KR102212603B1 - Internet access system of providing dualized connection for mobile network and broadband network, and method for the same - Google Patents

Abstract

The present invention relates to a technology for stably maintaining the connection quality for a broadband network (Internet) by controlling switching on a network connection path by a customer home device in response to a communication situation in general, and more particularly, to an Internet dualized connection technology, which supports Internet dualized connection for controlling switching on an external connection path between a mobile communication network and a broadband network by a customer home device in response to a communication situation to detect the bad quality of the Internet or the difficulty in connection to a wired Internet communication network due to a fire of a communication port in real time, and to stably maintain the connection quality for a broadband network (Internet) through switching of a connection path corresponding to the detection. According to the present invention, the Internet connection can be stably maintained through a dualized connection between a mobile communication network and a broadband network. In particular, when the wired Internet connection is slowed or cut, or a connection to a wired Internet communication network is difficult due to a fire at a communication port, a customer home device can guarantee communication connectivity for a broadband network (Internet) for a home user.

Description

Internet access system of providing dualized connection for mobile network and broadband network, and method for the same

The present invention generally relates to a technology for stably maintaining the quality of access to a broadband network (Internet) by switching and controlling a network access path in response to a communication situation.

In particular, the present invention supports the Internet dualization connection in which a customer's premises device performs switching control of an external access path between a mobile communication network and a broadband network in response to a communication situation, thereby deteriorating Internet connection quality or wired Internet due to a communication zone fire. The present invention relates to an Internet dual access technology that detects in real time when access to a communication network becomes difficult and maintains a stable connection quality to a broadband network (Internet) through corresponding access path switching.

In recent years, as digital content playback devices such as smartphones, tablet PCs, laptop computers, and IP set-top boxes have become widespread and Internet content services such as Netflix, YouTube, Google Movies, and Apple Music have become commonplace, wired and wireless Internet can be used at high speed at home. The technology that makes it possible has become very important.

In order to use the Internet service at home, the user applies for the Internet service to a communication service company. Then, the installation staff of the communication service company visits the user's home, installs various network devices, and performs initial setup and device registration so that the installed network devices can operate normally. When the Internet subscription and opening process is completed, Internet use becomes possible.

[Fig. 1] is a diagram showing a general configuration of an Internet access system in which an Internet service is provided through a communication service company. Referring to Fig. 1, in-house user devices, such as various mobile devices and smart devices, are connected to communication equipment of a communication service company through customer premises equipment (CPE), and are connected to a broadband network (Internet) through these communication equipment. do. At this time, the customer premises equipment (CPE) is a terminal device for connecting the in-house user equipment to communication equipment of a communication service company, such as a gateway, a network switch, etc.In this specification, Internet routers are assumed.

At this time, communication equipment (gateway, network switch) is built and maintained by a communication service company. However, there are cases in which the connection quality of the wired Internet is poor, such as a temporary disconnection of the Internet provided by these communication devices or a rapid slowing of a communication speed. In addition, there are cases in which the connection of the wired Internet communication network is difficult for a considerable period of time due to serious failures in communication equipment, such as a fire in the communication area of KT Ahyeon Branch in November 2018.

In this case, when the communication equipment of a communication service company is the cause, there is a social need to structurally alleviate this situation because problems occur in Internet access in several generations of blocks rather than one or two generations. In addition, if communication equipment is the cause, it may not be resolved within an hour or two, and Internet access failure may persist for a considerable period of time. However, in a situation where ordering through online has become common in recent years, serious business losses are caused to the self-employed in the region.

Accordingly, there is a need for a technology capable of solving the problems of the prior art by stably maintaining Internet access.

It is an object of the present invention to provide a technology for stably maintaining connection quality to a broadband network (Internet) by switching and controlling a network access path by a customer premises device in response to a communication situation in general.

In particular, it is an object of the present invention to support Internet dualized access in which a customer's premises device performs switching control of an external access path between a mobile communication network and a broadband network in response to a communication situation. It provides an Internet dual access technology that detects in real time when access to a wired Internet communication network becomes difficult and maintains the connection quality for a broadband network (Internet) stably through corresponding access path switching.

In order to achieve the above object, the present invention provides IP address information of a customer premises device 100 installed in a subscriber premises of an Internet access service and a series of communication devices included in an access path to a communication company server for a plurality of subscriber locations. A mobile communication network and a broadband Internet dual access system including a managed network information management server 200 and a subscriber information server 300 for managing subscriber information of an Internet access service are provided.

In the Internet binary access system according to the present invention, the subscriber information server 300 receives user subscription information from the customer premises device 100, allocates an IP address to the customer premises device 100, and stores the user subscription information as network information. It is configured to be transmitted to the management server 200, and the network information management server 200 manages a database of information via communication equipment, which is the IP address of communication equipments included in the access path to the communication company server for a plurality of subscriber addresses, Upon opening of the Internet service subscription, the user subscription information provided from the subscriber information server 300 is inquired in the database to obtain information via communication equipment for the customer's premises device 100, and the obtained communication equipment via information is transferred to the customer's premises device ( 100), and the customer's premises device 100 transmits the user subscription information for the corresponding subscriber to the subscriber information server 300 when the Internet service subscription is opened, and transmits the user subscription information for the subscriber from the network information management server 200 It receives and stores communication device transit information internally, and when Internet access failure is detected, a responsiveness test is performed on a series of communication device IP addresses belonging to the communication device transit information stored above, and based on the result of the response test. It is configured to identify a communication equipment failure and perform access switching to a base station of a mobile communication network by an internal mobile communication module in response to a communication equipment failure, and transmit a response test result to an external service management server 400.

To this end, the customer premises device 100 includes: a broadband network connection unit 110 that provides a communication interface for communication equipments of a communication company for Internet access; A user subscription information management unit 120 for transmitting user subscription information for a corresponding subscriber to the subscriber information server 300 when the Internet service subscription is opened; A communication device transit information storage unit 130 for receiving and storing communication device transit information related to a broadband network connection to itself from the network information management server 200 when the Internet service subscription is opened; Internet access failure detection unit 140 for detecting an Internet access failure through the broadband network connection unit 110; When Internet access failure is detected, a responsiveness test is sequentially performed on a series of communication equipment IP addresses belonging to the communication equipment via information stored above, and communication equipment failure is identified based on the result of the responsiveness test. Communication equipment failure identification management unit 150 for transmitting the response test result to the service management server 400; A mobile communication network connection unit 160 that includes a mobile communication module and provides a communication interface to a mobile communication network base station; When the communication equipment failure is identified, the Internet access switching unit 170 for performing access switching to the base station of the mobile communication network through the mobile communication network connection unit 160; may be configured to include.

In addition, the network information management server 200 is a communication equipment transit information database unit that stores and manages communication device transit information, which is the IP addresses of communication devices included in the access path from each subscriber location to the communication company server for a plurality of subscriber addresses. (210); An information server interface unit 220 that provides a network connection with the subscriber information server 300; Upon opening of the Internet service subscription, user subscription information is provided from the subscriber information server 300 through the information server interface unit 220, and the subscriber location information included in the user subscription information is inquired in the communication equipment via information database unit 210 A subscriber access information acquisition unit 230 for acquiring information via communication equipment for the customer premises device 100; A first CPE interface unit 240 for providing a network connection with the customer premises device 100; It may be configured to include a; subscriber access information providing unit 250 for transmitting the obtained communication equipment via information to the customer premises device 100 through the first CPE interface 240.

In addition, the subscriber information server 300 includes a second CPE interface unit 310 that provides network access with the customer's premises device 100; A user subscription information collection unit 320 receiving user subscription information from the customer's premises device 100; A CPE IP allocation unit 330 that allocates and provides an IP address for network access of a broadband network to the customer's premises device 100; A management server interface unit 340 that provides a network connection with the network information management server 200; It may be configured to include a; user subscription information transmission unit 350 for transmitting the user subscription information provided from the customer premises device 100 to the network information management server 200;

On the other hand, in order to achieve the above object, the present invention is a network information management server 200 that manages access path information to a communication company server for a customer's premises device 100 installed in a subscriber premises of an Internet access service and a plurality of subscriber locations. Provides a method for processing a dual Internet connection between a mobile communication network and a broadband network performed by a cooperative operation of a subscriber information server 300 that manages subscriber information of an Internet access service and a mobile communication network.

In the method for processing an Internet dualized connection according to the present invention, the network information management server 200 provides a database of communication equipment transit information, which is the IP addresses of communication devices included in the access path from each subscriber location to the communication company server for a plurality of subscriber addresses. The first step of managing; A second step of transmitting, by the customer's in-house device 100, to the subscriber information server 300, user subscription information for a corresponding subscriber upon opening of an Internet service subscription; A third step in which the subscriber information server 300 allocates and provides an IP address to the customer premises device 100; A fourth step of transmitting, by the subscriber information server 300, user subscription information to the network information management server 200; A fifth step of the network information management server 200 inquiring the subscriber location information included in the user subscription information provided from the subscriber information server 300 to a database to obtain information via communication equipment for the customer premises device 100; A sixth step of transmitting, by the network information management server 200, the obtained communication equipment via information to the customer premises device 100; A seventh step of receiving, by the customer's premises device 100, receiving information via communication equipment for itself from the network information management server 200 and storing the information therein; An eighth step of detecting, by the customer's premises device 100, an Internet access failure to a communication device of a communication company; Upon identification of Internet access failure, the customer's premises device 100 sequentially performs a responsiveness test on a series of communication equipment IP addresses belonging to the communication equipment route information stored above, and communication equipment failure based on the result of the responsiveness test. A ninth step of identifying; A tenth step of performing, at the time of identification of a communication equipment failure, the customer premises device 100 performing access switching to a base station of the mobile communication network by an internal mobile communication module; It may be configured to include an 11th step of transmitting, by the customer premises device 100, the result of the responsiveness test to the external service management server 400.

Meanwhile, the computer program according to the present invention is combined with hardware and stored in a medium in order to execute the above-described method for processing an Internet binary connection between a mobile communication network and a broadband network.

Further, in the present invention, the user subscription information includes a user ID (ID), subscriber address information, and CPE identification information (MAC Address), and the responsiveness test may include a PING test.

According to the present invention, there is an advantage of stably maintaining Internet access through a dual access between a mobile communication network and a broadband network. In particular, when the wired Internet connection is slowed down or cut off, or when access to the wired Internet communication network becomes difficult due to a fire in a communication zone, the customer's premises device can guarantee communication connectivity to the broadband network (Internet) for the in-house user. There is this.

[Fig. 1] is a diagram showing a general configuration of an Internet access system.
[Fig. 2] is a diagram showing the overall configuration of an Internet dual access system according to the present invention.
[Fig. 3] is a diagram conceptually showing an initial setting process when an Internet service subscription is opened in the present invention.
4 is a diagram conceptually showing a switching control process of an access path corresponding to a broadband network access failure in the present invention.
[Fig. 5] is a block diagram showing the internal configuration of a customer premises device according to the present invention.
[Fig. 6] is a block diagram showing the internal configuration of a network information management server according to the present invention.
[Fig. 7] is a block diagram showing the internal configuration of a subscriber information server according to the present invention.

Hereinafter, the present invention will be described in detail with reference to the drawings.

[Fig. 2] is a diagram showing the overall configuration of an Internet dual access system according to the present invention.

Referring to [Fig. 2], the Internet dualization access system according to the present invention is composed of a customer premises device 100, a network information management server 200, and a subscriber information server 300. Provides a dual Internet connection between a broadband network and a mobile communication network for a plurality of existing in-house user devices 10. At this time, in this specification, the term'inside' is not limited to a home and generally refers to a space divided from the outside, such as a store or an office.

In the present invention, the customer premises device 100 is a device installed in a subscriber premises of an Internet access service and provides a broadband network (Internet) access path to one or more in-house user devices 10. For example, it can be implemented as an Internet router and provides a wireless LAN (Wi-Fi) or a wired LAN (LAN).

The network information management server 200 is preferably a server device operated by a communication service company, and a communication company server (Midodo) with respect to the location of a number of subscribers to which Internet access services are provided, for example, building unit location information of the administrative address system. It is a device that manages access information, preferably IP address information, of a series of communication devices (eg, gateways) included in the access path to the city).

The subscriber information server 300 is also preferably a server device operated by a communication service company, and manages information on a plurality of subscribers who have subscribed to the Internet access service. In general, communication service companies manage various information about subscribers for customer management and billing purposes. For example, user ID, subscriber name, subscriber contact information, subscriber postal address, and installed in the subscriber's premises. Device identification information of the in-house user device 10, that is, CPE identification information (MAC Address of CPE), billing information of a service charge (eg, credit card number), and the like.

Through this configuration, in the Internet dualization access system according to the present invention, the customer premises device 100 switches and controls the network access path between the broadband network and the mobile communication network in response to the communication situation of the communication equipment of the communication service company. Even when the operation of the wired Internet communication network becomes difficult or impossible due to an excessive decrease in the packet processing speed of communication equipment or a fire in a communication port through such an Internet dualized connection, the in-house user equipment 10 is connected to the broadband network (Internet). It can keep the connection quality to some extent stable.

[Fig. 3] is a diagram conceptually showing an initial setting process when an Internet service subscription is opened in the present invention.

First, the network information management server 200 according to the present invention manages a database of IP addresses of a series of communication devices included in an access path from each subscriber location to a communication service provider server (not shown) for a plurality of subscriber address locations. In [Fig. 3], the network information management server 200 includes IP addresses of gateways included in the access route from each address to the telecommunication company server for two address locations, 884-3 Seongnam-daero, Bundang-gu, Seongnam-si and 1620 Bongyeong-ro, Yeongtong-gu, Suwon-si It shows how to manage the database. In this specification, the IP list of communication devices included in the access path is referred to as'communication device transit information'. For example, the information via communication equipment for the address '884-3 Seongnam-daero, Bundang-gu, Seongnam-si' is {193.23.27.31, 193.25.27.21, 193.15.24.29 }.

Next, preferably, when the installation staff of the communication service company visits the home of a new subscriber and performs the initial Internet opening operation, the customer's premises device 100 registers a user for the subscriber with the subscriber information server 300 Transmit information. At this time, the user subscription information is composed of a user ID, subscriber address information, and CPE identification information (MAC Address).

In response, the subscriber information server 300 allocates and provides an IP address to the customer premises device 100 by, for example, DHCP (Dynamic Host Configuration Protocol). In addition, the subscriber information server 300 transmits user subscription information for a corresponding subscriber to the network information management server 200. Preferably, this process is performed in Internet opening work for new subscribers.

The network information management server 200 searches the database for subscriber location information included in the user subscription information provided from the subscriber information server 300, for example, the address '884-3 Seongnam-daero, Bundang-gu, Seongnam-si', and as a result of the inquiry, Information via communication equipment for the device 100, such as {193.23.27.31, 193.25.27.21, 193.15.24.29}, is obtained from the database.

The network information management server 200 transmits the acquired communication equipment route information to the customer premises device 100, and accordingly, the customer premises device 100 transmits the communication equipment route information for itself from the network information management server 200. Is provided and stored inside. Through this, each customer's premises device 100 can identify IP information of communication devices of a communication service company that it must pass through to access the Internet. On the other hand, in order to prevent hacking, it is preferable that the customer premises device 100 encrypts and stores information via communication equipment using an internal private key.

4 is a diagram conceptually showing a switching control process of an access path corresponding to a broadband network access failure in the present invention.

First, an Internet access failure occurs in the in-house user device 10. For example, repeated site access failures on laptop computers.

In this case, the customer's premises device 100 also detects an Internet connection failure to the communication equipment of the communication company. For example, when a normal TCP request packet is sent from the in-house user device 10 to the external Internet and a corresponding TCP response packet is not received, the customer in-house device 100 may detect an Internet access failure. Alternatively, IP packets are continuously sent out to the external Internet, but if there are too few or no IP packets coming from the external Internet, the customer's premises device 100 may detect that the current Internet access is in a state of failure.

In the case of identifying an Internet connection failure as described above, the customer's premises device 100 provides information via communication equipment stored above, for example, a series of communication equipment IP addresses belonging to {193.23.27.31, 193.25.27.21, 193.15.24.29 }. Responsiveness tests are performed sequentially. For example, the customer premises device 100 sequentially performs a PING test for each IP address, that is, 193.23.27.31, 193.25.27.21 and 193.15.24.29, as shown in FIG. 4, and obtains the result.

Then, the customer premises device 100 identifies a communication equipment failure based on the result of the responsiveness test. In the example of [Fig. 4], the PING test for Gateway 1 was successful, while the PING test for Gateways 2 and 3 failed. In this case, it is desirable to increase the reliability of the test result by repeatedly performing the PING test several times. Based on the PING test result, the customer premises device 100 may identify that a failure has occurred in Gateway 2. Such a failure may be caused by a failure of the gateway device itself or a problem in communication between the gateways 1 and 2, but since there is no real benefit of classification, it is collectively referred to as a'communication equipment failure' in this specification.

When a communication equipment failure is identified as described above, the customer premises device 100 performs access switching to a base station of a mobile communication network by an internal mobile communication module (eg, 5G module) to restore or maintain the connectivity of the Internet service.

In addition, the customer premises device 100 transmits the result of the responsiveness test to an external service management server 400 operated by a communication service company. At this time, it is preferable to use the Internet connection of the mobile communication network. In this case, when a problem occurs in the communication equipment, the responsiveness test results will be simultaneously provided to the service management server 400 from a plurality of customer premises devices 100. From this, the communication service company can identify information on the fact that a failure has occurred in the communication equipment of the Internet service and the location of the failure.

[Fig. 5] is a block diagram showing the internal configuration of a customer premises equipment (CPE) 100 according to the present invention. Referring to [Fig. 5], the customer premises device 100 according to the present invention includes a broadband network connection unit 110, a user subscription information management unit 120, a communication equipment transit information storage unit 130, an Internet access failure detection unit ( 140), a communication equipment failure identification management unit 150, a mobile communication network connection unit 160, an Internet connection switching unit 170, may be provided with a broadband network connection recovery unit 180.

Hereinafter, detailed components constituting the customer premises device 100 will be described.

First, the broadband network connection unit 110 provides a communication interface for communication equipment of a communication company for Internet access.

The user subscription information management unit 120 transmits the user subscription information for a corresponding subscriber to the subscriber information server 300 when the Internet service subscription is opened. Such user subscription information includes user ID, subscriber address information, CPE identification information (MAC Address), and the like.

When the Internet service subscription is opened, the communication equipment transit information storage unit 130 transmits information via communication equipment related to the broadband network connection to itself from the network information management server 200, such as {193.23.27.31, 193.25.27.21, 193.15.24.29 } Is provided and preferably encrypted and stored in the internal storage.

The Internet access failure detection unit 140 detects an Internet access failure through the broadband network access unit 110. For example, if a TCP request packet is sent to the external Internet through the broadband network connection unit 110, but the corresponding TCP response packet does not enter the broadband network connection unit 110, the Internet access failure detection unit 140 may perform an Internet connection failure. Can be detected.

The communication equipment failure identification management unit 150 responds sequentially to a series of communication equipment IP addresses, such as 193.23.27.31 and 193.25.27.21 and 193.15.24.29, belonging to the internally stored communication equipment via information when an Internet connection failure is detected. Perform a sexual test, and identify communication equipment failures based on the results of the responsiveness test. Then, the response test result is transmitted to the service management server 400 so that the communication service company can identify and cope with the communication equipment failure.

The mobile communication network connection unit 160 provides a communication interface to a mobile communication network base station by incorporating a mobile communication module (eg, a 5G module).

The Internet access switching unit 170 disconnects the communication access path through the broadband network access unit 110 when a communication equipment failure is identified, and performs access switching to the base station of the mobile communication network through the mobile communication network access unit 160.

The broadband network connection recovery unit 180 cuts the communication connection condensation through the mobile communication network connection unit 160 when the communication equipment failure is resolved by the telecommunication service company's response, and the Internet connection is restored through the broadband network connection unit 110 as it was. Connection switching is performed to achieve this. In this case, the PING test for the broadband network may be intermittently performed to determine a connection restoration time by itself, or the connection restoration may be initiated in response to a control operation of a communication company server.

6 is a block diagram showing the internal configuration of the network information management server 200 according to the present invention. Referring to Fig. 6, the network information management server 200 according to the present invention includes a communication equipment transit information database unit 210, an information server interface unit 220, a subscriber access information acquisition unit 230, and a first CPE. An interface unit 240 and a subscriber access information providing unit 250 may be provided.

Hereinafter, detailed components constituting the network information management server 200 will be described.

First, the communication equipment route information database unit 210 stores and manages communication equipment route information, which is the IP addresses of communication equipment included in the access path from each subscriber location to the communication company server, for a plurality of subscriber addresses. Referring to [Fig. 3], the communication equipment transit information database unit 210 is included in the access path from each address to the telecommunication company server for two addresses, 884-3 Seongnam-daero, Bundang-gu, Seongnam-si and 1620 Bongyeong-ro, Yeongtong-gu, Suwon-si. The example of managing the database of gateways' IP addresses is shown.

The information server interface unit 220 provides network access between the network information management server 200 and the subscriber information server 300.

The subscriber access information acquisition unit 230 receives, for example, user subscription information for a new subscriber from the subscriber information server 300 through the information server interface unit 220 when the Internet service subscription is opened. At this time, the user subscription information includes user ID, subscriber address information, and CPE identification information. In addition, the subscriber location information included in this user subscription information, for example, the address '884-3 Seongnam-daero, Bundang-gu, Seongnam-si', is inquired in the communication equipment transit information database unit 210, and the communication device transit information for the customer's premises device 100 For example, {193.23.27.31, 193.25.27.21, 193.15.24.29} is obtained from the database.

The first CPE interface unit 240 provides a network connection between the network information management server 200 and the customer premises device 100.

The subscriber access information providing unit 250 transmits the acquired communication equipment via information, for example, {193.23.27.31, 193.25.27.21, 193.15.24.29} to the customer premises device 100 through the first CPE interface 240. . Through this, each customer's premises device 100 can identify IP information of communication devices of a communication service company that it must pass through to access the Internet.

[Fig. 7] is a block diagram showing the internal configuration of the subscriber information server 300 according to the present invention. Referring to [Fig. 7], the subscriber information server 300 according to the present invention includes a second CPE interface unit 310, a user subscription information collection unit 320, a CPE IP allocation unit 330, and a management server interface unit ( 340), the user subscription information transmission unit 350 may be provided.

Hereinafter, detailed components constituting the subscriber information server 300 will be described.

First, the second CPE interface unit 310 provides a network connection between the subscriber information server 300 and the customer premises device 100.

The user subscription information collection unit 320 receives, for example, user subscription information for a new subscriber from the customer's in-house device 100.

The CPE IP allocation unit 330 allocates an IP address for network access of a broadband network to the customer's premises device 100 by, for example, DHCP (Dynamic Host Configuration Protocol) and provides it.

The management server interface unit 340 provides network access between the subscriber information server 300 and the network information management server 200.

The user subscription information transmission unit 350 transmits user subscription information, such as user ID, subscriber address information, and CPE identification information, provided from the customer premises device 100 to the network information management server 200.

On the other hand, the present invention can be implemented in the form of a computer-readable code on a nonvolatile computer-readable recording medium. Various types of storage devices exist as such non-volatile recording media, such as hard disks, SSDs, CD-ROMs, NAS, magnetic tapes, web disks, and cloud disks, and codes are distributed and stored in multiple storage devices connected through a network. It can be implemented and executed. In addition, the present invention may be implemented in the form of a computer program stored in a medium in order to execute a specific procedure in combination with hardware.

10: in-house user equipment
100: Customer premises equipment (CPE)
110: broadband network connection unit 120: user subscription information management unit
130: communication equipment via information storage unit 140: Internet access failure detection unit
150: communication equipment failure identification management unit 160: mobile communication network connection unit
170: Internet access switching unit 180: Broadband network access recovery unit
200: network information management server
210: communication equipment information DB unit 220: information server interface unit
230: subscriber access information acquisition unit 240: first CPE interface unit
250: Subscriber access information provider
300: subscriber information server
310: second CPE interface unit 320: user subscription information collection unit
330: CPE IP allocation unit 340: Management server interface unit
350: User subscription information transmission unit
400: service management server

Claims (10)

A network information management server 200 that manages IP address information of a series of communication devices included in the customer's premises device 100 installed in the subscriber premises of the Internet access service and the access path to the telecommunication company server for a plurality of subscriber locations; , A subscriber information server 300 for managing subscriber information of an Internet access service, and a service management server 400 operated by a communication service company for managing the Internet access service,
The subscriber information server 300 receives user subscription information from the customer premises device 100, allocates an IP address to the customer premises device 100, and transfers the user subscription information to the network information management server 200. Is configured to pass to,
The network information management server 200 manages a database of information via communication equipment, which is the IP addresses of communication equipment included in the access path to the communication service provider server, for a plurality of subscriber addresses, and when the Internet service subscription is opened, the subscriber information server To inquire the user subscription information provided from 300 to the database to obtain communication equipment transit information for the customer in-house device 100, and to transmit the acquired communication equipment transit information to the customer in-house device 100 Consists of
The customer's premises device 100 transmits user subscription information for a corresponding subscriber to the subscriber information server 300 when an Internet service subscription is opened, and transmits information via communication equipment for itself from the network information management server 200. It receives and stores internally, and when Internet access failure is detected, a responsiveness test is performed on a series of communication equipment IP addresses belonging to the internally stored communication equipment via information, and communication equipment failure is detected based on the result of the responsiveness test. It is configured to identify and perform access switching to a base station of a mobile communication network by an internal mobile communication module in response to the communication equipment failure and transmit the responsiveness test result to the service management server 400,
The service management server 400 is provided with a response test result according to a communication equipment failure from the customer premises device 100, and simultaneously and multiple times the responsiveness test result is provided from a plurality of customer premises device 100. In some cases, it is configured to cope with communication equipment failure by identifying the fact that a failure has occurred in the communication equipment of the Internet service and the location where the failure has occurred. system.
The method according to claim 1,
The user subscription information includes user ID, subscriber address information, and CPE identification information,
The responsiveness test includes a PING test and a dual Internet access system for a mobile communication network and a broadband network.
The method according to claim 1 or 2,
The customer premises device 100,
A broadband network connection unit 110 that provides a communication interface to communication equipments of a communication company for Internet access;
A user subscription information management unit 120 for transmitting user subscription information for a corresponding subscriber to the subscriber information server 300 when an Internet service subscription is opened;
A communication device transit information storage unit 130 receiving and storing the communication device transit information related to the broadband network connection to itself from the network information management server 200 upon opening of an Internet service subscription;
An internet access failure detection unit 140 for detecting an internet access failure through the broadband network connection unit 110;
Upon detecting the Internet access failure, a responsiveness test is sequentially performed on a series of communication equipment IP addresses belonging to the internally stored communication equipment via information, and a communication equipment failure is identified based on the result of the responsiveness test, Communication equipment failure identification management unit 150 for transmitting the responsiveness test result to the service management server 400;
A mobile communication network connection unit 160 that includes a mobile communication module and provides a communication interface to a mobile communication network base station;
An Internet access switching unit 170 for performing access switching to a base station of a mobile communication network through the mobile communication network access unit 160 when the communication equipment failure is identified;
Internet dualization access system of a mobile communication network and a broadband network, comprising: a.
The method of claim 3,
The network information management server 200,
A communication device transit information database unit 210 for storing and managing communication device transit information, which is an IP address of communication devices included in an access path from each subscriber location to a communication company server for a plurality of subscriber addresses;
An information server interface unit 220 for providing network access to the subscriber information server 300;
Upon opening of the Internet service subscription, the user subscription information is provided from the subscriber information server 300 through the information server interface unit 220, and the subscriber location information included in the user subscription information is transmitted to the communication equipment via information database unit. A subscriber access information acquisition unit 230 for inquiring 210 to obtain information via communication equipment for the customer's premises device 100;
A first CPE interface unit 240 for providing a network connection with the customer premises device 100;
A subscriber access information providing unit 250 for transmitting the acquired communication equipment transit information to the customer premises device 100 through the first CPE interface 240;
Internet dualization access system of a mobile communication network and a broadband network, comprising: a.
The method of claim 4,
The subscriber information server 300,
A second CPE interface unit 310 for providing a network connection with the customer's premises device 100;
A user subscription information collection unit 320 receiving user subscription information from the customer's premises device 100;
A CPE IP allocation unit 330 that allocates and provides an IP address for network access of a broadband network to the customer premises device 100;
A management server interface unit 340 for providing a network connection with the network information management server 200;
A user subscription information transmission unit 350 for transmitting the user subscription information provided from the customer premises device 100 to the network information management server 200;
Internet dualization access system of a mobile communication network and a broadband network, comprising: a.
The customer's premises device 100 installed in the subscriber's premises of the Internet access service, the network information management server 200 that manages access route information to the telecommunication company server for multiple subscriber locations, and the subscriber information of the Internet access service. As a method for processing an Internet dualization connection between a mobile communication network and a broadband network performed by a cooperative operation of a subscriber information server 300 and a service management server 400 operated by a communication service company to manage an Internet access service,
A first step in which the network information management server 200 manages a database of communication device transit information, which is IP addresses of communication devices included in an access path from each subscriber location to a communication company server, for a plurality of subscriber addresses;
A second step of transmitting, by the customer premises device 100, user subscription information for a corresponding subscriber to the subscriber information server 300 upon opening of an Internet service subscription;
A third step in which the subscriber information server 300 allocates and provides an IP address to the customer premises device 100;
A fourth step of transmitting, by the subscriber information server 300, the user subscription information to the network information management server 200;
The network information management server 200 searches the database for subscriber location information included in the user subscription information provided from the subscriber information server 300 to obtain information via communication equipment for the customer premises device 100 The fifth step;
A sixth step of transmitting, by the network information management server 200, the acquired communication equipment transit information to the customer premises device 100;
A seventh step of receiving, by the customer premises device (100), information via communication equipment for itself from the network information management server (200) and storing internally;
An eighth step of detecting, by the customer's premises device (100), an Internet access failure to a communication device of a communication company;
Upon identification of Internet access failure, the customer's premises device 100 sequentially performs a responsiveness test on a series of communication equipment IP addresses belonging to the internally stored communication equipment via information, and communicates based on the result of the responsiveness test. A ninth step of identifying equipment failure;
A tenth step of performing, at the time of identifying the communication equipment failure, the customer premises device 100 performing access switching to a base station of a mobile communication network by an internal mobile communication module;
An eleventh step of transmitting, by the customer premises device 100, the result of the responsiveness test to the service management server 400;
A twelfth step of receiving, by the service management server 400, a response test result according to a communication equipment failure from the customer premises device 100;
In the case where the service management server 400 provides simultaneous and multiple responsiveness test results from a plurality of customer premises devices 100, the fact that the communication equipment of the Internet service has a failure and the location of the failure. A thirteenth step of identifying information about;
Internet binary access processing method of a mobile communication network and a broadband network comprising a.
The method of claim 6,
The user subscription information includes user ID, subscriber address information, and CPE identification information,
The responsiveness test is configured to include a PING test. A method for processing dual Internet access in a mobile communication network and a broadband network.
A computer program combined with hardware and stored in a medium to execute a method for processing an Internet binary connection between a mobile communication network and a broadband network according to claim 6 or 7.
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