JP2010258974A - Base-station information transmission control device, base station information transmission control method, program and system therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide: a base-station information transmission control device which can automatically identify a base station covering each information distribution area; a base-station information transmission control method; a program for the base-station information transmission control device; and a system including the base-station information transmission device. <P>SOLUTION: A base-station information transmission control device 110 includes: a map data storage 111; a base station data acquirer; a mapping section; an administration area data extractor; a base station data storage 112; an information distribution destination data receiver; an administration area identifier for identifying an administration area including an information distribution destination indicated by the received information distribution destination data; a base station data extractor for extracting one among pieces of base station data from base station data stored in the base station data storage 112, the base station data being associated with the administration area data of the administration area identified by the administration area identifier; and a base station information output unit for outputting the base station data extracted by the base station data extractor as base station information to be transmitted to an information distribution server 160. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a base station information transmission control device and a base station information transmission control method for controlling transmission processing of base station information, a program for the base station information transmission control device, and a system including the base station information transmission control device.

  In communication carriers, in order to speed up communication for next-generation networks, many bases such as microcells, femtocells, wireless LANs (Local Area Networks), Wireless MANs (Metropolitan Area Networks), etc. covering a small area A station is expected to be installed. With such changes in the communication environment, it is considered that information distribution providers will expand services such as broadcast and multicast that limit information distribution areas.

JP 2005-117357 A

  However, in order to perform broadcast or multicast with a limited information distribution area, it is necessary for the information distribution provider to artificially specify and set a base station having a cell in a range that covers the information distribution area. According to such an artificial method, it is inefficient to specify a base station having a cell in a range covering an information distribution area. In addition, depending on such an artificial method, it is necessary to re-specify the base station every time the information delivery destination area is changed, and periodically check whether the installation coordinates of the base station have been changed. Maintenance after operation is difficult.

  The present invention has been made in consideration of the above circumstances, and the object of the present invention is a base station information transmission control device and a base station that can automatically specify a base station that covers an individual information distribution area. An information transmission control method, a program for a base station information transmission control device, and a system including the base station information transmission control device are provided.

  In order to solve the above-described problem, in the base station information transmission control device of the present invention, the base station information transmission control device transmits base station information to an information distribution server, and identifies an administrative region on a map. Performance data including a map data storage unit for storing map data to which data is assigned, base station data for identifying the base station from the base station, and data necessary for specifying at least installation coordinates and cells of the base station A base station data acquisition unit for acquiring the base station data, and, based on the performance data acquired by the base station data acquisition unit, on the map indicated by the map data stored in the map data storage unit and the coordinates and cell of the base station A mapping unit that maps the cell, and an administrative district of the administrative district that overlaps on the map indicated by the map data and the cell of the base station mapped by the mapping unit And the base station data acquired by the base station data acquisition unit on the basis of the correspondence relationship between the cell of the base station and the administrative region overlapping on the map indicated by the map data, A base station data storage unit that associates and stores the administrative district data extracted by the administrative district data extraction unit; and information distribution destination data reception that receives information distribution destination data indicating an information distribution destination from the information distribution server A base station data stored in the base station data storage unit, an administrative region specifying unit that specifies an administrative region including the information distribution destination indicated by the information distribution destination data received by the information distribution destination data receiving unit, and the base station data storage unit A base station data extracting unit that extracts base station data associated with administrative region data of the administrative region identified by the administrative region identifying unit; The station base station data and the data extraction unit is extracted, and a base station information output unit for outputting as the base station information to be transmitted to the information distribution server.

  According to the base station information transmission control method of the present invention, there is provided a base station information transmission control method for transmitting base station information to an information distribution server, wherein map data assigned administrative district data for identifying administrative districts on a map is mapped to a map. A map data storage step to be stored in the data storage unit, base station data for identifying the base station from the base station, and performance data including data necessary for identifying at least the installation coordinates and the cell of the base station are acquired. Base station data acquisition step, and based on the performance data acquired in the base station data acquisition step, the installation coordinates and cells of the base station are mapped on the map indicated by the map data stored in the map data storage unit Mapping step, the cell of the base station mapped in the mapping step and the map data indicate Administrative region data extraction step for extracting administrative region data of administrative regions that overlap in the figure, and the base station data acquisition step based on the correspondence relationship between the cells of the base station and the administrative regions that overlap on the map indicated by the map data A base station data storage step of associating the base station data acquired in step 1 and the administrative district data extracted in the administrative district data extraction step with each other and storing them in a base station data storage unit; and information from the information distribution server An information delivery destination data receiving step for receiving information delivery destination data indicating a delivery destination, and an administrative district that identifies an administrative district including the information delivery destination indicated by the information delivery destination data received in the information delivery destination data receiving step From the identifying step and the base station data stored in the base station data storage unit, A base station data extraction step for extracting base station data associated with the administrative district data of the administrative district identified in the political district identification step; and the base station data extracted in the base station data extraction step, A base station information output step of outputting as base station information to be transmitted to the information distribution server.

  According to the program of the present invention, a map data storing procedure for storing map data in which map data storing administrative district data for identifying administrative districts on a map is stored in a map data storage section on a computer, and a base for identifying the base station from a base station Base station data acquisition procedure for acquiring station data and performance data including data necessary for specifying at least the installation coordinates and cell of the base station, and based on the performance data acquired in the base station data acquisition procedure A mapping procedure for mapping installation coordinates and cells of the base station on a map indicated by the map data stored in the map data storage unit, and a cell and the map data of the base station mapped in the mapping procedure. Administrative region data extraction procedure for extracting administrative region data of overlapping administrative regions on the map shown; The base station data acquired in the base station data acquisition procedure and the government extracted in the administrative district data extraction procedure based on the correspondence relationship between the station cell and the administrative district overlapping on the map indicated by the map data A base station data storage procedure for associating area data with a base station data storage unit, an information delivery destination data reception procedure for receiving information delivery destination data indicating an information delivery destination from the information delivery server, and the information delivery The administrative district specifying procedure for specifying the administrative district including the information delivery destination indicated by the information delivery destination data received in the destination data receiving procedure, and the base station data stored in the base station data storage unit, A base station data for extracting base station data associated with the administrative district data of the administrative district identified in the administrative district identification procedure. A data extraction procedure, the base station data extracted in the base station data extraction procedure, to perform the base station information output procedure for output as base station information to be transmitted to the information distribution server.

  According to the system of the present invention, an information distribution server that distributes information, and a base station information transmission control device that transmits base station information to the information distribution server, the base station information transmission control device includes: A map data storage unit that stores map data to which administrative region data for identifying administrative regions is assigned on a map, base station data for identifying the base station from the base station, and at least installation coordinates and cells of the base station are specified. A base station data acquisition unit that acquires performance data including data necessary to perform the map, and a map indicated by the map data stored in the map data storage unit based on the performance data acquired by the base station data acquisition unit A mapping unit for mapping installation coordinates and cells of the base station on the cell, the cell of the base station and the map data mapped by the mapping unit The base station data acquisition unit extracts the administrative region data of the administrative region overlapping on the map shown, and the base station data acquisition based on the correspondence relationship between the cell of the base station and the administrative region overlapping on the map indicated by the map data A base station data storage unit for storing the base station data acquired by the unit and the administrative district data extracted by the administrative district data extraction unit in association with each other, and an information distribution destination indicating an information distribution destination from the information distribution server An information delivery destination data receiving unit that receives data, an administrative district specifying unit that identifies an administrative district including an information delivery destination indicated by the information delivery destination data received by the information delivery destination data receiving unit, and the base station data Among the base station data stored in the storage unit, the base station data associated with the administrative district data of the administrative district identified by the administrative district identifying unit. Having a base station data extractor for extracting data, the base station data which the base station data extractor has extracted, and the base station information output unit for outputting as the base station information to be transmitted to the information distribution server.

  As is clear from the above description, according to the present invention, the latest accurate base station information is automatically provided in response to individual inquiries from the information distribution provider regarding the information distribution destination base station. can do.

It is a figure which shows the structure of the base station information transmission system 100 which concerns on one Embodiment. It is a figure which shows an example of the method in which the base station information transmission control apparatus 110 maps the installation coordinate and cell of the base station 150, and extracts administrative district data. It is a figure which shows an example of the method in which the base station information transmission control apparatus 110 extracts administrative district data. It is a figure which shows an example of the block configuration of the base station information transmission server. It is a figure which shows an example of the processing flow in which the base station information transmission server 120 stores base station data. It is a figure which shows an example of the processing flow which the base station information transmission server 120 outputs and processes base station data. FIG. 5 is a diagram illustrating an example of a processing flow in which the base station information transmission server 120 changes the installation position or cell of the base station 150. It is a figure which shows an example of the data stored in the base station data storage part 112 in a table format.

  Hereinafter, the present invention will be described through embodiments of the invention. However, the following embodiments do not limit the invention according to the scope of claims, and all combinations of features described in the embodiments are included. It is not necessarily essential for the solution of the invention.

FIG. 1 is a diagram illustrating a configuration of a base station information transmission system 100 according to an embodiment.
The base station information transmission system 100 includes a base station information transmission control device 110, a plurality of radio network control stations 130a and 130b (hereinafter collectively referred to as a radio communication network control station 130), and a plurality of communication lines 140a and 140b (hereinafter, referred to as radio communication network control stations 130). A plurality of base stations 150a to 150f (hereinafter collectively referred to as a base station 150), and a plurality of information distribution servers 160a to 160d (hereinafter collectively referred to as an information distribution server 160). Prepare.

  The base station information transmission control device 110 includes a base station information transmission server 120, a map data storage unit 111, and a base station data storage unit 112. The communication line 140 is a mobile communication network, a core network, and a computer network such as the Internet. The radio network control stations 130a and 130b may be separate mobile communication networks provided by different communication carriers.

  The base station information transmission server 120 stores map data assigned administrative district data for identifying administrative districts on the map in the map data storage unit 111. Then, the base station information transmission server 120 obtains base station data for identifying the base station 150 from the base station 150, and performance data including data necessary for specifying at least the installation coordinates and the cell of the base station 150. . Then, the base station information transmission server 120 maps the installation coordinates and cells of the base station 150 on the map indicated by the map data stored in the map data storage unit 111 based on the acquired performance data.

  Then, the base station information transmission server 120 extracts administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the mapped base station 150. Then, the base station information transmission server 120 associates the acquired base station data with the extracted administrative district data based on the correspondence relationship of the administrative districts overlapping on the map indicated by the cell of the base station 150 and the map data. The data is stored in the base station data storage unit 112.

  On the other hand, the base station information transmission server 120 receives information distribution destination data indicating an information distribution destination from the information distribution server 160. Then, the base station information transmission server 120 specifies an administrative district that includes the information distribution destination indicated by the received information distribution destination data. Then, the base station information transmission server 120 extracts base station data associated with the administrative district data of the identified administrative district from the base station data stored in the base station data storage unit 112. Then, the base station information transmission server 120 outputs the extracted base station data as base station information to be transmitted to the information distribution server 160.

FIG. 2 is a diagram illustrating an example of a method of specifying the installation coordinates and cell of the base station 150 to which the base station information transmission control device 110 maps.
The base station information transmission control device 110 acquires the antenna latitude 151, the antenna longitude 152, the antenna altitude 153, the antenna directivity 154, the radio wave output intensity 155, and the radio wave output width 156 from the base station 150. In the base station information transmission control device 110, the antenna of the base station 150 is installed with the coordinates of the antenna latitude 151 and the antenna longitude 152 in the coordinates on the map indicated by the map data stored in the map data storage unit 111. Specify as installation coordinates.

  Then, the base station information transmission control apparatus 110 assumes that the installation coordinates of the base station 150 on the map are altitude 0, and sets the altitude specified from the antenna altitude 153 to the installation position where the antenna of the base station 150 is installed. It is determined that Then, the base station information transmission control device 110 uses the installation coordinates of the base station 150 as a reference and the orientation specified from the antenna orientation 154 with respect to the orientation on the map with respect to the orientation on the map. Determined to be sex orientation. The base station information transmission control device 110 then transmits a line indicating the distance from the antenna to which the radio wave specified by the radio wave output intensity 155 relative to the antenna installation position of the base station 150 can reach, and a base at an altitude of 0. The point where the line extending in the direction in which the strength of the radio wave is maximum from the installation coordinates of the station 150 intersects is determined as the limit point where the radio wave radiated from the antenna of the base station 150 reaches. Then, the base station information transmission control device 110 uses the line connecting the installation coordinates of the base station 150 and the limit point where the radio wave reaches as a reference line, and the right and left in a plan view of the reference line whose radius is the length of the reference line. The fan-shaped area in which the angle indicated by the radio wave output width 156 is evenly allocated is specified as the cell of the base station 150.

FIG. 3 is a diagram illustrating an example of a method in which the base station information transmission control device 110 maps the installation coordinates and cells of the base station 150 and extracts administrative district data.
The map data storage unit 111 of the base station information transmission control device 110 stores map data assigned administrative district data for identifying administrative districts on the map. In the example of the present embodiment, each area divided by hexagons is an individual administrative district.

  Each administrative district area is assigned administrative district data for identifying the administrative district. In the example of the present embodiment, administrative district data 01001 to 01015 are allocated to 15 administrative district areas, respectively. The base station information transmission control device 110 maps the installation coordinates and cells of the base station 150 identified as described above on such a map. In the example of the present embodiment, the installation coordinates of the base station 150 are mapped in the administrative area of the administrative area data 01009. Moreover, in the example of this embodiment, the area shown with the fine mesh shaped fan shape on the basis of the installation coordinate is mapped as a cell.

  The base station information transmission control device 110 extracts the administrative district data of the administrative district area that overlaps with the cell of the base station 150 mapped in this way so as to be stored in association with the base station 150. In the example of the present embodiment, administrative district data 01005, 01006, 01010, and 01010 of four administrative district areas that overlap with the cell of the base station 150 are extracted.

FIG. 4 is a diagram illustrating an example of a block configuration of the base station information transmission server 120.
The base station information transmission server 120 includes a base station data acquisition unit 121, a mapping unit 122, an administrative district data extraction unit 123, an information distribution destination data reception unit 124, an administrative district identification unit 125, a base station data extraction unit 126, and base station information. An output unit 127, a display unit 128, and a change input receiving unit 129 are included. Hereinafter, the data stored in the map data storage unit 111 and the base station data storage unit 112, the operations of the radio network control station 130, the base station 150, and the information distribution server 160, as well as the operations of each component of the base station information transmission server 120 Will be explained.

  The map data storage unit 111 stores map data assigned administrative district data for identifying administrative districts on a map. The base station data acquisition unit 121 acquires base station data for identifying the base station 150 from the base station 150, and performance data including data necessary for specifying at least the installation coordinates and the cell of the base station 150. Also, the base station data acquisition unit 121 further acquires radio network control station data for identifying the radio network control station 130 from the radio network control station 130 that accommodates the plurality of base stations 150.

  The mapping unit 122 maps the installation coordinates and cells of the base station 150 on the map indicated by the map data stored in the map data storage unit 111 based on the performance data acquired by the base station data acquisition unit 121. In addition, the mapping unit 122 determines the installation coordinates and / or cell of the base station 150 on the map indicated by the map data based on the installation coordinates and / or cell change contents of the base station 150 received by the change input reception unit 129. Update the mapping.

  The administrative district data extraction unit 123 extracts administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the base station 150 mapped by the mapping unit 122. In addition, when the mapping unit 122 updates the cell of the base station 150, the administrative district data extraction unit 123 re-extracts administrative district data of administrative districts that overlap on the map indicated by the map data.

  The base station data storage unit 112 includes a base station data acquired by the base station data acquisition unit 121 based on a correspondence relationship between the cell of the base station 150 and the administrative region overlapping on the map indicated by the map data, and an administrative region data extraction unit. The administrative district data extracted by 123 is stored in association with each other. In addition, the base station data storage unit 112 stores the radio network control station data acquired by the base station data acquisition unit 121 in association with the base station data of each base station 150 accommodated in the radio network control station 130. In addition, the base station data storage unit 112 is configured so that the base station data of the base station 150 is based on the correspondence relationship between the cell of the base station 150 re-extracted by the administrative region data extraction unit 123 and the administrative region overlapping on the map indicated by the map data. Update the association between and administrative district data.

  The information distribution destination data receiving unit 124 receives information distribution destination data indicating the information distribution destination from the information distribution server 160. The administrative district specifying unit 125 specifies an administrative district including the information delivery destination indicated by the information delivery destination data received by the information delivery destination data receiving unit 124. The base station data extraction unit 126 extracts, from the base station data stored in the base station data storage unit 112, base station data associated with the administrative district data of the administrative district specified by the administrative district specifying unit 125. . In addition, when extracting base station data associated with the same radio network control station data, the base station data extraction unit 126 extracts radio network control station data instead of extracting the base station data.

  The base station information output unit 127 outputs the base station data extracted by the base station data extraction unit 126 as base station information to be transmitted to the information distribution server 160. Also, the base station information output unit 127 outputs the base station information to be transmitted to the information distribution server 160 when the base station data extraction unit 126 extracts the radio network control station data. The display unit 128 displays to the administrator a map indicated by map data in which the mapping unit 122 maps the installation coordinates and cells of the base station 150. The change input receiving unit 129 receives an input from the administrator to change the installation coordinates or cell of the base station 150 on the map indicated by the map data displayed by the display unit 128.

  As described above, when the base station information transmission server 120 is applied to an actual product, information that can specify the installation coordinates and the cell of the base station 150 is obtained from the base station 150, and the administration is based on the information. By mapping the installation coordinates of the base station 150 and the cell on the map data that can specify the area, the administrative area that overlaps the cell of the base station 150 on the map is specified, and the base station 150 A database in which administrative districts in the cell range of the base station 150 are associated can be automatically generated.

  Further, when the base station information transmission server 120 is applied to an actual product, the data of the information distribution destination area is obtained from the information distribution server 160, and the administrative area including the information distribution destination area is automatically based on the data. Therefore, the base station 150 having the cell in the administrative area is automatically specified, and the base station information of the base station 150 can be provided to the base station information transmission server 120.

  Further, when the base station information transmission server 120 is applied to an actual product, a map in which the installation coordinates of the base station 150 and the cell are mapped is displayed on the display unit 128, and the administrator misregisters while viewing this display screen. The installation coordinates and cell of the base station 150 can be easily changed.

FIG. 5 is a diagram illustrating an example of a processing flow in which the base station information transmission server 120 stores base station data.
The base station information transmission server 120 stores map data assigned administrative district data for identifying administrative districts on the map in advance in the map data storage unit 111 (S101). Specifically, a plurality of image data parts constituting map data are stored in association with administrative district data corresponding to each part.

  First, the base station data acquisition unit 121 acquires base station data for identifying the base station 150 from the base station 150, and performance data including data necessary for specifying at least the installation coordinates and the cell of the base station 150. (S102). Also, the base station data acquisition unit 121 further acquires radio network control station data for identifying the radio network control station 130 from the radio network control station 130 that accommodates the plurality of base stations 150. Specifically, when the base station 150 is newly established or the setting is changed, data is acquired from the related base station 150 or the radio network control station 130.

  Next, the mapping unit 122 maps the installation coordinates and cells of the base station 150 on the map indicated by the map data stored in the map data storage unit 111 based on the performance data acquired by the base station data acquisition unit (S103). ). Specifically, the cell of the base station 150 is identified for each part of the map data having coordinates that coincide with the coordinates constituting the fan-shaped area indicating the cell of the base station 150 calculated as described above. Associate data.

  Next, the administrative district data extraction unit 123 extracts administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the base station 150 mapped by the mapping unit 122 (S104). Specifically, administrative district data associated with each part constituting map data associated with data for identifying cells is extracted as described above.

  In this way, the base station information transmission server 120 has the base station data acquired by the base station data acquisition unit 121 based on the correspondence relationship of the administrative districts that overlap on the map indicated by the cell of the base station 150 and the map data, The administrative district data extracted by the administrative district data extraction unit 123 is associated with the administrative district data and stored in the base station data storage unit 112 (S105), and the process is terminated. At this time, the base station information transmission server 120 associates the radio network control station data acquired by the base station data acquisition unit 121 with the base station data of each base station 150 accommodated in the radio network control station 130, respectively. Store.

FIG. 6 is a diagram illustrating an example of a processing flow in which the base station information transmission server 120 outputs base station data.
First, the information distribution destination data receiving unit 124 receives information distribution destination data indicating an information distribution destination from the information distribution server 160 (S201). Specifically, data that can specify an administrative district is received as information distribution destination data.

  Next, the administrative district specifying unit 125 specifies an administrative district including the information delivery destination indicated by the information delivery destination data received by the information delivery destination data receiving unit 124 (S202). Next, the base station data extraction unit 126 is associated with the administrative district data of the administrative district specified by the administrative district specifying unit 125 from the base station data stored in the base station data storage unit 112. Is extracted (S203). At this time, when extracting base station data associated with the same radio network control station data, the base station data extraction unit 126 extracts radio network control station data instead of extracting the base station data. .

  In this way, the base station information output unit 127 outputs the base station data extracted by the base station data extraction unit 126 as base station information to be transmitted to the information distribution server 160 (S204), and the process is terminated. In addition, when the base station data extraction unit 126 extracts radio network control station data, the base station information output unit 127 outputs radio network control station data as base station information to be transmitted to the information distribution server. Specifically, as the base station information, the information distribution server 160 is networked to the base station 150 so that the information distribution server 160 can distribute information to the communication terminal via the base station 150 for information distribution. Information that can be connected via the Internet, such as an IP address, is transmitted as base station information.

FIG. 7 is a diagram illustrating an example of a processing flow in which the base station information transmission server 120 changes the installation position or cell of the base station 150.
The display unit 128 displays the map indicated by the map data in which the mapping unit 122 maps the installation coordinates and the cell of the base station 150 to the administrator (S301). Specifically, a map having information that allows the administrator to identify which map is displayed is displayed, and the displayed base station 150 is automatically switched according to the scale. To do.

  First, the change input receiving unit 129 receives an input from the administrator to change the installation coordinates or cell of the base station 150 on the map indicated by the map data displayed by the display unit 128 (S302). For example, by operating using a mouse cursor, a change in installation coordinates or cell of the base station 150 is accepted.

  Next, the mapping unit 122 sets the installation coordinates and / or cells of the base station 150 on the map indicated by the map data based on the installation coordinates and / or cell changes of the base station 150 received by the change input reception unit 129. The mapping is updated (S303). Specifically, the association between the cell of the base station 150 and the map data part is once reset. Then, the line segment indicating the radius of the fan-shaped area indicating the cell of the base station 150 changed as described above is integrated again to the angle of the radio wave output width with reference to the installation coordinates of the base station 150, and the radius is calculated. Data identifying the cell of the base station 150 is associated with the parts constituting the map data having the coordinates at which the line segments shown intersect.

  Next, the administrative district data extracting unit 123 re-extracts administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the base station 150 updated by the mapping unit 122 (S304). In this way, the base station information transmission server 120 stores the base station data based on the correspondence relationship between the cell of the base station 150 re-extracted by the administrative region data extracting unit 123 and the administrative region overlapping on the map indicated by the map data. The association between the base station data of the base station 150 and the administrative district data in the unit 112 is updated (S305).

FIG. 8 is a diagram illustrating an example of data stored in the base station data storage unit 112 in a table format.
The base station data storage unit 112 stores one or more administrative district data in association with a combination of base station data and radio network control station data. The base station data and the radio network control station data are data for allowing the base station 150 or the radio network control station 130 on the network to be identified and connected when the information distribution server 160 performs information distribution. It is. As such data, for example, an IP address, a MAC address, or the like can be considered.

  The administrative district data is data extracted from the map data by the administrative district data extraction unit 123, and is used for identifying the administrative district area. In the example of the present embodiment, the administrative district data is a 5-digit identification number. However, the present invention is not limited to this. For example, a municipality name or a zip code may be used as the administrative district data. In the case where the city name or postal code is used as administrative district data, there is an advantage that it is possible to recognize at a glance which administrative district is associated with the administrative district data.

  In the example of this figure, the base station data storage unit 112 is associated with the radio network control station 130a having the IP address “210.153.84.0/24”, and the IP address “210.153.84. Data of base station 150a having 1/24 ", base station 150b having IP address" 210.153.84.2/24 ", and base station 150c having IP address" 210.153.84.3/24 " Is stored.

  In the example of this figure, the base station data storage unit 112 is associated with the base station 150a having the IP address “210.153.84.1/24”, and the administrative district data “01005” and the administrative district data “ Data of “01006”, administrative district data “01009”, and administrative district data “01010” are stored.

  The above base station information transmission control apparatus has a computer system inside. The moving image process described above is stored in a computer-readable recording medium in the form of a program, and the above process is performed by the computer reading and executing this program. Here, the computer-readable recording medium refers to a magnetic disk, a magneto-optical disk, a CD-ROM, a DVD-ROM, a semiconductor memory, and the like.

  Alternatively, the computer program may be distributed to the computer via a communication line, and the computer that has received the distribution may execute the program. The program may be for realizing a part of the functions described above. Furthermore, what can implement | achieve the function mentioned above in combination with the program already recorded on the computer system, and what is called a difference file may be sufficient.

  As mentioned above, although this invention was demonstrated using embodiment, the technical scope of this invention is not limited to the range as described in the said embodiment. It will be apparent to those skilled in the art that various modifications or improvements can be added to the above embodiment. It is apparent from the description of the scope of claims that embodiments with such changes or improvements can be included in the technical scope of the present invention.

DESCRIPTION OF SYMBOLS 100 Base station information transmission system 110 Base station information transmission control apparatus 111 Map data storage part 112 Base station data storage part 120 Base station information transmission server 121 Base station data acquisition part 122 Mapping part 123 Administrative area data extraction part 124 Information distribution destination data Reception unit 125 Administrative region identification unit 126 Base station data extraction unit 127 Base station information output unit 128 Display unit 129 Change input reception unit 130 Radio network control station 140 Communication line 150 Base station 151 Antenna latitude 152 Antenna longitude 153 Antenna altitude 154 Antenna pointing Direction 155 Radio wave output intensity 156 Radio wave output width 160 Information distribution server

Claims (6)

A base station information transmission control device that transmits base station information to an information distribution server,
A map data storage unit for storing map data assigned administrative region data for identifying administrative regions on a map;
A base station data acquisition unit for acquiring base station data for identifying the base station from the base station, and performance data including data necessary to identify at least the installation coordinates and the cell of the base station;
Based on the performance data acquired by the base station data acquisition unit, a mapping unit for mapping installation coordinates and cells of the base station on a map indicated by the map data stored in the map data storage unit;
An administrative district data extraction unit that extracts administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the base station mapped by the mapping unit;
Based on the correspondence relationship between the cell of the base station and the administrative area overlapping on the map indicated by the map data, the base station data acquired by the base station data acquisition unit and the administrative area extracted by the administrative area data extraction unit A base station data storage unit that associates and stores area data;
An information delivery destination data receiving unit for receiving information delivery destination data indicating an information delivery destination from the information delivery server;
An administrative district specifying unit that identifies an administrative district including an information delivery destination indicated by the information delivery destination data received by the information delivery destination data receiving unit;
A base station data extraction unit that extracts base station data associated with administrative district data of the administrative district identified by the administrative district identification unit from the base station data stored in the base station data storage unit; ,
A base station information transmission control device comprising: a base station information output unit that outputs base station data extracted by the base station data extraction unit as base station information to be transmitted to the information distribution server. The base station data acquisition unit further acquires radio network control station data for identifying the radio network control station from a radio network control station accommodating a plurality of the base stations,
The base station data storage unit stores the radio network control station data acquired by the base station data acquisition unit in association with the base station data of each base station accommodated by the radio network control station,
When the base station data extraction unit extracts base station data associated with the same radio network control station data, instead of extracting the base station data, the base station data extraction unit extracts the radio network control station data,
The base station information transmission control device according to claim 1, wherein the base station information output unit outputs the radio network control station data extracted by the base station data extraction unit as base station information to be transmitted to the information distribution server. . A display unit that displays a map indicated by map data in which the mapping unit maps the installation coordinates and cells of the base station;
A change input receiving unit that receives an input to change the installation coordinates or cell of the base station on the map indicated by the map data displayed by the display unit;
The mapping unit is configured to map the base station installation coordinates and / or cells on the map indicated by the map data based on the base station installation coordinates and / or cell change content received by the change input reception unit. Update
The administrative district data extraction unit re-extracts administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the base station updated by the mapping unit,
The base station data storage unit, based on a correspondence relationship between the cell of the base station re-extracted by the administrative region data extraction unit and the administrative region overlapping on the map indicated by the map data, The base station information transmission control apparatus according to claim 1 or 2, wherein the association with the administrative district data is updated. A base station information transmission control method for transmitting base station information to an information distribution server,
A map data storing step for storing map data in which map data storing administrative region data for identifying administrative regions on the map is stored in a map data storage unit;
Base station data acquisition step for acquiring base station data for identifying the base station from the base station, and performance data including data necessary for specifying at least the installation coordinates and the cell of the base station;
Based on the performance data acquired in the base station data acquisition step, a mapping step of mapping installation coordinates and cells of the base station on a map indicated by the map data stored in the map data storage unit;
Administrative district data extraction step of extracting administrative district data of administrative districts overlapping on the map indicated by the map data and the cell of the base station mapped in the mapping step;
Based on the correspondence relationship between the cell of the base station and the administrative area overlapping on the map indicated by the map data, the base station data acquired in the base station data acquisition step, and extracted in the administrative area data extraction step A base station data storage step of storing the administrative district data in association with the base station data storage unit;
An information delivery destination data receiving step for receiving information delivery destination data indicating an information delivery destination from the information delivery server;
An administrative district specifying step for specifying an administrative district including an information delivery destination indicated by the information delivery destination data received in the information delivery destination data receiving step;
A base station data extraction step for extracting base station data associated with administrative district data of the administrative district identified in the administrative district identification step from among the base station data stored in the base station data storage section When,
A base station information transmission control method comprising: a base station information output step of outputting the base station data extracted in the base station data extraction step as base station information to be transmitted to the information distribution server. On the computer,
A map data storage procedure for storing map data assigned administrative region data for identifying administrative regions on a map in a map data storage unit;
Base station data acquisition procedure for acquiring base station data for identifying the base station from the base station, and performance data including data necessary for specifying at least the installation coordinates and the cell of the base station;
Based on the performance data acquired in the base station data acquisition procedure, a mapping procedure for mapping installation coordinates and cells of the base station on the map indicated by the map data stored in the map data storage unit;
Administrative district data extraction procedure for extracting administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the base station mapped in the mapping procedure;
Based on the correspondence relationship between the cell of the base station and the administrative area overlapping on the map indicated by the map data, the base station data acquired in the base station data acquisition procedure, and extracted in the administrative area data extraction procedure A base station data storage procedure for storing the administrative district data in association with the base station data storage unit;
An information delivery destination data receiving procedure for receiving information delivery destination data indicating an information delivery destination from the information delivery server;
An administrative district specifying procedure for specifying an administrative district including an information delivery destination indicated by the information delivery destination data received in the information delivery destination data receiving procedure;
Base station data extraction procedure for extracting, from the base station data stored in the base station data storage unit, base station data associated with administrative district data of the administrative district identified in the administrative district identification procedure When,
A program for executing a base station information output procedure for outputting the base station data extracted in the base station data extraction procedure as base station information to be transmitted to the information distribution server. An information distribution server for distributing information;
A base station information transmission control device that transmits base station information to the information distribution server,
The base station information transmission control device,
A map data storage unit for storing map data assigned administrative region data for identifying administrative regions on a map;
A base station data acquisition unit for acquiring base station data for identifying the base station from the base station, and performance data including data necessary to identify at least the installation coordinates and the cell of the base station;
Based on the performance data acquired by the base station data acquisition unit, a mapping unit for mapping installation coordinates and cells of the base station on a map indicated by the map data stored in the map data storage unit;
An administrative district data extraction unit that extracts administrative district data of administrative districts that overlap on the map indicated by the map data and the cell of the base station mapped by the mapping unit;
Based on the correspondence relationship between the cell of the base station and the administrative area overlapping on the map indicated by the map data, the base station data acquired by the base station data acquisition unit and the administrative area extracted by the administrative area data extraction unit A base station data storage unit that associates and stores area data;
An information delivery destination data receiving unit for receiving information delivery destination data indicating an information delivery destination from the information delivery server;
An administrative district specifying unit that identifies an administrative district including an information delivery destination indicated by the information delivery destination data received by the information delivery destination data receiving unit;
A base station data extraction unit that extracts base station data associated with administrative district data of the administrative district identified by the administrative district identification unit from the base station data stored in the base station data storage unit; ,
And a base station information output unit that outputs base station data extracted by the base station data extraction unit as base station information to be transmitted to the information distribution server.

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