receives and analyzes the number sent from the fixed subscriber 1, and identifies it as an access number requesting a mobile communication connection, The calling number transfer unit 22 is activated, and the telephone number DN of the fixed subscriber 1 is transferred from the subscriber data SD corresponding to the fixed subscriber 1.
The access number and representative number MNp sent from the fixed subscriber l and the telephone number extracted from the subscriber data SD are extracted from the toll switch (TS) 3 and sent to the mobile communications exchange (AMS9) 4. Transfer the number DN.

The access mobile communications switching system (AMS 9) 4 transfers the received representative number MNp and telephone number DN to the home memory mobile communications switching system (AMS) 5, and then sends the mobile communications switching system (MSS) 8 to be the target of the simultaneous call. Request for selection.

In the home memory mobile communications switching system (AMS) 5, the representative group selection section 53 sends a message to the number location conversion section 54 regarding the simultaneous paging area (MPPN) 9 corresponding to the received telephone number DN.
．． The received representative number MNp and the mass paging area (MPP) returned from the number location conversion unit 54
N)9. When searching for a selection target mobile station corresponding to , and detecting the mobile station number M
)9. It is also returned to the access mobile communications switching system (AMS) 4.

The access mobile communications switching system (AMS) 4 is a home memory mobile communications switching system (AMS) similar to that in FIG.
Mobile number MN1□ and mass paging area (MPPN) returned from 9. Based on the mass paging area (MPPN)
)9. All-Aid Mobile Switching System (AMS)
6, the mobile number MN, □ and the paging area (M
Similarly to FIG. )71 via the mass paging area (M
PPN) 91 with the mobile number MHI□ specified.

Also, at the time fixed subscriber 1 makes a call, all mobile stations (MSS) 81□ and 85. belonging to representative group PG and existing in simultaneous paging area (MPPN) 9° are called. Even when the representative group selection unit 53 is in an unavailable state (riding a vehicle), the representative group selection unit 53 selects representative numbers MNp, MNp, and
and Mass Paging Area (MPPN)9. Selectable mobile number MN corresponding to the simultaneous paging area (MPPN) 9□ adjacent to .

When it is detected, it is returned to the mobile communications switching system (AMS9) 4 along with the simultaneous paging area # (MPPN) 9□.

As is clear from the above explanation, according to the present embodiment, fixed subscriber 1 only needs to select the representative number DNp, and the fixed subscriber 1 can receive calls from the same general paging area (MPPN) 91 or adjacent simultaneous paging area as fixed subscriber 1. The mobile station (MSS) 8□ or 8II that currently exists in area (MPPN) 9□ and is available will be selected and called, and the mobile station (MSS) 8 that is available for fixed subscriber 1 will be called. There is no need to repeat the calling operation until the fixed subscriber 1 encounters a taxi, and the waiting time for a taxi for the fixed subscriber 1 is also shortened.

Note that FIGS. 3 and 4 are only one embodiment of the present invention, and for example, the air block location registration unit 52 is a mobile station (MSS).
The mobile station (MSS) 8 is not limited to registering the existing simultaneous paging area (MPPN) 9 of 8 and the valid status, but only registering the existing simultaneous paging area (MPPN) 9 and the mobile station (MSS) 8 which is in an unavailable status. Although many other modifications may be considered, such as allowing the calling of Also, the configuration of the representative group PC, each mobile station (MSS)
8, the configuration of the general paging area (MPPN) 9, and the configurations of the fixed communication network 100 and the mobile communication network 200 are not limited to those illustrated, and many other modifications may be considered. In either case, the effects of the present invention remain the same.

〔Effect of the invention〕

As described above, according to the present invention (claims 1 and 3), the mobile station closest to the originating fixed subscriber is selected from a plurality of mobile stations to receive a simultaneous call. According to item 2 and claim 4), the mobile device closest to the originating fixed subscriber is selected from among only the mobile devices that can satisfy the request of the originating fixed subscriber and receives the simultaneous paging. Convenience for subscribers is greatly improved.

[Brief explanation of the drawing]

FIG. 1 is a diagram showing the principle of the present invention (claims 1 and 2), and FIG. 2 is a diagram showing the principle of the present invention (claims 3 and 4).
) Figure 3 shows the principle of the main emission area (MPPN)
, 21 is an all location transfer unit, 22 is a calling number transfer unit, 51 and 53 are representative group selection units, 52 is an air block location registration unit, 54 is a number location conversion unit, 100 is a fixed communication network, and 200 is a mobile communication unit. 300 is an originating subscriber location transfer means, 400 and 800 are representative number selection means, 600 is an originating subscriber number transfer means, and 700 is a location identification means. FIG. 5 is a diagram showing an example of a conventional communication network. In the figure, 1 is a fixed subscriber, 2 is a local exchange (LS)
, 3 is a toll exchange (TS), 4 is an access mobile communications exchange (AMSg), and 5 is a home memory mobile communications exchange (AM).
Sh ), 6 is an all-call mobile switching center (AMSc)
, 7 is the radio network control station (MC3), 8 is the mobile station (MS
S), 9 is a simultaneous call diagram.

Claims (4)

[Claims] (1) Register the fixed communication network (100) that accommodates a plurality of fixed subscribers (1) installed in a fixed manner and the current locations of a plurality of mobile terminals (8), and In a communication network that includes a mobile communication network (200) that processes incoming and outgoing calls, a representative number (MN_p) common to a plurality of mobile devices (8) is provided.
and each fixed subscriber (1) accommodated in the fixed communication network (100).
Stores location information indicating the installation location of the fixed subscriber (
calling subscriber location transfer means (30) that transfers location information of the fixed subscriber (1) to the mobile communication network (200) when the fixed subscriber (1) makes a call to the mobile communication network (200);
0) is provided in the mobile communication network (200), and the fixed communication network (10
0), the representative number (MN_p) and the location information of the calling fixed subscriber (1) are transferred from among the mobile devices (8) sharing the representative number (MN_p). A representative simultaneous paging system characterized in that representative number selection means (400) is provided for selecting a mobile device (8) whose location is closest to the location information of a person (1) and performing simultaneous paging. (2) The mobile device (8) displays that it is in a state in which it is not able to respond to a simultaneous call even though it is in an idle state, and the representative number selection means (400) indicates that it is in a state in which it is not able to respond to the call. 2. The representative simultaneous paging system according to claim 1, wherein the mobile terminals (8) to be subjected to the simultaneous paging are selected by excluding the mobile terminals (8) that indicate that there is a message. (3) Register the fixed communication network (100) that accommodates a plurality of fixed subscribers (1) installed in a fixed manner and the current locations of a plurality of mobile terminals (8), and In a communication network that includes a mobile communication network (200) that processes incoming and outgoing calls, a representative number (MN_p) common to a plurality of mobile devices (8) is provided.
and when the fixed subscriber (1) makes a call to the mobile communication network (200) on the fixed communication network (100),
Telephone number (DN) assigned to the fixed subscriber (1)
an originating subscriber number transfer means (600) for transferring the subscriber number to the mobile communication network (200);
) from the telephone number (DN) of the fixed subscriber (1), and identify the location information indicating the installation location of each fixed subscriber (1), and identify the telephone number (DN) transferred from the calling subscriber number transfer means (600).
Location identification means (700) for identifying location information corresponding to
and the representative number (MN_p) from the fixed communication network (100).
) and the telephone number (DN) of the originating fixed subscriber (1) is transferred, the location identifying means (700) is selected from among the mobile devices (8) that share the representative number (MN_p).
The present invention is characterized by comprising representative number selection means (800) for selecting a mobile device (8) whose location is closest to the location information of the originating fixed subscriber (1) identified by and performing simultaneous calling. All representatives are called at once. (4) The mobile device (8) displays that it is in a state in which it is not able to respond to a simultaneous call even though it is in an idle state, and the representative number selection means (800) indicates that it is in a state in which it is not able to respond to the call. 4. The representative simultaneous paging system according to claim 3, wherein the mobile terminals (8) that indicate that there is a message are excluded, and the mobile terminals (8) to be subjected to the simultaneous paging are selected.