KR101331939B1 - Traffic display system of mobile communication system and method for the same - Google Patents

Abstract

The present invention relates to a traffic display system and method of a mobile communication system that enables to display network configuration and traffic information on a map. According to the present invention, there is provided a network management system for managing traffic information of a base station, a base station controller, and a switch; And a traffic storage unit for collecting and storing traffic information from the network management system, a network configuration storage unit for storing information on the network configuration managed by the network management system, and map information around nodes corresponding to the network configuration. A map storage unit for storing and mapping a network configuration of the network configuration storage unit and traffic of the traffic storage unit on a map of the map storage unit and displaying detailed information of traffic corresponding to the selected node when a node of the network configuration is selected; Traffic server including a traffic display unit to display; Since the configuration can be included, the operator has the effect of easily presenting the operating status of the system to the outside by using the network configuration and traffic information displayed on the map.

Mobile, traffic sign

Description

TRAFFIC DISPLAY SYSTEM OF MOBILE COMMUNICATION SYSTEM AND METHOD FOR THE SAME}

1 is a functional configuration diagram of a traffic display system of a mobile communication system according to an embodiment of the present invention.

2 is a detailed block diagram of a traffic display system of a mobile communication system according to an embodiment of the present invention;

3 is an operation flowchart of a traffic display method of a mobile communication system according to an embodiment of the present invention;

4 is an exemplary view showing the configuration of a traffic display screen according to an embodiment of the present invention.

DESCRIPTION OF REFERENCE NUMERALS

100: base station 200: base station controller

300: switch 400: network management system

500: traffic server

The present invention relates to a traffic display system and method of a mobile communication system, and more particularly, to a traffic display system and method of a mobile communication system that enables to display the network configuration and traffic information on a map.

The traffic display system of the conventional mobile communication system displays the traffic state to the operator as a text-based message through the operator's Main Machine Communication (MMC) command. The conventional traffic display system processes the MMC command to analyze the traffic state of the mobile communication system and output the analysis result in text. The traffic display system outputs statistical data obtained by processing the traffic information collected for a certain time in a graphic message or a text-based message. Graphic-based messages represent traffic information in graph form, and text-based messages represent traffic information in text form.

However, since the conventional traffic display system outputs the traffic information in response to the MMC command, the conventional traffic information system does not display the traffic state of the currently operating communication system in real time. In addition, the state information of the text-based message has a problem that it is difficult for the operator to intuitively determine the traffic state.

The present invention has been made to solve the above-described problems, and provides a traffic display system and method of a mobile communication system for displaying the network configuration and traffic information on a map in order to easily output the traffic information to the system operator It is.

Traffic display system of a mobile communication system according to the present invention for achieving the above object, the network management system for managing traffic information of the base station, the base station controller and the switch; And a traffic storage unit for collecting and storing traffic information from the network management system, a network configuration storage unit for storing information on the network configuration managed by the network management system, and map information around nodes corresponding to the network configuration. A map storage unit for storing and mapping a network configuration of the network configuration storage unit and traffic of the traffic storage unit on a map of the map storage unit and displaying detailed information of traffic corresponding to the selected node when a node of the network configuration is selected; A traffic server including a traffic display unit for displaying;

According to an aspect of the present invention, there is provided a method for displaying traffic, comprising: analyzing traffic information collected from a network management system managing traffic information of a base station, a base station controller, and a switch when the traffic server receives a request for displaying the traffic; Loading an entire map and a detailed map corresponding to an upper network and a lower network of a network configuration managed by the network management system into a graphic memory; A mapping display step of mapping and displaying traffic information of the entire map and the upper network and the upper network; And selecting and displaying a detailed map corresponding to the lower network of the selected node and traffic information corresponding to the nodes of the lower network when the node of the upper network is selected.

The present invention displays traffic such as call completion rate, traffic rate, cut-off rate, etc. on a map. According to the present invention, the traffic is displayed in the background color of the map by changing the color according to the traffic value on the map.

The present invention displays the structure of the network on a map and displays the traffic corresponding to the nodes of the network. The present invention displays nodes connected in a tree or star form to the network structure on a map. The present invention displays traffic information in close proximity to the node when representing traffic for a node. Traffic information displays call attempt rate, completion rate, traffic rate, truncation rate, etc. in different colors according to the size of the value.

The present invention displays a network composed of a base station, a base station controller, and a switch in a star structure. The present invention displays the connection structure of a base station for wirelessly connecting with a mobile station, a base station controller for jurising a plurality of base stations, and an exchanger for jurising a plurality of base station controllers in a star structure. The present invention displays on a map in accordance with the actual location of the base station, the base station controller, and the switch, which are the main components of the mobile communication system distributed in the region.

The present invention maps and displays the connection structure of the exchange and the traffic information of the exchange on a map. According to the present invention, upon receiving a traffic display request, the entire map of the area controlled by the network is displayed, and the network configuration of the exchange located at the top of the network and the traffic information of the exchange are displayed on the entire map.

The present invention displays the traffic information of the base station controller connected to the switch when the switch is selected. The present invention displays the network configuration of the base station controller, which is a subordinate network of the exchange, and the traffic information of the base station controller when any exchange is selected from the network configuration of the top exchange displayed on the entire map.

The present invention displays the entire configuration of the network and the total traffic, and when the upper node of the network is selected, the traffic for the lower network is displayed. The present invention divides a network composed of a switch, a network configuration of a base station controller connected to a switch, and a network structure of a base station connected to a base station controller into a tree structure or a star structure and displays a lower network connected to an upper node when an upper node of the network is selected. do.

The present invention displays information on traffic in association with a map, network structure. The present invention displays the components of the network on the map with reference to the longitude and latitude information of the point where the components of the network are located, and displays the traffic information of the base station, the base station controller, and the exchange which are the components.

The present invention visually displays traffic information using a map and an image of a network structure. The present invention displays a network structure located on a map using a map image representing a building, a road, and a terrain, and a network image representing a connection structure of a network, and displays traffic information in proximity to a component of the network.

The present invention represents information in different colors according to the type of traffic. The present invention displays traffic information by assigning different colors depending on the type of traffic or the level of the value for the traffic.

In the present invention, if the traffic represented by the image is not recognized, the number is displayed. According to the present invention, when the distance between components of the network is so close that it is difficult to represent traffic in the image, the traffic information is displayed numerically or the image is reduced.

The present invention displays the traffic information of the network while moving from top to bottom. The present invention moves from the upper network to the lower network according to the node selection of the network, displays the network configuration, records the history information on the node movement, and moves to the previous network.

The present invention marks the actual location of the base station, base station controller and exchange in its original location on the map. The present invention displays the nodes of the network at points corresponding to the longitude and latitude by referring to the location information of the base station, the base station controller and the exchange.

The present invention displays map information and traffic information from an upper node to a lower node when a node of a network is clicked. According to the present invention, when a node of a network is clicked, the structure of the lower network including the clicked node is displayed on a map, and traffic information is displayed in proximity to the node of the lower network.

The present invention collects and utilizes traffic information from a network management system. The present invention collects traffic information from a network management system managing a base station, a base station controller, and a switch and utilizes it to display traffic information for each component of the network.

The present invention displays the base station controller under the switch and the traffic information for each sector of the base station under the base station controller when selecting a node of the network. Nodes in the network include an exchange, a base station controller, and a base station. When the exchange node is selected among the nodes of the network, the present invention displays the configuration of the base station controller connected to the switch and displays traffic information of the base station controller.

The present invention displays the location of a base station on a map using the latitude and longitude of the base station. The present invention displays the location of the base station on the measured map using the latitude and longitude coordinates of the location where the base station is installed. The present invention modifies the latitude and longitude coordinates of the base station to change the location of the base station.

When the lower node of the network is displayed, the present invention displays a detailed map including the lower node instead of the entire map. In the present invention, when a node is selected in the upper network to display the node of the lower network, the detailed map of the surrounding area in which the lower network is located is displayed and the lower network is displayed on the detailed map.

In the present invention, the entire map is enlarged to display the lower nodes of the network on the enlarged entire map. When the lower network is displayed in the upper network, the present invention displays the nodes of the lower network on the enlarged map by enlarging the surrounding area of the lower network among the entire maps. The present invention enlarges and displays the reduced buildings, roads, and topography on the map while enlarging the entire map.

The present invention uses the detailed map instead of the entire map when constructing the entire map and the detailed map and displaying the substructure of the network. The present invention constructs a complete map of the network composed of the switch, a network configuration of the base station controller connected to the switch and a detailed map of the network configuration of the base station connected to the base station controller, and uses it for the display of the upper network or the lower network.

The present invention receives the traffic information from the network management system in real time while displaying the traffic information on the map. The present invention receives the traffic information from the network management system in real time and updates the traffic information displayed on the map in real time.

The present invention collects the traffic information for the nodes of the network displayed on the screen from the network management system. The present invention preferentially collects traffic information for nodes of a network displayed on the screen, and lowers priorities for nodes of a network not displayed.

The present invention statistically displays the traffic information for each predetermined period. The present invention statistically displays the traffic information for each predetermined period in order to prevent a sudden change in the traffic information.

The present invention displays statistically processed traffic information in different colors according to attributes. The present invention displays traffic information having different attributes by mapping a specific color to attributes of the traffic information.

The present invention displays traffic information on a map and quickly informs traffic information to the sector of the base station. The present invention displays the network configuration and traffic information on the map and the traffic information up to the sector of the base station corresponding to the lowest level.

The present invention displays a boundary line corresponding to the jurisdiction of the nodes constituting the network on the map, and displays a color different according to the traffic value of the node in the jurisdiction. The color display is applied by mapping different colors according to the high and low traffic values.

Hereinafter, preferred embodiments of the present invention will be described in detail according to the device configuration and method configuration.

In the following description of the embodiments of the present invention, descriptions of techniques which are well known in the technical field of the present invention and are not directly related to the present invention will be omitted. This is for the sake of clarity of the present invention without omitting the unnecessary explanation.

 1 is a functional configuration diagram of a traffic display system of a mobile communication system according to an embodiment of the present invention, and FIG. 2 is a diagram of a mobile communication system according to an embodiment of the present invention. 3 is a detailed configuration diagram of a traffic display system, and FIG. 3 is an operation flowchart of a traffic display method of a mobile communication system according to an embodiment of the present invention, and FIG. 4 is an exemplary view showing a configuration of a traffic display screen according to an embodiment of the present invention. to be.

Referring to Figure 1, the traffic display system of the mobile communication system according to an embodiment of the present invention, the traffic display system is a network management system for managing the base station 100, the base station controller 200 and the switch 300 ( 400 and a traffic server 500 collecting traffic information from the network management system 400 and mapping and displaying network configuration and traffic information on a map.

The network management system 400 collects and analyzes data related to performance, failure, configuration, and RF received from mobile communication equipment such as the base station 100, the base station controller 200, the switch 300, and the like during network operation. Determining abnormality, analyzing causes of network performance degradation using data correlation analysis at regular time units, monitoring key performance indicators for performance by base station or sector at regular time units, and handover during peak hours of the day. Monitor key performance indicators such as, Q-factor, and paging response rate.

The network management system 400 collects and analyzes call processing data of the base station 100, the base station controller 200, and the exchange 300 to generate traffic information such as call completion rate, traffic rate, and disconnection rate during a call. When the network management system 400 receives a request message for traffic information from the traffic server 500, the network management system 400 transmits traffic information of the base station 100, the base station controller 200, and the exchange 300 to the traffic server 500.

The traffic server 500 collects traffic information from the network management system 400 and displays the network configuration and the traffic information by mapping it on a map. The traffic server 500 displays the network composed of the exchange 300 on the entire map, and displays the traffic information of the exchange 300. When the switch 300 node is selected, the traffic server 500 displays detailed maps around the selected switch 300 and displays traffic information of the base station controller 200 connected to the switch 300.

The traffic server 500 displays traffic such as call completion rate, traffic rate, and disconnection rate on the map. The traffic server 500 displays the background color of the map by changing the color according to the traffic value on the map.

The traffic server 500 displays the structure of the network on the map and displays the traffic corresponding to the nodes of the network. The traffic server 500 displays the nodes connected to the tree structure or the star shape on the map. The traffic server 500 displays the traffic information in proximity to the node when representing the traffic for the node. Traffic information displays call attempt rate, completion rate, traffic rate, truncation rate, etc. in different colors according to the size of the value.

The traffic server 500 displays a network composed of the base station 100, the base station controller 200, and the switch 300 in a star structure. The traffic server 500 displays the connection structure of the base station 100 for wirelessly connecting with the mobile station, the base station controller 200 for jurising a plurality of base stations, and the exchange 300 for jurising a plurality of base station controllers in a star structure. The traffic server 500 displays the base station 100, the base station controller 200, and the exchange 300, which are the main components of the mobile communication system distributed in the region, in correspondence with the actual location.

The traffic server 500 maps and displays the connection structure of the exchange and the traffic information of the exchange 300 on a map. When the traffic server 500 receives the traffic display request, the traffic server 500 displays the entire map of the area under the network's jurisdiction, and maps the network configuration of the exchange 300 located at the top of the network to the traffic information of the exchange 300. To display.

The traffic server 500 displays the traffic information of the base station controller 200 connected to the switch 300 when the switch 300 is selected. The traffic server 500 displays the network configuration of the base station controller 200, which is a lower network of the exchange, and the traffic information of the base station controller 200 when any exchange is selected in the network configuration of the top-level exchange 300 displayed on the entire map. do.

The traffic server 500 displays the overall configuration and total traffic of the network, and when selecting the upper node of the network, displays the traffic for the lower network. Traffic server 500 is a tree structure consisting of a switch 300, the network configuration of the base station controller 200 connected to the switch 300, and the network configuration of the base station 100 connected to the base station controller 200 tree or star structure If the upper node of the network is selected, the lower network connected to the upper node is displayed.

The traffic server 500 displays information on traffic in association with a map and a network structure. The traffic server 500 displays the components of the network on a map by referring to the longitude and latitude information of the point where the components of the network are located and displays the components of the base station 100, the base station controller 200, and the exchange 300. Display traffic information.

The traffic server 500 visually displays traffic information using a map and an image of a network structure. The traffic server 500 displays a network structure located on a map by using a map image representing a building, a road, and a terrain, and a network image representing a connection structure of a network, and displays traffic information in proximity to a component of the network. Display.

The traffic server 500 displays information in different colors according to the type of traffic. The traffic server 500 displays the traffic information by assigning different colors depending on the type of traffic or the level of the value for the traffic.

If the traffic server 500 does not recognize the traffic represented by the image, it displays a number. The traffic server 500 displays the traffic information numerically or reduces the image when the distance between components of the network is so close that it is difficult to represent the traffic in the image.

The traffic server 500 displays the traffic information of the network while moving from top to bottom. The traffic server 500 moves from the upper network to the lower network according to the node selection of the network, displays the network configuration, records history information on the node movement, and moves to the previous network.

The traffic server 500 displays the actual location of the base station, base station controller, and exchange at the original location on the map. The traffic server 500 refers to the location information of the base station 100, the base station controller 200, and the switch 300, and displays nodes of the network at points corresponding to longitude and latitude.

The traffic server 500 displays the map information and the traffic information from the upper node to the lower node when the node of the network is clicked. When the node of the network is clicked, the traffic server 500 displays the structure of the lower network including the clicked node on the map and displays traffic information in close proximity to the nodes of the lower network.

The traffic server 500 collects and utilizes traffic information from the network management system 400. The traffic server 500 collects traffic information from the network management system 400 managing the base station 100, the base station controller 200, and the switch 300, and displays the traffic information for each component of the network. .

The traffic server 500 displays the base station controller 200 under the switch 300 and the traffic information for each sector of the base station 100 under the base station controller 200 when selecting a node of the network. Nodes in the network include an exchange 300, a base station controller 200, and a base station 100. The traffic server 500 displays the configuration of the base station controller 200 connected to the switch 300 when the switch 300 node is selected among the nodes of the network, and displays the traffic information of the base station controller 200.

The traffic server 500 displays the location of the base station 100 on a map using the latitude and longitude of the base station. The traffic server 500 displays the location of the base station 100 on the measured map using the latitude and longitude coordinates of the location where the base station 100 is installed. The traffic server 500 changes the position of the base station 100 by modifying the latitude and longitude coordinates of the base station 100.

The traffic server 500 displays detailed maps including the lower nodes instead of the entire map when displaying the lower nodes of the network. When the node is selected in the upper network to display the node of the lower network, the traffic server 500 displays a detailed map of the surrounding area in which the lower network is located and displays the lower network on the detailed map.

The traffic server 500 enlarges the entire map to display the lower nodes of the network on the enlarged entire map. The traffic server 500 displays the nodes of the lower network on the enlarged map by enlarging the surrounding area of the lower network among the entire maps when displaying the lower network in the upper network. The traffic server 500 enlarges and displays the reduced buildings, roads, and topography on the map while enlarging the entire map.

The traffic server 500 uses the detailed map instead of the entire map when composing the entire map and the detailed map and displaying the substructure of the network. Traffic server 500 is a complete map of the network consisting of the switch 300, the network configuration of the base station controller 200 connected to the switch 300 and the details of the network configuration of the base station 100 connected to the base station controller 200 Construct a map and use it to display upper or lower networks.

The traffic server 500 receives the traffic information in real time from the network management system 400 while displaying the traffic information on the map. The traffic server 500 receives the traffic information from the network management system 400 in real time and updates the traffic information displayed on the map in real time.

The traffic server 500 collects traffic information about nodes of the network displayed on the screen from the network management system 400. The traffic server 500 preferentially collects traffic information about the nodes of the network displayed on the screen and lowers the priority of the nodes of the network not displayed.

The traffic server 500 statistically displays the traffic information for each predetermined period. The traffic server 500 statistically displays the traffic information for each predetermined period in order to prevent a sudden change in the traffic information.

The traffic server 500 displays statistically processed traffic information in different colors according to attributes. The traffic server 500 displays traffic information having different attributes by mapping a specific color to the attributes of the traffic information.

The traffic server 500 displays the traffic information on the map and quickly informs the traffic information up to the sector of the base station 100. The traffic server 500 displays network configuration and traffic information on a map and displays traffic information up to the sector of the base station 100 corresponding to the lowest level.

Next, the traffic display system according to the present invention will be described in detail by way of examples. From the following description of the traffic display system, the configuration of the above-described traffic display system will also be clear.

2 is a detailed block diagram of a traffic display system of a mobile communication system according to an embodiment of the present invention.

The network management system 400 collects and analyzes call processing data of the base station 100, the base station controller 200, and the exchange 300 to generate traffic information such as call completion rate, traffic rate, and disconnection rate during a call. The network management system 400 transmits traffic information of the base station 100, the base station controller 200, and the exchange 300 to the traffic server 500 when the traffic information request is made.

The traffic server 500 may include a traffic storage unit 510 for collecting and storing traffic information from the network management system 400, and a network configuration storage unit for storing information about the network configuration managed by the network management system 400 ( 520, a map storage unit 530 for storing map information of an area where a network is located, and a traffic display unit 540 for displaying network configuration and traffic information on a map.

The traffic storage unit 510 collects and stores traffic information from the network management system 400 that manages traffic information of the base station, the base station controller, and the exchange. The traffic storage unit 510 periodically accesses the network management system 400 to request and receive traffic information. When the traffic storage unit 510 is requested to display the traffic information, the traffic storage unit 510 requests and receives the traffic information corresponding to the network configuration to be displayed on the screen from the network management system 400. The traffic storage unit 510 stores the traffic information corresponding to the base station, the base station controller, and the switch which constitute the network. Traffic information includes call completion rate, traffic rate, busy disconnect rate, and the like.

The network configuration storage unit 520 stores information about the network configuration managed by the network management system 400. The network configuration storage unit 520 analyzes the connection relationship between the base station, the base station controller, and the exchange and stores the network configuration. The network configuration storage unit 520 organizes and stores a network configured as a switch, a network configuration of a base station controller connected to the switch, and a network configuration of a base station connected to the base station controller in a tree structure or a star structure. The network configuration storage unit 520 stores latitude and longitude information where the base station, the base station controller, and the exchanger are located.

The map storage unit 530 stores map information of an area where a network is located. The map storage unit 530 provides map information of the surrounding area required when expressing the configuration of the lower network according to the node selection of the network. The map storage unit 530 may include a full map including the entire network and a detailed map including a part of the network in consideration of a network configured as a switch, a network configuration of a base station controller connected to the exchange, and a network configuration of a base station connected to the base station controller. Save separately. The map storage unit 530 stores the entire map corresponding to the overall configuration of the network and the detailed map corresponding to the lower network configuration of the node according to the node selection of the network.

Traffic display unit 540 displays the network configuration and traffic information on the map. When the traffic display unit 540 receives the request for displaying the traffic information, the traffic display unit 540 maps and displays the traffic information of the exchange and the network composed of the exchange on the entire map. When the exchange node is selected in the network, the traffic display unit 540 maps the network configuration of the base station controller connected to the exchange and the traffic information of the base station controller on the detailed map including the lower network of the selected exchange. When the base station controller node is selected in the lower network, the traffic display unit 540 maps the network configuration of the base station connected to the base station controller and the traffic information of the base station on the detailed map including the lower network of the selected base station controller. The traffic display unit 540 generates a screen configuration by referring to the traffic information of the traffic storage unit 510, the network configuration of the network configuration storage unit 520, and the map information of the map storage unit 530.

The traffic display unit 540 requests the network configured storage unit 520 for the network configured as the exchange, requests the map storage unit 530 for map information of the network configured as the exchange, and sends traffic information of the network configured as the exchange. The storage unit 510 is requested to collect information necessary for screen configuration. The traffic display unit 540 displays the nodes of the network on the map in correspondence with the latitude and longitude of the map by referring to the latitude and longitude information of the network configuration. The traffic display unit 540 displays the traffic information of the node in proximity to the node.

The traffic display unit 540 requests the network configuration storage unit 520 to configure the lower network according to node selection, requests the map storage unit 530 for the map information of the lower network, and stores the traffic information of the lower network. Requests the unit 510 collects information necessary for screen configuration of the lower network. The traffic display unit 540 overlaps and displays the detailed map of the lower network on the entire map. The traffic display unit 540 displays the nodes of the network on the map corresponding to the latitude and longitude of the detailed map by referring to the latitude and longitude information of the lower network configuration. The traffic display unit 540 displays the traffic information of the node in proximity to the node of the lower network.

The device configuration is also implemented by a processor capable of executing a program that performs a series of procedures over time. The processor executes a work procedure that programs the operation of a module composed of devices. The processor sequentially executes the programs stored in the program memory in accordance with the scheduled task schedule or branches to the program corresponding to the generated event. The processor performs the functions and operations of the device corresponding to the task currently executed among the programmed tasks. The processor operates in different method configurations depending on the task being executed and is represented by the method module according to the operation. The operation of this method module will be described sequentially according to time flow and events.

3 is an operation flowchart of a traffic display method of a mobile communication system according to an embodiment of the present invention.

The traffic server requests traffic information corresponding to the base station, the base station controller and the switch from the network management system and receives traffic data including the completion rate, the traffic rate, and the access rate from the traffic network management system (S101).

When the operator requests the traffic server to indicate the connection rate, the traffic server collects the data necessary to display the connection rate. The traffic server extracts the connection rate related data from the received traffic data and organizes the network configuration of the exchange, the regional information under the exchange, and the connection rate of the exchange.

The traffic server displays the boundary of the area covered by the exchange on the entire map by referring to the area information under the jurisdiction of the exchange network configuration, and displays the connection rate of the exchange in the jurisdiction in different colors as the value is high and low. (S102). For example, the color display shows green when the connection rate is 90, yellow when 80, and red when 70.

The traffic server determines that any switch node among the nodes of the network configured as the switch is clicked and prepares an indication of a connection rate for the lower network of the clicked switch node. When any exchange node is clicked, the traffic server extracts the connection rate related data to the base station controller from the received traffic data and includes a switch corresponding to the exchange node, the network configuration of the base station controller, the area information under the control of the base station controller, and the base station. The connection rate of the controller is summarized.

The traffic server overlaps and displays a detailed map of the area around the clicked exchange node over the entire map representing the network composed of the exchange.

The traffic server displays the boundary of the area controlled by the base station controller on the detailed map by referring to the area information of the base station controller's network configuration, and displays the color of the base station controller as the access rate of the base station controller is high and low. Differently displayed (S103).

The traffic server determines that any base station controller node among the nodes of the network configured as the base station controller is clicked and prepares an indication of the access rate for the lower network of the clicked base station controller node. When any base station controller node is clicked, the traffic server extracts the connection rate related data for the base station from the received traffic data and includes the base station network including the base station controller corresponding to the base station controller node, the area information governed by the base station, and the base station. Summarizes the connection rate.

The traffic server overlaps and displays a detailed detailed map of the surrounding area of the clicked base station controller node on the detailed map representing the network composed of the base station controller.

The traffic server displays the boundary of the area covered by the base station on the detailed detailed map by referring to the area information which the base station has jurisdiction over the network configuration of the base station, and displays the access rate of the base station in the jurisdiction area with different colors according to the high and low values. (S104).

4 is an exemplary view showing the configuration of a traffic display screen according to an embodiment of the present invention.

Detailed maps are displayed on the entire map. The full map shows the overall configuration of the network in dividing lines bordering the area governed by the exchange, and the detailed map shows a subset of the overall configuration of the network. On the detailed map, the area boundary according to the network configuration of the base station controller is displayed, and the color depending on the difference in value for specific traffic information for each area is displayed as the background color of the map.

Although the present invention has been described in more detail with reference to examples, the present invention is not necessarily limited to these examples, and various modifications can be made without departing from the spirit of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the scope of the present invention but to limit the scope of the technical idea of the present invention. The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of the present invention.

As described above, according to the present invention, since the network configuration and traffic information can be displayed on the map, the operator has an effect of easily presenting the operation status of the system to outsiders by using the network configuration and traffic information displayed on the map.

In addition, when the node of the network is selected, the present invention associates and displays the configuration of the lower network of the selected node and traffic information so that the operator can directly access and confirm the traffic state of the neighboring node adjacent to the node in which the abnormality has occurred. Can be.

Claims (6)

A network management system for managing traffic information of the base station, the base station controller, and the exchange; And A traffic storage unit for collecting and storing traffic information from the network management system; A network configuration storage unit for storing information on network configurations managed by the network management system; A map storage unit for storing map information around nodes corresponding to the network configuration, and The network configuration is displayed on a map stored in the map storage unit. The network information is displayed by mapping the traffic information collected by the traffic storage unit to the network configuration. When a specific node of the network configuration is selected, the traffic corresponding to the selected node is displayed. A traffic server including a traffic indicator for displaying detailed information; The traffic server may display the traffic information in color when the distance between components existing in the network configuration is greater than or equal to the reference distance, and display the traffic information numerically when the distance is less than the reference distance. Traffic marking system of mobile communication system. The method of claim 1, wherein the traffic display unit Initially, when outputting the traffic, the entire map is read from the map storage unit, the network configuration consisting of the exchange is read from the network configuration storage unit, the traffic of the exchange is read from the traffic storage unit, and the read data is used. Traffic display system of the mobile communication system for mapping and displaying the traffic of the network and the exchange consisting of the exchange on the entire map. The method of claim 1, wherein the traffic display unit When a node of the network configuration is selected, detailed maps of the area around the selected node are displayed, the sub network including the selected node is displayed, and the traffic of the nodes configuring the sub network are displayed in different colors according to the traffic value. Traffic marking system of mobile communication system. Analyzing the traffic information collected from the network management system managing the traffic information of the base station, the base station controller, and the exchange when the traffic server receives the request for displaying the traffic; Loading an entire map and a detailed map corresponding to an upper network and a lower network of a network configuration managed by the network management system into a graphic memory; A first mapping display step of mapping and displaying the entire map, traffic information of the upper network and the upper network; A second mapping display step of mapping the traffic information by color when the distance between components existing in the upper network is greater than or equal to the reference distance, and mapping and displaying the traffic information by number when the distance is less than the reference distance; Wow; And selecting and displaying a detailed map corresponding to the lower network of the selected node and traffic information corresponding to the nodes of the lower network when the node of the upper network is selected. The method of claim 4, wherein the first mapping display step Displaying an entire map corresponding to the upper network when initially outputting traffic; Displaying a boundary line corresponding to the jurisdiction of the exchange constituting the upper network on the entire map; And displaying a different color according to the traffic value of the exchange in the jurisdiction. The method of claim 4, wherein the selection display step If a node of the network configuration is selected, displaying a detailed map of the area around the selected node by overlapping the entire map; Displaying a boundary line corresponding to a jurisdiction of a node constituting a lower network including the selected node on the detailed map; And displaying a different color according to the traffic value of the node of the lower network in the jurisdiction.

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