KR100600506B1 - Wireless internet contents quality management system - Google Patents

Abstract

CQMS of the present invention is connected to the SMSS, CRS, WAP 1.x GW, WAP 2.0 GW and each CP server by wire, the menu tree component for periodically importing the menu tree information stored in the CRS, and In accordance with the location information of the contents of each menu included in the menu tree information provided by the menu tree configuration unit, the CP server is connected to receive the contents, and the contents of the received contents of the menu are analyzed to meet the configuration of the menu tree. Content content verification unit for verifying whether the content is matched, whether or not to receive the content of the menu provided by each CP server using the location information of the content of each menu included in the menu tree information provided by the menu tree configuration unit; A menu response verification unit for verifying reception of sub-content linked to the received content, a verification result of the content contents verification unit, and the menu response verification unit Statistic generation / management unit for creating and managing a periodic statistic by using a verification result; And an SNMP agent that generates a MIB for managing objects for the system and supports SNMP.

Content Quality Management, Content Content Verification, Content Response Verification, CRS

Description

Wireless internet contents quality management system {Wireless internet contents quality management system}

1 is a schematic diagram illustrating a process of selecting wireless Internet content in a general mobile terminal.

2 is a network diagram illustrating a network environment of a CQMS according to an embodiment of the present invention.

3 is a block diagram of a CQMS according to an embodiment of the present invention;

Figure 4 is a block diagram of a menu tree component according to an embodiment of the present invention.

5 is a block diagram of a content contents verification unit according to an embodiment of the present invention.

Figure 6 is a block diagram of a menu response verification unit according to an embodiment of the present invention.

The present invention relates to a wireless Internet content quality management system, and more particularly, to content for each menu of a content provider server (hereinafter referred to as CP) that provides content to a mobile terminal. The present invention relates to a wireless Internet content quality management system that performs verification based on a menu tree provided to a user in a mobile terminal and calculates statistics on verification results to maintain a service above a certain level.

In general, quality measurement of wireless Internet contents is performed by manual quality measurement, quality measurement using a modem having RLP (Radio Link Protocol) function of a wireless terminal through hardware and software devices external to the wireless terminal, and a wireless Internet service provider. It is divided into quality measurement of network through packet analysis of wired network.

However, the quality measurement by manual measurement has a problem in that the measurement data is measured between the wireless network networks manually, so that the error of the measurement data is high and the reliability of the measurement data is low, such as the deviation of the measurement data increases according to the measurement method of the measurer. .

In addition, quality measurement through hardware and software outside of the terminal enables users to experience the experience of using wireless Internet terminal because the terminal simply performs modem function and website browsing and TCP / IP data transmission and reception are performed on the external device. There is a problem in that quality data different from the quality is generated, and there is a problem in that the quality measurement of the TCP / IP and the terminal browser operating to use the Internet in the wireless Internet terminal is not made by using only the RLP (Radio Link Protocol) stage. In addition, the quality measurement of the network through packet analysis of the wired network of the wireless Internet service provider cannot not only track the packet used by the user terminal but also measure the overall quality of service and failure in connection with the user terminal. There is.

Meanwhile, a method of performing overall quality measurement for a service network by integrating the aforementioned wireless Internet content quality measurement methods has been proposed. This method obtains network status information from the service network and obtains content information and response information through the wireless terminal to analyze and manage content and network status. However, this method requires a separate information collection device for each wireless terminal and service network, controls and manages each information collection device, and hassles of measuring quality after generating a service request event through the wireless terminal. And, there is a problem that can not directly analyze and manage the content information managed by the CP.

Therefore, the present invention is to solve the conventional problems, wireless to verify and manage the success rate of the wireless Internet content access and the content of each menu based on the content menu of the CP registered in the Contents Registration System (CRS) The purpose is to provide an Internet content quality management system.

The present invention for achieving the above object is connected to the SMSS, CRS, WAP 1.x GW, WAP 2.0 GW and each CP server by wire, the menu tree configuration that periodically brings up the menu tree information stored in the CRS part; Access the CP server according to the location information of the contents of each menu included in the menu tree information provided by the menu tree configuration unit, receive the contents, and analyze the contents of the received contents of the menu to meet the configuration of the menu tree. A content contents verification unit which verifies whether the contents are matched; Verifying the reception of the contents of the corresponding menu provided by each CP server and the receiving of the sub contents linked to the received contents using the location information of the contents of each menu included in the menu tree information provided by the menu tree configuration unit; Menu response verification unit; A statistics value generation / management unit for generating and managing periodic statistics using the verification result of the contents content verification unit and the verification result of the menu response verification unit; And an SNMP agent for generating a Management Information Base (MIB) for managing objects for the system and supporting Simple Network Management Protocol (SNMP).

The menu tree constructing unit may provide the menu tree information obtained from the CRS to the contents content verifying unit and the menu response verifying unit or by using a menu-specific menu depth included in the menu tree information obtained from the CRS. It is preferable that the menus are arranged by depth, the menus having the upper menus and the menu names duplicated are removed, the menu trees are reconfigured, and the reconstructed menu trees are provided to the content contents verification unit and the menu response verification unit.

The menu tree configuration unit extracts, matches, and manages CP information of each CP server included in the menu tree information and URL information corresponding to a menu provided by each CP server, and manages them separately. To be able.

The verification item of the contents contents verification unit parses the contents of the received menu to determine whether the tag and link information of the upper menu among the tags and link information in the contents are correct, and indicates that the received response code is not accessible to the menu. And determining whether the received content can be parsed, whether or not there is a string to register with my menu, and whether or not a string indicating the production specification exists.

The menu response verification unit requests content to each CP through the WAP 1.x GW and the WAP 2.0 GW, and confirms whether the corresponding WAP content is received through the WAP 1.x GW and / or the WAP 2.0 GW. If the WAP content is not received through the WAP 1.x GW and / or the WAP 2.0 GW, the AP server directly accesses the CP server by interworking with HTTP. It is preferable to change the method and retry, and to repeatedly perform the WAP 1.x, the WAP 2.0 GW, and the direct CP server connection a predetermined number of times. The menu response verification unit continuously performs the verification operation for a predetermined time range.

In another aspect, the present invention is linked to the SMSS, and manages the manager phone number for each CP server and the manager phone number of the wireless Internet quality management system, wherein the failure situation management unit is determined that the verification result is a failure of the content content verification unit And a short message indicating a failure to the manager of the CP server in which the failure occurs and / or the administrator of the wireless Internet quality control system by operating upon receiving a failure occurrence request signal including a long cache code indicating the type of failure from the menu response verification unit. The failure situation management unit further comprises.

Hereinafter, exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

First, the present invention will be described with reference to FIG. 1. 1 is a schematic diagram illustrating a process of selecting wireless Internet content in a general mobile terminal.

In general, a mobile terminal is provided with a hot key ('NATE' in the case of SK Telecom service table) for accessing the Internet, and when the hot key is pressed, a NATE access window (W1) is provided, and a confirmation button is pressed in the NATE access window (W1). When pressed, an internet connection is established and the main menu window W2 is displayed. The main menu window (W2) lists the main menu items such as 1. My Bell / Coloring / Music, 2. Picture / Photo / Star / Character, 3. Game Zone, 4. Mail / Chat / Message.

When one of the main menu items of the main menu window W2 is selected, the first sub window W3 listing the sub menu items for the selected main menu item is displayed, and again among the sub menu items of the first sub window W3. If one is selected, a second sub-window W4 listing other submenu items for the selected submenu item is displayed. If one of the sub-menu items of the second sub-window W4 is selected, the third sub-window W5 displaying another sub-menu item for the selected sub-menu item is displayed.

If the user continues to select the sub-menu item in this way, the user eventually accesses the CP server providing the sub-menu item selected by the user, and receives the corresponding content from the CP server.

Through the above-described bar, it can be seen that the main menu provided by the mobile terminal has a plurality of submenus of a plurality of lower layers for each item.

In general, the main menu window W1 is referred to as one depth starting from the point where the Internet connection is made, and the submenu windows appearing in the subsequent selection process are sequentially referred to as two depths, three depths, and four depths. However, although there is a difference for each communication company, a menu (internal menu) up to 2 or 3 depths is usually managed by the communication company, and the depth after the internal menu is managed by each CP and the contents of the menu are provided to the mobile terminal.

Each CP registers information about its menu (ie, basic menu information) with the CRS so that the mobile communication company knows it.

However, since the sub-menus and their contents are managed in each CP, the sub-menus and / or the contents corresponding to the menus are often changed.

The present invention is characterized in verifying whether menus and contents provided by these CPs can be provided in accordance with information registered in the CRS.

Hereinafter, a CQMS network environment of the present invention for verifying menus and contents provided by a CP will be described with reference to FIG. 2. 2 is a network diagram illustrating a CQMS network environment to which the present invention is applied.

As shown in Figure 2, the CQMS network environment of the present invention is a plurality of CP server (110, 120, 130), SMSS (Short Message Service System, 200), WAP 1.x GW (300), WAP 2.0 GW ( 400, CRS 500, CQMS 600, and a number of user computers 710, 720. Herein, the reference numeral 100 is used to designate a plurality of CP servers, and the reference numeral 700 is used to designate a plurality of user computers.

The CP server 100 manages the content to be provided to the user for each menu, and registers the information of the CP and the basic menu information for each menu in the CRS 500 and the CRS 500 when the information on the content is updated or deleted. ) To reflect this change. The CP server 100 is connected to the SMSS 200, the WAP 1.x GW 300, the WAP 2.0 GW 400, and the CRS 500 through the wired network, and is also connected to the CQMS 600 through the wired network. .

The SMSS 200 is connected to the CQMS 60 through a wired network and transmits a short message to a wireless terminal through a public network, a mobile network, or an internet network. In the present invention, the SMSS 200 is used as an apparatus for notifying occurrence of a failure situation to an operator's mobile terminal or a CP manager's mobile terminal according to a DBM (Data Burst Message) transmitted from the CQMS 600 when a failure occurs.

WAP 1.x GW (300) and WAP 2.0 GW (400) is a gateway for interworking wireless network and the Internet network, WAP 1.x GW (300) is a WAP protocol stack (stack) to provide text-oriented services Hyper Text Markup (HTML) to convert between WSP (Wireless Session Protocol), WTP (Wireless Session Protocol), WTLS (Wireless Transport Layer Security), WDP (Wireless Datagram Protocol) and Internet Protocol Stacks HTTP, TCP / IP. Language) Support language. The WAP 2.0 GW 400 supports the XHTML (eXtend HTML) language while supporting the WAP 1.x protocol stack (WSP, WTP, WTLS, WDP) to handle color-based services and large amounts of data.

The CRS 500 is connected to the CP servers 110, 120, 130 and the CQMS 600 through a wired network, and the basic information on the menu of CP information and tree structure registered by the CP servers 110, 120, and 130 is provided. Menu information is stored in its own database. Menu information stored in the CRS 500 is stored in a tree structure according to the depth of each menu. At this time, the tree structure has a connection relationship of moving to a submenu according to a user selection as described with reference to FIG. 1.

The CP information includes identification information (ID) of the CP, a name of the CP, and a user ID of the company. The basic menu information includes menu identification information (ID), CP identification information (ID), menu language, service ID, service URL, NGB status, upper menu ID, user ID generation date, depth from upper menu, Menu order of the current menu in the upper menu, whether the menu is the last stage (ie, whether the lower menu exists), whether or not to use the menu, and the date of menu creation.

The CQMS 600 measures wireless Internet quality using a plurality of wired CPs 110, 120, 130, SMSS 200, WAP GW 300, 400, and CRS 500, and statistical values according to the measurement results. Calculate the quality and perform quality control accordingly.

Hereinafter, a wireless Internet content quality management system (CQMS) according to an embodiment of the present invention will be described in detail with reference to FIGS. 3 to 7. 3 is a block diagram of a CQMS according to an embodiment of the present invention.

As illustrated in FIG. 3, the CQMS 600 includes a menu tree configuration unit 610, a content content verification unit 620, a menu response verification unit 630, a failure situation management unit 640, and a statistics value generation / management unit 650. ), A Simple Network Management Protocol (SNMP) agent 660, a database 670, and a MIB 680.

The menu tree construction unit 610 accesses the CRS 500 at set intervals and brings up menu tree information registered in the CRS 500. The menu tree information includes CP information for providing a menu and basic menu information for each menu. The menu tree construction unit 610 may directly provide the content content verification unit 620 and the menu response verification unit 630 without processing the menu tree information obtained from the CRS 500. However, since the menu tree information registered in the CRS 500 is registered by the CP, there may be an error in the menu tree information by a registrant's mistake during registration. Therefore, in order to solve this problem, the menu tree construction unit 610 reconstructs the menu tree by using basic menu information and CP information of the acquired menu tree information, and reconstructs the reconstructed menu tree with the content contents verification unit 620 and the menu. The response verifier 630 is provided.

In the menu tree registered in the CRS 500, as described with reference to FIG. 1, menus are connected in order of menu selection, that is, depth.

The content content verification unit 620 accesses the CP through the menu basic information of the menu tree received from the menu tree configuration unit 610, requests and receives the content corresponding to the menu, and parses the received content. Check whether the content is produced according to the set production standard, whether the content is matched between the upper and lower menus, whether the content corresponds to the menu, or the WML content. The content content verification unit 620 operates in conjunction with the driving of the menu tree configuration unit 610. That is, the content content verification unit 620 operates in conjunction with the driving when the menu tree configuration unit 610 drives the menu tree for configuration, and uses the menu tree configured by the menu tree configuration unit 610 to execute the content. Verify the content.

The menu response verification unit 630 requests the CP server 100 for the corresponding content using the menu basic information of the menu tree received from the menu tree configuration unit 610 and verifies whether the corresponding content is received in response to the request. do. The menu response verification unit 630 does not interlock with the operation of the menu tree configuration unit 610, and performs a continuous verification operation for a set time range based on the menu tree configured by the menu tree configuration unit 610.

The failure situation management unit 640 is connected to the SMSS 200 by wire, and when a failure occurs from the content content verification unit 620 and the menu response verification unit 630, the failure situation is transmitted to the corresponding mobile terminal by SMS. Then, the evidence data on the failure status notification operation is stored.

The statistical value generation / management unit 650 generates periodic statistical data based on the content verification result by the content content verification unit 620 and the basic data collected as the content verification result by the menu response verification unit 630. do. The statistical value generation / management unit 650 calculates statistical values for each time / day / month / year and stores the result of the statistical values in the database 670 as a table for each item and manages them.

The SNMP agent 660 generates a MIB 680 for managing objects for the CQMS 600 and supports SNMP so that an operator can manage the CQMS 600 of the present invention through SNMP without using a web user interface (UI). To control. The database 670 stores various information for content verification, content verification result information, and statistical information. The MIB 680 stores object information for management of the CQMS 600.

Hereinafter, an internal configuration according to an embodiment of realizing the menu tree configuration unit 610 will be described with reference to FIG. 4. 4 is a block diagram of a menu tree component according to an exemplary embodiment of the present invention. The following embodiment is for the case of reconfiguring by processing without using the menu tree stored in the CRS (500) as it is.

As shown in FIG. 4, the menu tree configuration unit 610 includes a content menu information collection unit 611, a menu tree generation unit 612, a content identification information extraction unit 613, and a collection period setting unit 614. It includes.

The collection period setting unit 614 provides a function for allowing an operator to set a driving period (that is, a collection period) of the content menu information collecting unit 611. The content menu information collection unit 611 operates according to the collection period set through the collection period setting unit 614, and is responsible for the interface with the CRS 500 to request menu information from the CRS 500, and Get menu tree information saved in DB. In the menu tree information, the menu tree information provided to the menu tree generation unit 612 includes CP information for each menu item and basic menu information for each menu item. The content menu information collection unit 611 provides the menu tree information collected from the CRS 500 to the menu tree generator 612.

The menu tree generator 612 reconstructs the menu tree using the menu tree information collected by the content menu information collector 611. That is, the menu tree generation unit 612 reconstructs the menu tree by using depth information or menu ID information among the basic menu information for each item.

The process of constructing the menu tree will be described in more detail: I). Among the received menu tree information, the CP ID included in the CP information is compared with the CP ID included in the basic menu information. II). Sort the menus according to the depths included in the basic menu information for each menu item. At this time, the menu ID can be used. The menu ID consists of specific codes, which are assigned sequentially according to the depth. III). After sorting the menus by depth, check if there are duplicate menus with the same parent code and menu name, and remove any duplicates. IV). The menu tree is completed through deduplication, and the completed menu tree is stored in the database 670.

The content identification information extracting unit 613 stores CP information and service URL information included in the basic menu information for each item. The CP information and the service URL information extracted / stored by the content identification information extracting unit 613 are used as basic data for identifying a target of receiving an SMS informing about a failure when a failure occurs later.

As described above, the menu tree construction unit 610 reconstructs the menu tree according to its own verification standard with verification of the menu tree stored in the CRS 500. Here, the present invention may use the menu tree stored in the CRS 500 as it is.

Hereinafter, an internal configuration according to an embodiment of realizing the content contents verification unit 620 will be described with reference to FIG. 5. 5 is a block diagram of a content verification unit according to an exemplary embodiment of the present invention. The content content verification unit 620 includes a content verification unit 621, a content verification result history management unit 622, and a failure situation response unit 623.

The content verification unit 621 receives menu tree information from the menu tree configuration unit 610 or the database 670, and verifies the content for each menu item of each depth. At this time, the content verification verifies whether 1) the service provider is developed according to the standards set by the service provider, 2) the connection between the upper and lower menus is correct, and 3) the content corresponds to the corresponding menu.

When the content verification unit 621 requests the CP server 100 for content of each menu item in the menu tree, the content verification unit 621 requests content in the order of the lowest menu from the upper menu. At this time, the content verification unit 621 accesses URL information included in the basic menu information of each menu item to the content.

Content provided by the CP server 100 is divided into WAP 1.x content and WAP 2.0 content. Therefore, the content verification unit 621 requests the content through both the WAP 1.x GW 300 and the WAP 2.0 GW 400 in order to receive the content for each specification, and the WAP 1.x GW 300 or /. And the corresponding content through the WAP 2.0 GW 400. If the content is not received using the WAP 1.x GW 300 and the WAP 2.0 GW 400, the content verification unit 621 directly connects to the corresponding CP server by interworking with HTTP to obtain the content.

Here, the content verification unit 621 is a function that supports the WAP 1.x, WAP 2.0 stack itself, the function of supporting the GET, POST connection method defined in the HTTP standard, the function of encoding / decoding the HTTP header, It has a function of encoding / decoding a WML file, or requests and receives contents from a CP server with the support of the stack providing unit 632 and the HPPT header coding unit 633 described below.

If the basic menu information includes information on a content specification, that is, whether WAP 1.x or WAP 2.0, the content verification unit 621 brings the content through the WAP GW of the corresponding standard.

When the WML content is received through this process, the content verification unit 621 parses the received WML content, 1) whether the communication service provider is developed according to a standard determined by the service provider, 2) whether the connection between the upper and lower menus is correct, and 3) the content. Verifies that the content matches the menu.

The verification items for the contents of the content verification unit 621 include a high key not implemented, a SID (Service ID) mismatch, a SID (hereinafter referred to as 'SU') / SID mismatch, a URL mismatch, a failure of accessing a high button, Failed to access menu, not WML content, top button Not WML content, top button by <time>, top button by <prev>, my menu not implemented, my menu URL mismatch, my menu V_URL not implemented, my menu VTITLE not implemented, SU not implemented, menu division code (hereinafter referred to as 'SM'), and SM value mismatch.

The non-implementation of the upper key is to verify whether there is a tag associated with the upper key link in the WML content. In general, WML is a markup language developed for use in a mobile terminal, and what we actually check through the mobile terminal is to show the WML language by decomposing the mobile terminal for easy identification. If there is no related tag for the function of moving to the upper menu among WML, the previous language of the language (ordinary language) interpreted and displayed by the mobile terminal, the web page corresponding to the upper key is not implemented. The menu provided by the CP server corresponds to a sub menu. Therefore, if the parent key is not implemented, it is considered to be a failure.

The SID mismatch verification verifies whether the strings 'dl?' And '/mmwa_mm.dspLstService?' Exist in the URL. URL is a standard for indicating the location of various types of information on the Internet, and has the same standard regardless of wired or wireless.

 You can think of it as something like the address of each page, which is typed into your internet browser and hits the enter key. In the case of the Internet used by a PC, it is relatively easy to directly enter the URL and go to the corresponding page. On the other hand, when using the Internet on a mobile terminal, it is not often inputted due to difficulty in entering text. It is often processed internally in the same way as used. That is, the URL is located behind the characters shown on the surface, and if there are no strings 'dl?' And '/mmwa_mm.dspLstService?' In the URL, this becomes a web page corresponding to an SID mismatch. If the SID mismatch is found, the web page cannot be loaded.

The SU / SID mismatch verification verifies whether the SU value extracted from the WML content is different from the SID value of the menu. SU is the SID of the upper menu. If the SU value extracted as the string located after 'SU =' in the URL is inconsistent with the SID of the upper menu on the menu tree, it corresponds to the SU / SID mismatch. If the SU / SID mismatch, the connection with the upper menu is wrong, so it is determined that the failure does not match the menu tree.

The URL mismatch verification is to compare the URL of the menu having the upper menu ID with the URL of the upper menu linked in the WML content and verify whether the URL matches. If the URL of the page linked to the upper key mentioned in the above upper key non-implementation verification is inconsistent with the URL of the upper menu on the menu tree, the URL is inconsistent. If there is a URL mismatch, it is considered to be a failure because the link connection with the upper menu is different from the menu tree.

The upper button access failure verification is a request to the upper menu URL to verify whether the connection fails. If the connection fails when attempting a direct request to the linked upper button URL, the upper button connection failed, which is determined to be a failure.

The menu access failure verification verifies whether a response code is a specific code by checking a response to a connection request for a corresponding menu. In order to access the menu, the page is requested by the URL, and a response code (status code) is received accordingly. At this time, if the status code is 2xx series, the corresponding web page is normally received, but if the code is other than 2xx series, the web page cannot be obtained normally. Therefore, if a response other than the status code starting with 2 is received, it is considered a failure because the menu access failed.

The WML content verification verifies whether parsing (operation such as obtaining a high menu URL) of the received content is impossible. If a 2xx series status code is received in response to the content request, the web page is parsed. Parsing refers to the task of finding a specific part of the content and extracting the required string. If it is impossible to process normally during this parsing process, it is considered to be a failure because it is not WML content.

The upper button verification by <time> is to verify whether the upper menu is linked to the tag called <time>. When the upper button is found in the upper key non-implementation verification described above, there are several kinds of WML words that make the upper button function. One of them is <time>, which has a function to automatically move after a certain time. If the upper button is linked to the <time> tag with auto-move function, it is regarded as a failure.

The upper button verification by <prev> is to verify whether the upper menu is linked to the tag called <prev>. <prev> is a tag that links the previous menu, so if the upper menu is linked to <prev>, it is determined to be a failure.

The non-implementation of my menu is to verify that there is no string corresponding to 'add my own menu' in the WML content. In other words, the verification of not implementing my menu is to find the string corresponding to the menu button of the mana in the WML contents such as 'add my menu', 'add my menu', 'add my menu', and 'add my menu'. . If the above mentioned string is not found in the WML content, my menu is not implemented and it is determined to be a failure.

My menu URL mismatch verification is to verify that the URL linked to the string of 'my menu' is inconsistent with the standard URL. In other words, if you find a string that corresponds to your own menu, it looks for the link that the string points to, and if it matches the URL of a separate web page called 'My Menu', it determines that it's a failure. do.

My menu V-URL unimplemented verification is to verify that the 'v_url =' string is not found or there is no variable value. In other words, when the 'v_url =' part of the URL contents linked to my menu is not found or only ends at 'v_url =' and there is no content afterwards, it is determined that the V_URL is not implemented and is considered a failure.

The VTITLE unimplemented verification of my menu above verifies that the 'v_title =' string is not found or there is no variable value. That is, when the v_title = 'portion of the URL contents linked to my menu is not found or only ends in' v_title = 'and there is no content afterwards, it is determined that the VTITLE is not implemented and is considered a failure.

The SU unimplemented verification is to verify whether the string 'SU =' or 'su =' is found. The SU refers to the SID of the upper menu. However, since the menu provided by the CP has a submenu, that is, an upper menu, it is determined that a failure is found if the string 'SU =' or 'su =' is not found.

The SM unimplemented verification is to verify whether the string 'SU =' or 'su =' is found. The Internet content provided to the mobile terminal depends on the mobile communication provider, that is, the communication network. For example, domestic mobile service providers divided into SK Telecom, LG Telecom, and KTF provide Internet contents to users who use their own communication numbers. Therefore, the main menu provided by each mobile communication provider is usually different from each other, and the contents of the sub menu provided by the CP server 100 in response to the main menu provided by each mobile communication service provider are defined by the corresponding mobile communication service provider. Create content in one specification. It is the menu classification code that informs the standards prescribed by these mobile operators. The SM is a menu distinguishing code and is a value distinguished from a menu of SK Telecom. If there is no string for such SM, it is determined as a failure.

The SM value mismatch verification verifies that the SU values match but the SM is not a set specific value. The SM value is set to a specific value at the request of the mobile communication service provider. Therefore, if the specified value does not match, it is determined as a failure.

When the content verification unit 621 performs the above verification operation, the content verification unit 621 provides the result of the verification operation to the content verification result history management unit 622. At this time, the verification result information provided to the content verification result history management unit 622 includes an identifier of the verification item, verification result success or verification result failure information, and a failure code indicating a failure of the verification item if a failure occurs. In addition, when a failure occurs by performing the above verification operation, the content verification unit 621 provides a failure code indicating the failure of the corresponding verification item to the failure situation coping unit 623.

The content verification result history management unit 622 parses verification result information received from the content verification unit 621 for each verification item, creates a history of the result, and stores it in the database 670.

When the failure situation coping unit 623 receives a failure code from the content verification unit 621, a failure occurrence message including the failure code is transmitted to the failure situation management unit 640. After the failure situation management unit 640 grasps the mobile phone number of the manager of the CP or CQMS manager stored in the database and generates a short message request signal including the received error code and the phone number of the mobile terminal, and wired this By transmitting to the SMSS 200 connected to the short message to inform the failure situation to the mobile terminal to be transmitted.

Hereinafter, an internal configuration according to an embodiment of realizing the menu response verification unit 630 will be described with reference to FIG. 6. 6 is a block diagram illustrating a menu response verification unit according to an exemplary embodiment of the present invention. The menu response verification unit 630 includes a response verification unit 631, a stack providing unit 632, an HTTP header coding unit 633, a WML coding unit 634, a retransmission processing unit 635, and a logging unit ( 636).

The stack provider 632 provides a WAP stack for interworking with the WAP 1.x GW 300 and a WAP stack for interworking with the WAP 2.0 GW 400 to the response verification unit 631, and is defined in the HTTP standard. GET connections and POST connection methods are supported.

The HTTP header coding unit 633 provides an HTTP header encoding and decoding function defined in the WSP standard. The HTTP header encoding and decoding function defined in the WPS standard is a publicly known technique and will not be further described. The WML coding unit 634 provides a WML encoding and decoding function for content provided in WML format.

The retransmission processing unit 635 allows the operator to set and change the number of requests for the same content again in the case of no content response, and stores the retry setting frequency information set by the operator. The logging unit 636 provides a function of logging a verification record for each content for which verification has been performed, so that data such as failure / performance / disability history may be managed based on the logging information.

When the response verifying unit 631 receives the menu tree information configured by the menu tree constructing unit, the response verifying unit 631 performs the content response verification in the order of the lower menu in the upper menu of the menu tree. The response verification unit 631 requests the content to the CP server according to the URL information included in the basic menu information for each menu of the menu tree, and verifies whether the content for the request is received.

The response verification unit 631 determines that the corresponding content is normal in response to the content request, and if the content is not received, retries the content request again through a set retransmission process, and determines that it is a failure if the content is still not received. An error code is created together with identification information of the corresponding content and notified to the failure status management unit 640.

Here, the response verifying unit 631 requests the content to the CP server through the WAP 1.x GW 300 and the WAP 2.0 GW 400 with the support of the stack providing unit 632 when receiving the content and receives the content accordingly. If the content is not received, if the content is not received, the client directly accesses the CP server with the support of the HTTP header coding unit 633 and requests the content and confirms the response accordingly. If the content is not received even when the CP is directly connected to the CP, the connection method defined in the standard is changed in HTTP, and the direct connection to the CP server is attempted again. In other words, if the GET method is used, the POST method is used.

However, if the above-described WAP GW (300, 400) and the content is not received even in the direct CP connection using HTTP, the response verification unit 631 is the WAP GW by the number of times of retransmission according to the number of retransmission registered in the retransmission processing unit 635. (300, 400), and performs direct CP connection. If the response to the content is not received even after repeating the above process, the response verification unit 631 eventually determines that the failure and informs the situation management unit 640 of the situation. When the response verification unit 631 verifies one content, the response verification unit 631 provides the verification result to the logging unit 636.

When the corresponding content is received in response to the content request, the response verifying unit 631 parses the received content with the support of the WML coding unit 634 to identify the link information in the content and corresponds to the URL of each link information. It verifies the linked content by requesting the content. The response verification unit 631 continuously performs a process of verifying the content and the content linked to the content. In this case, if the verification of the link content of the response verification unit 631 is continued, the data throughput is enormous. Therefore, it is preferable to set a depth to be verified.

Unlike the content content verification unit 620, the verification operation of the response verification unit 631 is not one-time, but is continuously performed within a set time range. For example, if the time range of the response verifying unit 631 is set to 8 am to 8 pm, the response verifying unit 631 continuously performs the menu response verifying operation from 8 am to 8 pm.

After all, the CQMS 600 of the present invention uses a menu tree stored in the CRS 500 or generates a reconstructed menu tree, and then uses the menu ID information, URL information, and CP ID of each menu tree of the menu tree to make a higher order. A first verification for verifying whether the current content is appropriate in the menu tree or produced in a usable form by analyzing the contents of each menu in the order of the submenus in the menu, and menu ID and URL information for each view of the menu tree, and CP A second verification is performed using the ID to request the contents of each menu in the order of the lower menus from the upper menu and continuously verifying whether the response is made within the set time range, and statistics the results of the first and second verifications. If a failure occurs, the short message notifies the occurrence of the failure to the administrator's mobile terminal.

The technical spirit of the present invention has been described above with reference to the accompanying drawings, but this is by way of example only and not intended to limit the present invention. In addition, it is obvious that any person skilled in the art can make various modifications and imitations without departing from the scope of the technical idea of the present invention.

The present invention configures a menu tree through a wired CRS located in an operator network, requests content based on the menu tree to each CP server connected by wire, and analyzes the received content to provide the CP server. By verifying that the content matches the menu tree and that the user can properly receive the desired content, it is possible to verify the provision of the wireless Internet content quickly and accurately.

Claims (10)

Wired connection to SMSS, CRS, WAP 1.x GW, WAP 2.0 GW and each CP server. A menu tree constructing unit for periodically importing menu tree information stored in the CRS; Access the CP server according to the location information of the contents of each menu included in the menu tree information provided by the menu tree configuration unit, receive the contents, and analyze the contents of the received contents of the menu to meet the configuration of the menu tree. A content contents verification unit which verifies whether the contents are matched; Verifying the reception of the contents of the corresponding menu provided by each CP server and the receiving of the sub contents linked to the received contents using the location information of the contents of each menu included in the menu tree information provided by the menu tree configuration unit; Menu response verification unit; A statistics value generation / management unit for generating and managing periodic statistics using the verification result of the contents content verification unit and the verification result of the menu response verification unit; And A wireless Internet content quality management system that includes an SNMP agent that creates a Management Information Base (MIB) to manage objects for the system and supports the Simple Network Management Protocol (SNMP). The method of claim 1, And the menu tree configuration unit provides menu tree information obtained from the CRS to the content content verification unit and the menu response verification unit. The method of claim 1, The menu tree construction unit aligns the menus by the menu depths by using the menu depths of the menus included in the menu tree information obtained from the CRS, removes the menus having the upper menu and the menu name of the corresponding menu, and reconfigures the menu tree. And providing the reconstructed menu tree to the contents content verification unit and the menu response verification unit. The method of claim 3, The menu tree configuration unit extracts, matches, and manages CP information of each CP server included in the menu tree information and URL information corresponding to a menu provided by each CP server, and manages them separately so that a person in charge of the CP server to be transmitted in case of a failure can be known. Wireless Internet content quality management system, characterized in that. The method of claim 3, The verification item of the contents contents verification unit includes parsing the received contents of the corresponding menu to determine whether the tag and link information of the upper menu among the tags and link information in the contents are correct. The method of claim 5, The verification item of the contents verification unit checks whether the received response code indicates that the menu cannot be accessed, whether the received content can be parsed, whether there is a character string that enables registration with My Menu, or a character string indicating the production specification. A wireless internet content quality management system comprising: The method according to claim 1 or 3, The menu response verification unit requests content to each CP through the WAP 1.x GW and the WAP 2.0 GW, and confirms whether the corresponding WAP content is received through the WAP 1.x GW and / or the WAP 2.0 GW. And when the corresponding WAP content is not received through the WAP 1.x GW and / or the WAP 2.0 GW, access to the CP server directly by interworking with HTTP. The method of claim 7, wherein If the corresponding WAP content is not received, the menu response verification unit changes the WAP access method and tries again, and repeatedly performs the WAP 1.x, the WAP 2.0 GW, and the direct CP server connection a set number of times. Quality management system. The method of claim 7, wherein The menu response verification unit is a wireless Internet content quality management system, characterized in that for continuously performing the verification operation for a predetermined time range. The method of claim 9, It is linked to the SMSS, and manages the manager phone number of each CP server and the manager phone number of the wireless Internet quality management system, the failure situation management unit the content content verification unit and the menu response that determines that the verification result is a failure A failure situation in which a short message indicating a failure is transmitted to an administrator of the CP server where the failure occurs and / or an administrator of the wireless Internet quality management system by operating the failure occurrence request signal including a long-case code indicating the failure type from the verification unit. Wireless Internet content quality management system further comprises a management unit.

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