KR100449916B1 - Wireless Internet of Network Management System Using the WAP Phone - Google Patents

Abstract

The present invention relates to a network management system using a swap phone. According to an aspect of the present invention, there is provided a network management system for wireless internet network management for transmitting / receiving data, the apparatus comprising: an RF repeater for controlling a swap phone having a built-in wireless internet browser at a predetermined period by a control unit of the RF repeater; A swap / web server that stores data information defined by a swap protocol transmitted from the RF repeater in a database, and controls and manages an operation state by accessing the Internet with the network manager; And a wireless Internet phone capable of network management by the operator's swap phone.

Description

Wireless Internet Network Management System Using Wap Phone {Wireless Internet of Network Management System Using the WAP Phone}

The present invention relates to a network management system using a swap phone that enables the wireless Internet network management system (NMS: network management system) of the RF repeater to check the communication status. In particular, the present invention can immediately know whether there is an abnormality of the management network in the management network system, for example, the management network system using all types of RF repeaters, and the call quality and abnormality of the entire service area The present invention relates to a network management system using a manageable swap phone.

1 is a schematic configuration diagram of the overall operation of the network management system according to the prior art.

As shown in FIG. 1, when communicating for network management using a conventional short message service (SMS), a repeater monitoring server 21 connected to a database 22 is connected to an existing network through an Ethernet TCP / IP interface. Repeater monitoring terminal 28 through a virtual SMS server 24 operating in an SMS center 23 in a mobile telephone network, a location register (HLR) 25, an MSC switch 26 and a base station controller 27 ) Thus, the connection between the repeater monitoring server 21 and the repeater monitoring terminal 28 is a problem that needs to match the Ethernet TCP / IP interface is difficult to build a management network. In addition, if a short message of SMS is transmitted, the short message should be transmitted within 80 bytes, thus the message transmission amount is limited. Moreover, there is a disadvantage that transmission / reception is impossible because transmission must be unidirectional.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned conventional problems, and an object of the present invention is to match the Ethernet TCP / IP interface in a network management system using a conventional SMS. It is to provide a repeater management system using a swap phone that is easy to manage on the go by improved and wireless and wired Internet-based message transmission.

In the repeater management system using a swap phone according to the present invention, the RF repeater controls the swap phone embedded in the wireless Internet browser by the RF repeater control unit therein. The RF repeater control unit connects to the wireless internet at regular intervals, for example, 5 minutes, 10 minutes, or 30 minutes, and the state of the RF repeater to the management network server (hereinafter, referred to as "wap / web") in accordance with the protocol defined in the swap protocol. RF repeater control command is performed by sending information, alarm information, diagnostic information (frequency spectrum waveform data). In addition, the swap / web server may store data information defined by the swap protocol transmitted from the RF repeater in a DB (database) and access the Internet through a wired LAN to the network manager for operational status and control management. . In addition, it converts to web form so that network management can be performed through internet and converts so that network manager can operate.

In addition, if the registered manager's mobile phone is registered as the RF repeater management phone by the network manager and the website of the RF repeater is registered, the list of the corresponding RF repeater is listed on the moving manager phone. Viewing this listing list, the user can perform the operation of the RF repeater on the move with the corresponding waffle phone. The WP / Web server transmits the status information, alarm information, and operation log-in of the RF repeater to the manager phone in the form defined in the WAP protocol through the WP phone registered as the manager WP phone. In addition, if there is a control command, it is configured to receive the command and perform the control command of the RF repeater.

The SMS phone connected to the web / wafer phone server sends a short message to the corresponding RF repeater via SMS and receives the status, alarm, and control information of the RF repeater by allowing the built-in waffle phone to be connected through the wireless Internet. Accordingly, anyone in the place where there is a wired network (wired LAN) can manage the relay through the Internet at any time, and can easily manage it at any time with the management network that can be managed on the go through the administrator's mobile phone.

1 is a schematic configuration diagram of the overall operation of the network management system according to the prior art,

Figure 2 is a schematic configuration diagram of the operation of the network management system using a swap phone according to the present invention.

* Brief description of symbols for the main symbols in the drawings *

1: Network Manager 2: Wired Internet Network

3: Web / Wapphone Server 4: RF Repeater

5: repeater control unit 6: swap phone

7: Base Station 1 8: Mobile Phone Network (Wireless Internet Network)

9: Manager Wapphone 10: Target Station 2

11: other station 3 12: SMS phone

13: DB (database)

Hereinafter, a description will be given of the network management system using a swap phone and the specific device of the present invention.

Repeater management system using a swap phone according to the present invention schedules the internal state information, alarm information, diagnostic information (spectrum waveform data) and the like under the control of the repeater control unit 5 inside the RF repeater 4 as shown in FIG. It transmits to the base station 1 (7) through the swap phone 6 installed in the RF repeater (4) at periodic intervals. Here, the transmission period may be specified by the network manager at intervals of 5 minutes, 10 minutes, 30 minutes, and the like.

Base station 1 (7) is connected to the RF repeater (4) adjacent to the status information, alarm information, diagnostic information, environmental information, etc. transmitted from the RF repeater (4) via a mobile telephone network (wireless Internet) (8) Transfer to the swap phone server (3). In this case, the mobile telephone network transmission is transmitted by accessing the WML language protocol method defined in the swap protocol.

On the other hand, in the swap / web phone server 3, the status information, alarm information, diagnostic information, radio wave environment, etc. of the RF repeater 4, which are raised at regular intervals, are stored in the DB 13 and the stored information data is wired by the network manager 1. Provided to the network manager 1 when connecting via the Internet network 2.

In addition, in the configuration of the repeater management network using a swap phone, when the network manager 1 wants to control the RF repeater 4, the control information such as gain of the repeater, RF output on / off, and the like are changed and stored. When the control information is connected to the RF repeater 4 via the wireless Internet network 8 at regular intervals through the swap phone 6, the control information is transmitted to the control information through the swap phone 6 inside the RF repeater 4. Receives the control information such as repeater gain, RF output on / off of the RF repeater (4) through the repeater control unit (5).

And the network management by the RF repeater 4 during the movement is as follows. As shown in FIG. 2, the network manager 1 accesses the corresponding RF repeater 4 to be managed by the web / wafer phone server 3 to the wired Internet network 2 and registers it with the manager swap phone 9. When the RF repeater 4 is registered, the mobile network manager 1 connects to the wireless Internet network 8 via the base station 10 through his swap phone 9 and selects management information. The server 3 keeps the relay DB information coming up from the RF repeater 4 at regular intervals and provides management information to the moving manager swap phone 9. In addition, after seeing the management information provided, the mobile manager inputs the control information to be controlled through his / her swap phone (9) and transmits it to the web / wap phone server (3). The control information connected to the wireless Internet network 8 is provided and controlled.

The SMS phone 12, which is a terminal that services a short message installed in the web / wafer phone server 3, has an automatic reporting function of sending information about the swap phone 6 installed in the RF repeater 4 at regular intervals. The RF repeater control unit automatically reports to the wireless Internet at regular intervals (5 minutes, 10 minutes, 30 minutes, etc.).

The wireless internet is connected to the swap / web server 3 only when an alarm occurs. To this end, the SMS phone 12 transmits a control command and a status command by sending a message in a short form to the swap phone 6 installed in the repeater between predetermined periods.

As described above, an RF commander (4) is transmitted through a mobile phone network (8) and a base station (1) connected to a neighboring base station (11) by an emergency command message via an SMS phone (12) installed inside the web / wafer phone server (3). It is delivered to the swap phone 6 installed on it. The short message, which is an emergency command, is analyzed by the repeater control unit 5 installed in the RF repeater 4, and the message required by the web / wafer phone server 3 is transferred to the wireless Internet network 8 through the swap phone 6. By performing the emergency control command and the status request command required by the web / swap phone server 3 to access the control to provide a quick control rather than a certain period.

The web / wapphone server 3 simultaneously performs a swap server function and a web server function in the server. In addition, since the data connected through the wireless Internet is a DB, it is possible to provide services such as overall alarm statistics, status statistics, location (MAP), and diagnostic functions (spectrum waveforms).

In addition, when the web / wap phone server 3 sets the alarm notification function of the RF repeater 4 corresponding to the manager Wap phone 9 moving in the manager mode, the RF repeater 4 corresponding to the manager Wap phone 9 The function of notifying the presence of an abnormality in a short message through the SMS phone 12 installed in the web / wapping phone server 3 can be detected at any time by the mobile manager.

In addition, the web / swap phone server 3 reads a command that is automatically reported at a predetermined interval, for example, 5 minutes in the mobile communication network to store the status / control value of the RF repeater 4 in the database (DB) server 13 and It consists of one server having the function to output the stored state / control value. In addition, the web / wapphone server 4 has a function of outputting and controlling the data received from the RF repeater 320 in response to the administrator's request to the Internet manager's mobile phone (360).

On the other hand, the web / swap phone server (3) functions to enable management through the LAN of the wired Internet network (2) by the web conversion state operating between the web / swap phone server (3) and the RF repeater (4).

In addition, the SMS phone 12 has a function of transmitting an emergency content such as an alarm to the RF repeater 4 or the manager of the mobile operator Wapphone 9 through the SMS phone 12 connected to the web / swap phone server (3) do. Therefore, the network management system using a swap phone is easy to operate and control remotely through the Internet, and is easy to manage anytime and anywhere.

According to the network management system using a swap phone of the present invention, since the management network through the Internet to establish a wired network, anyone can always manage through the Internet, the management network construction cost is reduced. It is easy to manage repeaters and other systems by accessing the wireless Internet through the manager's phone while on the go. By establishing a wireless remote management network, there is no limit on the amount of data transmission, so a large amount of data can be transmitted and software upgrades are easy. That is, there is no data transmission limit compared to the SMS access method, which is one of the existing RF access methods. Bidirectional communication is possible, not unidirectional.

Claims (8)

In the network management system for network management for transmitting and receiving data, The RF repeater control unit controls the built-in wireless phone browser at regular intervals, and transmits a list of RF repeaters that have registered a site to the administrator. The administrator performs the control of the RF repeater while moving and accesses through the wireless Internet. An RF repeater for transmitting a short message to a web / wap phone server; The wireless Internet stores data information defined by the WAP protocol transmitted from the RF repeater in a database, controls and manages an operation state by accessing the Internet with the network manager, and manages an RF repeater using a wireless internet network communication method. Including, a swap / web server capable of remote management using a wired network (LAN); And, And a wireless Internet phone capable of network management by an SMS phone installed in the swap / web phone server and a mobile phone management operator's swap phone. delete delete delete delete delete The method of claim 1, The SMS phone is a network management system using a swap phone, characterized in that for transmitting the status, alarm, control information of the RF repeater to the web / swap phone server. The method of claim 1, The RF repeater control unit transmits status information, alarm information, and diagnostic information of the RF repeater to the management network server at intervals of 5 minutes, 10 minutes, or 30 minutes to perform an RF repeater control command. Management system.