KR20090096111A - Method and apparatus for processing spam - Google Patents

Abstract

A method and an apparatus for processing a spam are provided to minimize the damage caused by a spam by efficiently and promptly sharing spam information. Communication terminals(101,102) transmits a spam report including a specific phone number to be reported, and a spam control server(151) calculates a spam evaluation index for the corresponding reported phone number. When requesting to call a communication terminal corresponding to the reported phone number, the spam control server transmits the spam assessment index to a destination communication terminal and displays the index.

Description

Spam handling method and system {METHOD AND APPARATUS FOR PROCESSING SPAM}

The present invention relates to spam processing, and more particularly, to a spam processing method and system for minimizing spam damage of users by sharing spam information.

In general, spam refers to advertising calls, letters, or messages that are sent to an unspecified number of people, and from the increasing popularity of communication terminals to communication terminals (e.g., mobile phones, Internet phones, PSTN wirelines, etc.). Incoming spam messages or spam calls are increasing.

Spammers attempt to send spam messages or calls to a number of unspecified communication terminals using phone numbers that simulate normal or mobile phone numbers. Then, the user of the terminating communication terminal checks the spam message, listens to the advertisement message recorded by the incoming call, or makes an unwanted call with the caller having the purpose of advertising.

Among recent spams, when a user receives a spam call that arrives at a communication terminal, there is a method of disconnecting a phone number when the user contacts the disconnected phone number, and then sends an advertising message or connects to an unwanted paid service such as ponting. .

The conventional spam processing method blocks the spam from the registered phone number by allowing the user to register as a spam phone number in the spam list of the communication terminal in order to solve the user's complaint caused by the spam. It also blocks spam by registering spam phone numbers on carrier servers. Since this conventional method does not share any information among users, each user responds to spam after each user experiences spam, so it is only a follow-up measure and is not effective at all in preventing spam. In addition, operators of systems such as telecommunications companies and government agencies take a short time to collect information about spam from a large number of users, so spammers can fully achieve their goals. Spammers change the phone number and attempt spam activity with a new phone number when a large number of subscribers recognize the spammer's phone number as a spam phone number or if they are sanctioned by a system operator.

If you reduce the time to recognize a specific spammer as a spammer, the frequency with which spammers change their phone numbers or the renters of the phone numbers becomes very high, which adds inconvenience to the spammers and the government or telecommunications company. Can be identified more easily, thus reducing spammer activity.

However, the conventional spam processing technique cannot reduce spammer recognition time.

Another conventional spam processing method is to analyze message content transmitted using message filtering, and to block the spam by recognizing typical words or sentences (eg, "loans", etc.) that appear in spam.

However, this method is not applicable to voice calls, and when spammers intricately change the content of the message, filtering is impossible, and there is a concern that even the message of the legitimate caller may be blocked.

Another conventional spam processing method is a mobile phone simple reporting system (for example, 1336 telephone) operated by a government agency (Korea Information Security Agency). In this method, when a user checks an incoming spam call, the user reports a spam to the '1336' phone number.

However, reporting spam through the 1336 number is complicated, requiring more than two minutes. In addition, the accused is subject to strong penalties or legal sanctions, such as "suspension of use," so that accurate notification of the reporter and the transmission of evidence are necessary to prevent the accused in good faith from mischievous or malicious or mistaken reports. The reporting process is complicated. Therefore, most users do not report spam due to complicated procedures.

Another conventional spam processing method is a method in which a system operator of a telecommunication company or a government agency runs a spam trap by operating a number for spam detection. Spam traps are effective for spammers sending out indiscriminate phone numbers, but have a problem with spammers who have secured phone number data from real users.

Another conventional spam processing method is a method in which a system operator of a telecommunication company or a government agency obtains spam information through various channels and blocks the transmission of a specific number, but the concept of simple and systematic sharing of spam information between users is not established. The state is up.

Another conventional spam processing method is a method in which a user searches for a phone number suspected of spam using the Internet. When a user searches for a phone number suspected of spam, such as one-ring spam, on a specific site on the Internet, the specific site informs the user of the number of times the phone number has been retrieved. This method aims to share basic spam information among users by using the concept that the more the number of searches from users, the more likely it is to be spam. However, this method is inconvenient to use because it is necessary to search the phone number suspected of spam after accessing the Internet site, and there is no means to sanction spammers without systematically spreading the shared spam information to others. none. First of all, when there is an incoming call suspected to be spam, there is a problem in that the spam information identified by the Internet site cannot be easily delivered to the called user, thereby preventing the user from being spammer.

The present invention has been made in view of the above problems, and an object of the present invention is to provide a spam processing method and system that can minimize spam damage of users through quick and efficient sharing of spam information.

Another object of the present invention is to provide a spam processing method and system for serving a spam level of a sender according to a user's spam report to a called party's communication terminal.

It is still another object of the present invention to provide a spam processing method and system for minimizing a time for a called party to recognize a sender as a spammer.

It is still another object of the present invention to provide a spam processing method and system for providing reliable caller information so that an incoming call can be effectively sorted by an incoming call from an unknown telephone number.

Another object of the present invention is to provide a non-spam information for the public offices and specific telephone numbers for a specific company spam processing method and system that can be distinguished from the telephone number of spammers by assigning a reliable trust number In providing.

Spam processing method according to an aspect of the present invention for achieving the above object comprises the steps of receiving a spam call report containing a specific telephone number to report from the user communication terminal; Calculating a spam evaluation index for a corresponding telephone number each time the report is received; And sending the spam evaluation index to the called communication terminal for displaying when the communication terminal corresponding to the called telephone number is requested.

According to another aspect of the present invention, there is provided a spam processing method, comprising: receiving a spam call report including a specific telephone number to be reported from a user communication terminal; Calculating a spam evaluation index for personal identifier information corresponding to a corresponding telephone number each time the report is received; And transmitting the spam evaluation index to the destination communication terminal and displaying the spam evaluation index when the communication terminal corresponding to the personal identifier information is requested.

According to another aspect of the present invention, a spam processing system includes a communication terminal for transmitting a spam call report including a specific phone number to be reported; The spam control server calculates a spam evaluation index for the corresponding telephone number every time the report is received, and transmits and displays the spam evaluation index to a terminating communication terminal when the communication terminal corresponding to the reported telephone number is sent. Characterized in that it comprises a.

According to another aspect of the present invention, a spam processing system includes a communication interface unit for providing a communication interface with a communication terminal; A control unit for calculating a spam evaluation index for the corresponding telephone number every time the report is received and transmitting the spam evaluation index to a terminating communication terminal for display when the communication terminal corresponding to the reported telephone number is sent; And a database unit for storing the spam evaluation index according to the reported telephone number.

By the above-mentioned problem solving means, the present invention displays the spam evaluation index of the sender on a specific destination communication terminal, there is an effect that the receiver can easily check whether or not spam. Accordingly, the called party can quickly deal with the incoming call or incoming message.

In addition, by allowing the spam reporter to immediately check the report result, it is possible to induce the reporter's participation, to identify and block the unspecified number of spam by sharing the spam phone number experienced by the user of the communication terminal.

In addition, since the report is simple and shows the report results immediately, the user's sense of belonging, moral satisfaction and interest in participating in the illegal spammer's punishment is increased, and the number of users participating in the spam report increases, so that the system operator of the government agency or the telecommunication company can be quickly and systematically Spammers can be identified by This increases the frequency of spammers changing their phone numbers or setting up loaners for phone numbers, which adds inconvenience to spammers and enables system operators of government agencies or telecommunications companies to identify spammers more quickly and easily. There is.

In addition, there is an effect of protecting the user's right to answer calls from spammers.

Hereinafter, a preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings, it will be described focusing on the parts necessary to understand the operation and action according to the present invention.

In the following description specific details of the spam processing method and system of the present invention are presented to provide a more comprehensive understanding of the present invention. It is to be understood that the present invention may be readily implemented without these specific details and also by modification thereof. It will be apparent to those of ordinary skill in the art.

On the other hand, the spam processing method and system of the present invention calculates a spam evaluation index for the personal identification information corresponding to the reported telephone number or the reported telephone number of spam, and when the transmission request of the communication terminal corresponding to the reported telephone number, spam The evaluation index is transmitted to the terminating communication terminal for display. Here, the personal identifier information means any information selected from USIM ID, social security number, and business registration number information. In addition, the spam evaluation index is a score that expresses the spam level of the user, and is a score that increases or decreases based on a reference score (such as an initial score).

In the detailed description of the present invention, the operation and operation of calculating the spam evaluation index only for the spam reported phone number will be described for clarity. In addition, the description will be given based on the example applied to the mobile communication network, but it can be applied not only to the mobile communication network but also to both the Internet telephone network and the public switched telephone network, and also applicable to the environment in which the mobile communication network, the Internet telephone network, and the public switched telephone network are interworked. .

1 is a block diagram of a spam processing system of the present invention.

The spam processing system of the present invention includes a mobile communication terminal (101, 102), a base station (BTS: Base Station Transceiver Subsystem (hereinafter referred to as "BTS") (111, 112), a base station controller (BSC: Base Station Controller, "BSC") (113,114), mobile switching center (MSC: Mobile Switching Center, hereinafter referred to as "MSC") (121,122), Home Location Register (HLR: hereinafter referred to as "HLR") (130) , Short message service center (hereinafter referred to as "SMSC") (141), multimedia message service center (hereinafter referred to as "MMSC") (142), go Communication core network 150, spam control server 151, public switched telephone network (PSTN: hereinafter referred to as "PSTN") 160, landline telephone 161, landline telephone ARS (Automatic Response System) 162, manganese interlocking device (IWF: Interworking Function, hereinafter referred to as "IWF") 171, gateway 172, Internet network 180, Internet telephone terminals 181 and 182.

The mobile communication network consists of a mobile communication core network and a wireless access network. The mobile communication core network 150 is composed of an SS7 (Signaling System 7) network, a dedicated network or an IP-based core network, and serves as a service for a user connected to a wireless access network (RAN) of a mobile communication network. Here, the mobile communication network is described as a second generation CDMA mobile communication network, but those skilled in the art can easily modify and apply the spam processing system of the present invention to the third and fourth generation mobile communication networks, and thus the embodiment applied to the third and fourth generation mobile communication networks is omitted. do. In addition, since the second generation CDMA mobile communication network, Internet telephone network and public switched telephone network are well known to those skilled in the art, only the parts necessary for the description of the present invention will be described.

The mobile communication terminals 101 and 102 perform voice calls and data communication with other mobile communication terminals connected to the mobile communication network, and furthermore, the Internet phone terminal of the Internet telephone network and the wired telephone and voice call and data of the public switched telephone network. Perform communication. Herein, the mobile communication terminals 101 and 102 include a mobile phone, a smart phone, a PDA phone, a Wibro phone, and the like.

The BTSs 111 and 112 are wirelessly connected to the mobile communication terminals 101 and 102 in wireless coverage to manage the mobile communication terminals 101 and 102, establish a communication channel, and perform voice and data communication. The BTSs 111 and 112 receive location information from the mobile communication terminals 101 and 102 which are arranged in cell units for each radio coverage and exist in a cell managed by the BTSs 111 and 112. The location information including the location, status, and identifier information of the mobile communication terminals 101 and 102 is transmitted to and registered with the MSCs 121 and 122 through the BTSs 111 and 112 and the BSCs 113 and 114. The location information of the mobile communication terminals 101 and 102 registered in the MSCs 121 and 122 enables the mobile communication terminal 102 to be searched and called effectively. When the mobile communication terminal 101 transmits and the mobile communication terminal 102 receives a call, the BTS 111 receives a call request or data transmitted by the mobile communication terminal 101 and receives the received signal. Is transmitted to the MSC 121. The call request and data transmitted from the MSC 122 are then transmitted to the mobile communication terminal 102 via the BSC 114 and the BTS 112.

The base station controller (BSC) 113, 114 manages the plurality of BTSs 111, 112, and connects the BTSs 111, 112 to the MSCs 121, 122 to coordinate the connection between the BTSs 111, 112, and the BTSs 111, 112 and the MSCs 121, 122. It performs signal processing for inter-communication, channel assignment and release of mobile communication terminals 101 and 102, handoff determination between BTS 111 and 112 cells, BTS 111 and 112 operation and maintenance, and the like.

MSCs 121 and 122 exchange telephone connections between mobile communication terminals 101 and 102 and between mobile communication terminals 101 and 102 and landline telephones 161 or Internet telephone terminals 181 and 182. In addition, the MSCs 121 and 122 perform call setup and release, location registration and handoff processing, and interworking with other networks of the mobile communication terminals 101 and 102. In addition, the MSCs 121 and 122 include a visitor location register (VLR) (not shown), and interoperate with the HLR 130, the SMSC 141, and the MMSC 142 to process calls of the mobile communication terminals 101 and 102. do. In addition, the MSCs 121 and 122 control the plurality of BSCs 113 and 114 that control the plurality of BTSs 111 and 112 to be efficiently operated. Also, the MSCs 121 and 122 receive location information of the mobile communication terminals 101 and 102 through the BTSs 111 and 112, and temporarily store the location information of the mobile communication terminals 101 and 102 in the visitor location register (VLR) in the MSCs 121 and 122. After requesting the location information registration of the mobile communication terminal (101, 102) to the home location register (HLR) 130, the information of the subscriber of the mobile communication terminal (101, 102) registered in the area in charge of their own from the HLR (130) Acquire and store temporarily.

The HLR 130 is a database that manages relevant information of mobile communication subscribers by interworking with the MSCs 121 and 122, the SMSC 141, and the MMSC 142. The HLR 130 stores profile information and location information of the mobile communication terminals 101 and 102 and subscribers. It stores and communicates with the visitor location register (VLR) to perform various processes related to call processing and supplementary services. The profile information includes a mobile terminal identification number (MIN: Mobile Identification Number), a device serial number (ESN: Electronic Serial Number), and the subscriber subscribed mobile communication service information. In addition, the profile information may include information on whether to subscribe to the spam processing service. In addition, the HLR 130 transmits a call signal transmitted to the mobile communication terminal 102 to the spam control server 151. In addition, the HLR 130 interoperates with the spam control server 151 and transmits the sender information such as the calling number of the outgoing mobile communication terminal 101 to the spam control server 151, and the spam control server 151 that receives the sender information. Performs a spam processing service.

The SMSC 141 and the MMSC 142 are connected to the MSCs 121 and 122, the HLR 130, and the spam control server 151, and are responsible for storing and transmitting short messages and multimedia messages. When the mobile communication terminal 101 sends a short message or a multimedia message, the SMSC 141 or the MMSC 142 receives the sent message through the MSC 121, and receives the received message from the mobile communication terminal 102 of the called party. To send). At this time, if the called terminal is a wired telephone 161, the message is delivered to an exchange (not shown) in the PSTN 160, and if the incoming terminal is a telephone terminal (181, 182), the message is transmitted to a switch role server (proxy server, etc.) of the Internet network 180. Send it.

If the message sent by the caller is not delivered due to the power-off of the called terminal, the message is stored in the SMSC 141 or the MMSC 142 for a predetermined time or until the called terminal is in a receivable state.

The spam control server 151 receives a call signal and message information in association with the HLR 130, the MSCs 121 and 122, the SMSC 141, and the MMSC 142 to provide a spam processing service. The spam control server 151 according to the present invention performs operations such as a conventional challenge response method, message filtering, and specific number blocking, and services the receiving terminal with a degree of spam for the calling terminal. At this time, the spam level is divided into relief, suspicion, and risk according to the spam level corresponding to the spam evaluation index and displayed on the called terminal together with the spam evaluation index.

In addition, the spam control server 151 is determined as a spammer according to the spam evaluation index, or blocks a call so that a call does not reach the destination terminal for outgoing calls from spam phone numbers set by the destination terminal itself. However, a call from a telephone number that is not confirmed as a spammer and whose destination terminal has not registered itself as spam is connected to the destination terminal via MSC 121 and MSC 122 in this order. At this time, according to the method of the present invention, the spam level is transmitted and displayed together with the spam evaluation index of the calling terminal to the called terminal. In this case, the spam evaluation index may be transmitted and displayed to the called terminal only when the spam evaluation index is a predetermined value or more. In addition, each time the spam control telephone number is received from the terminal, the spam control server 151 calculates a spam evaluation index corresponding to the spam reported telephone number. In addition, the spam control server 151 displays the corresponding phone number on the receiving communication terminal for the case of the telephone number of a government office, a government agency, a trust company, or a trusted financial institution that has been given a trust number. In addition, the spam control server 151 may receive and store a phone book from the subscriber terminal.

While the above has described embodiments in which the mobile communication terminal is called and the mobile communication terminal is called, the person skilled in the art can call from any one of a mobile communication terminal, an internet telephone, and a landline telephone, and call any one of a mobile communication terminal, an internet telephone, and a landline telephone. In all cases of reception by one terminal, the method of the present invention may be modified.

When the mobile communication terminal 101 sends a message to the incoming mobile communication terminal 102, the message is transmitted from the mobile communication terminal 101 to the originating MSC 121. The originating MSC 121 transmits the short message to the SMSC 141 and the multimedia message to the MMSC 142. The SMSC 141 or MMSC 142 that received the message sends the message and the message related information (calling number, such as calling number) when the called mobile terminal 102 is subscribed to the spam processing service or provided as a basic service. (101) information to the spam control server 151 to query the spam level. The SMSC / MMSC 141, 142 may query the spam control server 151 directly, and after sending the location request message to the HLR 130 to obtain the location information of the terminating mobile communication terminal 102, the HLR 130 The spam control server 151 may query the spam level. The spam control server 151 transmits the spam level of the sender or the calling terminal calculated and stored to the HLR 130 or the SMSC 141 / MMSC 142 or the destination MSC 122 according to the present invention. In addition, the spam control server 151 informs the SMSC 141 / MMSC 142 about the message processing method.

As an example of a message processing method, a message by a calling terminal that is determined to be a spammer or that the called terminal registers itself as spam is blocked. A message by a calling terminal that is not confirmed as a spammer and that the called terminal has not registered itself as spam is transmitted to the called terminal. At this time, according to the method of the present invention, the spam evaluation index and the spam level of the calling terminal are transmitted and displayed to the called terminal.

The PSTN 160 is connected to a wired telephone 161 and an ARS 162. The ARS 162 may send automated spam calls or spam messages in accordance with embedded software. The IWF 171 and the gateway 172 convert a protocol and data for communication between a wireless communication system and a wired communication system such as the Internet. GW 172 may be a WAP gateway, converting the WAP protocol and the TCP / IP protocol. The Internet phone terminals 181 and 182 are divided into a soft phone 181 and a hard phone 182 and are connected to the mobile communication network 150 through the Internet network 180.

2 is an internal configuration diagram of a spam control server in FIG. 1.

The spam control server 151 of the present invention includes a communication interface 201, a user interface 202, a database 203, a controller 204, a memory 205, a spam evaluation index calculator 206, and a spam level. The determination unit 207 is included.

 The communication interface unit 201 provides a communication interface with the HLR 130, the MSCs 121 and 122, the SMSC 141, and the MMSC 142, and the Internet telephone terminal through the Internet network 180 and the PSTN 160. 181 and 182 and a wired telephone 161 and an ARS 162.

The user interface unit 202 displays data and processing status on the screen through the display means, and receives the key input or mouse input from the user and displays the processing status according to the input on the screen through the display means.

The database unit 203 may include spam processing service subscriber information, spam telephone number information, spam evaluation index information, sender / responder information, and an acceptable terminal phonebook of the called party. If a spam report occurs, spam reporter information and spam Register the respondent's information and the spam report type. In addition, the data is provided to calculate the spam evaluation index or the spam level, and the calculation and the judgment result are stored. In addition, the database unit 203 may store a call log or a message content for a predetermined time as evidence of spam report.

The controller 204 controls the overall operation of each component inside the spam control server 151. In addition, the control unit 204 controls to calculate the spam evaluation index for the corresponding phone number in accordance with a spam call report including a specific phone number received from the terminal, and the database database for the spam evaluation index for the corresponding phone number. Control to save to (203). In addition, if the elapsed period of the telephone number opening date is within a predetermined period or if the spam report is a predetermined number of times for a predetermined time, the controller 204 calculates the spam evaluation index by increasing the spam evaluation index to a predetermined deduction index by assigning a weight. do. In addition, the controller 204 notifies the spam reporter and the respondent that the spam report has been received, and notifies the spam evaluation index of the parties together. The control unit 204 may include a spam evaluation index calculator 206 and a spam level determination unit 207.

The memory 205 stores programs for each function of the spam control server 151, and temporarily stores data processed by each module of the spam control server 151.

The spam evaluation index calculation unit 206 calculates the spam evaluation index of the user of the called telephone number, that is, the sender or the replyer, under the control of the control unit 204. Here, the spam evaluation index calculator 206 calculates a spam reporter's spam score by differentially applying the change index of the spam score according to the spam reporter's contribution to the spam report.

In general, the sender is the same as the replyer, but in the case of spam messages in particular, the sender and the replyer (i.e., the person who receives the message or connects to it when the called person presses the reply button) are often different. Therefore, when receiving a spam report, it is desirable to determine whether the sender and the replyer are identical, and if the sender and the replyer are inconsistent, calculate a spam evaluation index for both the sender and the replyer's telephone number.

The spam level determination unit 207 determines the spam level of the sender or the replyer. The spam level here indicates whether or not spam is present. In addition, the spam level determination unit 207 determines the spam level in consideration of the spam evaluation index calculated by the spam evaluation index calculation unit 206. If the spam evaluation index is less than or equal to a predetermined value, the communication company starts a spammer investigation and finally determines it as a spammer.

For example, the spam evaluation index initial value (the spam evaluation index immediately after the telephone opening) is 100 points, and if a spam report occurs, the service may be provided in such a way that the spam evaluation index is deducted. At this time, if the spam evaluation index falls below '50', a communication system operator for blocking spam may be reviewed.

 3 is a flowchart illustrating a spam call processing process of the present invention. For convenience of explanation, a flowchart of spam control between terminals in a mobile communication network is shown.

First, the calling terminal 101 requests a call call connection to the incoming mobile communication terminal 102 (S301). The originating MSC 121 then sends a location request message (eg, LOCREQ) to the HLR 130 to obtain the location information of the terminating mobile communication terminal 102 (S302).

When the HLR 130 receives such a location information request, when the called terminal 102 is subscribed to the spam processing service according to the present invention or provided as a basic service, the HLR 130 sends the calling terminal (such as a calling number) to the spam control server 151. 101) query the spam level by transmitting the information (S303). The spam level indicates whether spam is present and the degree of spam, and can be expressed through the spam evaluation index. In the present invention, the spam level is a narrow meaning that the spam evaluation index is divided into several levels according to the exponential range and expressed in letters ("suspicious" in the range of 70 to 90, and "risk" in the range of 50 to 70). It is defined as a degree / spam rating, and in a broad sense, it is defined as a term encompassing the spam evaluation index and spam level / spam rating. Therefore, the exact meaning of spam level should be understood in context.

Then, the spam control server 151 transmits the calculated and stored spam evaluation index of the sender or originating terminal 101 to the HLR 130 as a response message to the query (S304).

In step 304, the response message may be transmitted to the originating MSC 121 or the destination MSC 122.

For example, the response message is transmitted including not only the spam level of the sender or the calling terminal 101, but also whether the sender or the calling terminal is registered in the called party's own spam list. At this time, even if the spam level of the calling party or the calling terminal is low, if the called party is registered in the spam list, it is regarded as a spam call.

In another embodiment, if a spam processing service is provided as a basic service, the originating MSC 121 may query the spam level to the spam control server 151 and receive a response before requesting the location information to the HLR 130.

After step 304 (S304), the HLR 130 receives a response message to the spam level query from the spam control server 151 to determine the call processing (S305). At this time, it is determined to be spam by the spam evaluation index calculated from the spam report (spam report, spam suspect report, etc.) of the sender or the calling terminal 101, or the system operator is determined to be spam, or the recipient's own spam list. If registered in, and provides the information called spam to block the call to the MSC 121 (S306).

The originating MSC 121 then blocks the call (S307). Once determined to be a spammer, the service provider may further suspend the calling terminal. In another embodiment, even if determined to be spam, the call may be delivered to the called party without blocking the call.

If the spam level calculated from the spam report of a plurality of users with respect to the sender or the calling terminal 101 is not determined as spam in step 305 (S305), additionally, if the recipient's own spam list is provided as a service, the spam list is registered in the spam list. If not, it determines that the call connection to make a call routing request (S308).

The call routing request message (eg, ROUTREQ) contains spam level information of the originator or originating terminal 101. The destination MSC 122 responds by transmitting a routing request response message (eg, routreq) to the HLR 130 in response to the call routing request (S309).

The HLR 130 informs the originating MSC 121 about the incoming MSC 122 information and the corresponding call processing method through a location request response message (eg, locreq) (S310). The location request response message may include spam level information received through the response message for the spam level query from the spam control server 151 in step 304 (S304). In another embodiment, spam control server 151 may deliver the spam level directly to originating MSC 121. The outgoing MSC 121 then connects the call path to the destination MSC 122 (S311).

The destination MSC 122 transmits the incoming request including the spam level information to the destination terminal 102 via the BSC 114 and the BTS 112 (S312).

After that, the called terminal 102 notifies the incoming call, and displays the spam level and the spam evaluation index of the calling terminal 101. In this case, the spam evaluation index may be transmitted or displayed to the called terminal 102 only when the spam evaluation index is greater than or equal to a predetermined value. In one example, the caller voluntarily causes the called party to display the "advertisement" (<Lending Advertisement>, <Advertisement Advertisement>) form of the caller information, thereby helping the called party select whether or not to receive the call. When the called terminal 102 answers the incoming call by selecting the called party's call (S313), the calling terminal 101 and the called terminal 102 start the call (S314).

4 is a flowchart illustrating a spam message processing process of the present invention. For convenience of explanation, a flowchart of spam control between terminals in a mobile communication network is shown.

First, when the calling terminal 101 sends a message to the called terminal 102, the message is transmitted to the calling MSC 121 (S401).

Then, the sending MSC 121 transmits to the SMSC 141 in the case of the short message, and transmits to the MMSC 142 in the case of the multimedia message (S402).

Thereafter, the SMSC / MMSC 141 and 142 transmits a location request message (eg, LOCREQ) to the HLR 130 to obtain location information of the incoming mobile communication terminal 102 (S403). When the HLR 130 receives such a location information request, when the incoming mobile communication terminal 102 is subscribed to the spam processing service or provided as a basic service, the HLR 130 sends the mobile communication terminal 101 such as a calling number to the spam control server 151. Send the information to query the spam level (S404).

Spam level indicates spam and the degree of spam and can be expressed through spam evaluation index. The spam control server 151 transmits the spam level (spam evaluation index) of the sender or the calling terminal calculated and stored in accordance with the present invention to the HLR 130 as a response message to the query (S405). In this case, in step 405 (S405), the response message may be transmitted to the originating MSC 121 or the destination MSC 122.

For example, the response message includes not only the spam level of the sender or the calling terminal but also whether the sender or the calling terminal 101 is registered in the called party's own spam list. At this time, even if the spam level of the sender or the calling terminal 101 is low, if the called party is registered in the spam list, it is regarded as a spam message. In another embodiment, if the spam processing service is provided as a basic service, the SMSC / MMSC 141 and 142 may query the spam level to the spam control server 151 and receive a response before requesting the location information to the HLR 130.

After step 405 (S405), the HLR 130 receives a response message to the spam level query from the spam control server 151 to determine the message processing (S406). If the spam level calculated from the spam report (spam report, spam suspect report, etc.) of multiple users for the sender or the calling terminal 101 is determined to be spam, or the system operator is determined to be spam, or registered on the called party's own spam list, In operation 406 (S406), it determines the blocking of message transmission and provides information called spam for blocking message transmission to the originating MSC 121 (S407).

Thereafter, the originating MSC 121 may inform the originating mobile communication terminal 101 of the message transmission blocking. Once determined to be a spammer, the service provider may further suspend the calling terminal. In another embodiment, even if determined to be spam, the message can be delivered to the called party without blocking the message transmission.

In step 406 (S406), if the spam level calculated from the spam report of multiple users with respect to the sender or the calling terminal 101 is not determined as spam, it is also added to the spam list in case of providing the called party's own spam list as a service. If not registered, it is determined that the message should be transmitted, and a message routing request is made (S408).

The message routing request message (eg, ROUTREQ) contains spam level information of the sender or originating terminal 101. The destination MSC 122 responds by transmitting a routing request response message (eg, routreq) to the HLR 130 in response to the message routing request (S409).

The HLR 130 informs the SMSC / MMSC 141 and 142 about the incoming MSC 122 information and the corresponding message processing method through a location request response message (eg, locreq) (S410).

The location request response message may include spam level information received in response to the spam level query from the spam control server 151 in step 405. In another embodiment, the spam control server 151 may deliver the spam level directly to the originating MSC 121 or the destination MSC 122 or the SMSC / MMSC 141, 142.

Thereafter, the SMSC / MMSC 141 and 142 transmit a message to the destination MSC 122 (S411).

The destination MSC 122 transmits a short message or a multimedia message including spam level information to the destination mobile communication terminal 102 through the destination BSC 114 and the destination BTS 112 (S412).

The incoming mobile communication terminal 102 displays the spam level (spam evaluation index) of the outgoing mobile communication terminal 101 together with the message reception notification.

In one example, the spam rating index is transmitted or displayed to the called terminal only when the spam rating index is greater than or equal to a predetermined value.

The spam report of the called party according to the present invention can be variously. After the recipient makes a call, after recognizing the missed call, he / she can report spam after recognizing the received short message or multimedia message, and can also report spam during the call, and sender information such as the caller's calling number You can also report spam after checking.

5 is a flowchart illustrating a spam registration process according to the present invention.

First, when the called party manipulates the called terminal 102 to report spam for the received message or the incoming call, the called terminal 102 transmits a spam report message to the called MSC 122 (S501).

When the spam report message is received, the destination MSC 122 transmits a spam report registration request message to the HLR (130) (S502). Here, the spam report registration request message may include a spam report form, a calling terminal number, and a called terminal number.

The HLR 130 generates a spam report registration processing request message from the received spam report registration request message and transmits it to the spam control server 151 to request a spam report registration process (S503).

The spam control server 151, which is requested to process the spam report registration, registers the spam report result in the subscriber information list.

The spam control server 151 transfers the spam report registration processing result to the spam report registration process response message and transmits it to the HLR 130 (S504).

The HLR 130 loads the spam report registration response message indicating that the spam report registration is completed and transmits the message to the destination MSC 122 (S505). The reporter may immediately confirm the report result by including the information of the reportee spam evaluation index in the spam report registration response message, and then the destination MSC 122 notifies the report terminal 102 of the change of the reporter spam evaluation index.

As described above, the process of spam reporting after checking the calling party information such as the caller's number after the call or before the call and the process of registering the spam report by spam reporting after checking the missed call is similar to the process of spam reporting during the call. However, in order to report spam during a call, the method of reporting and disconnecting a call is different. Therefore, a detailed description of the process of reporting spam during a call is omitted.

6 is an exemplary view showing a terminal screen when reporting spam according to the present invention. In this case, after the user of the receiving terminal makes a call, recognizes the missed call, recognizes the received short message or multimedia message, and recognizes that it is a spam call. This section describes the screen data for reporting spam by pressing the Select or Preset button.

As shown in FIG. 6 (a), the user searches the recent call record and moves the cursor to report "010 ?? XXX ?? XXXX" in the call log as spam.

Thereafter, when the user operates a corresponding button for activating the menu function, a popup menu window for spam report is displayed as shown in FIG.

The user selects after moving the cursor to "2. Spam Confirmation" in the pop-up menu. Then, "010 ?? XXX ?? XXXX" in the recent call log is reported as spam.

Also, as shown in FIG. 6 (c), the cursor is moved to report a message received from “010 ?? XXX ?? XXXX” among the messages received by the user as spam.

Thereafter, when the user manipulates the corresponding button for activating the menu function, a popup menu window for spam report is displayed as shown in FIG.

The user selects after moving the cursor to "4. Report Spam" in the pop-up menu. Then, the message received from "010 ?? XXX ?? XXXX" is reported as spam.

When the report is spam, the items reported in the call log or the received message list are displayed to be distinguished from other items. In this case, the spam report item may be easily canceled by the user through the menu selection method.

7 is a flowchart illustrating a spam information sharing method according to the present invention.

The spam information sharing method of the present invention includes a step in which the spam control server 151 receives a spam report from users for sharing spam information between users (S701), and the spam control server 151 is based on the spam report of the users. Calculating and determining the spam rating index of the sender or the replyer (S702), and providing the spam rating index information to the called party to indicate the spam level of the sender or the replyer to the called party (S703).

In step S701, when the spam control server 151 receives a spam report from users for sharing spam information between users, a user who receives a voice call, a message, or a missed call that is spam or suspects spam is reported as spam. By sending a spam control to the spam control server 151 to collect and process the report.

The spam report reported by the user can be implemented in the spam processing system by dividing it into a spam suspect report or a spam confidence report, and can be implemented by dividing it into two or more reports.

For example, a spam report and a spam report can be selected by the user according to the certainty of the spam. If the spam report is certain, the spam report is less certain than a spam report. Use if

Like Wonling Spam, when a user does not specifically check for spam, but reports a suspected spam, spam reports are used. For example, upon notification of spam, the spam control server 151 may not store evidence of spam (spam call content, spam message content link).

Spam certainty report is used when the user confirms spam, and the user reports it with a simple button operation. Spam control server 151 may store the evidence of spam when the spam assured report.

The spam certainty report is a high level spam report and has a high weight in calculating the spam evaluation index of the spam control server 151. The spam report is a low level spam report and has a low weight in calculating the spam evaluation index of the spam control server 151.

For example, when dividing a spam report into two or more reports, the report type may include any one of spam report, spam report, and fraud report. Here, fraud reporting refers to reporting fraud by a caller, including a so-called fraud called voice pishing. Telephone fraud can be seen as a kind of spam, but when the damage occurs, the fraudulent act is a huge fraud, so you can prepare a separate fraud report during spam reporting.

If such a spam report is recognized as a mistake after the spam report, so that the spam report can be released, the user will report lightly if there is doubt about the mistake report.

If you report spam, you can immediately block the sender or replyer to the individual you reported. If there are various spam reports, the spam blocker does not try to block individual users. If the spam report is confirmed, the spam blocker should be blocked for each user.

Computing and determining the spam evaluation index of the sender or the replyer by the spam processing system based on the spam report of the user (S702), for example, the spam control server 151, which collects and processes the spam report, receives the spam report of the users. Then, the spam evaluation index is calculated and judged according to the algorithm for calculating spam level.

Spam evaluation index in the present invention is simply calculated based on the data reported by the user simply spam. The spam score index calculation of the present invention uses a score drop score system in which a spam score is lowered as a spam report is received, or a score rise score system in which a spam score is increased as a spam report is received. For the sake of convenience, we will focus on the reported drop score. As an example of the method for calculating the spam evaluation index of the present invention, when implementing a single spam report without distinguishing the types of spam reports, the spam report index is “0” and the spam report is not received at once and the spam report is once. Each time it is received, the spam sender / responder's spam ratings can be increased by one.

As another example, when the spam evaluation index is "100", the spam evaluation index of the respondent sender / responder may be decremented by "1" every time a spam report is received once. When a new spam report occurs, the spam evaluation index is calculated and updated.

In certain cases, the caller and the responder (the answering terminal telephone number) may be different. If the sender and the replyer receive a spam report when they are different from each other, for example, the spam reporter is the same for both the sender and the replyer.

In another example, only the responder or only the sender is reported as spam. In another example, the spam is reported equally to both the sender and the replyer, but the weight is different in the spam evaluation index calculation. In the following description, it is assumed that the sender and the replyer are the same for convenience of description. Even if the sender and the replyer are different, the spirit of the present invention can be easily changed and applied.

 As another example of the method for calculating the spam evaluation index of the present invention, when a spam report is divided into two types of reports, such as a spam suspect report and a spam confidence report, when the spam score is "0", the spam report is never received and spam Each time a suspicious report is received, the spam sender's spam evaluation index may be increased by "1", and each time a spam suspect report is received, the spam sender's spam rating index may be increased by "3".

As another example, when the spam evaluation index is "100", the spam reporter's spam evaluation index is decreased by "1" every time a spam report is received once and the spam report is received once. Each time it is received, the spam sender's spam rating can be reduced by "2".

As another example of the method for calculating the spam evaluation index of the present invention, when the spam evaluation index is “100”, the spam evaluation index of the responding sender is set every time a spam report is received and the spam report is never received. It is possible to decrease the spam sender's spam evaluation index by "3" by 1 "every time a fraud report is received.

For convenience of explanation, it is assumed that when the spam evaluation index is "100", the spam report index is never received and the spam score is higher as the spam score is lowered using the report drop score.

As another example of the method for calculating the spam evaluation index of the present invention, when a spam report is divided into two reports, such as a spam report and a fraud report, a fraud index is calculated separately from the spam evaluation index and stored in the spam control server 151 and sent to the called party. I can display it. The fraud index can be calculated similarly to the above-described method for calculating spam scores.

The spam rating may be displayed in proportion to the spam evaluation index, stored in the spam control server 151, and displayed to the called party. For example, when the spam evaluation index is "100" and the spam report is never received, the spam rating index of the sending user is determined by displaying the spam rating in a preset letter corresponding to the spam rating index. Can be displayed to the called party.

For example, if the spam score is less than 80, it is labeled as "suspicious", and if it is less than "70", it is labeled as "risk", and if it is reduced to less than 50, it is marked as "spam" and spammer is determined. When the operator of the server 151 evaluates the calling user and is determined to be a spammer, the server 151 applies sanctions such as spam blocking or suspension of use.

In this way, as the sender's spam score is lowered (or the spam score is higher depending on the setting), the spam level is displayed on the called terminal together with the spam score in order of "suspect", "risk", and "spam confidence". .

 In an embodiment of the present invention, the caller's telephone number opening date may be displayed to the called party.

In one example, the opening date and the spam evaluation index may be displayed to the called party together. In another example, the opening date is reflected in the calculation of the spam evaluation index in addition to the spam report (that is, the more recent the opening date is, the spam reporting index is at least lower. Way).

According to an embodiment of the present invention, the rate of change of the sender spam evaluation index may be displayed to the called party together with the spam evaluation index.

The hourly rate of change of the spam ratings index may be in the form of "M drop / day" for the last 1 day or "M drop / 6 hour" for the last 6 hours.

In another example, in addition to the spam report, the hourly rate of change of the spam score is reflected in the spam score. If you receive a lot of spam reports in a short period of time, you can weight your spam scores by looking at the likelihood of spam.

For example, if you receive a lot of spam reports in the last 6 hours, and the spam rating index drop falls below the preset "N-drop / 6-hour" in the last 6 hours, an additional preset value (Example 2 points) You can deduct more.

In another example, the spam score is calculated non-linearly based on the spam report. If you are deducting one point on your first report, the more points you receive, the more you will deduct the deduction index.

For example, the spam evaluation index may be calculated by using only spam reports. In addition, spam scores may be calculated by integrating prior art methods such as message filtering in addition to spam reports. In another example, the spam evaluation index may be calculated only as a spam report, but the spam level may be determined by combining the spam evaluation index with the prior art such as message filtering.

In one embodiment of the present invention, the spam evaluation index of one subscriber (individual, company, organization) is recorded in the subscriber's history and can be applied to maintain the same even if the telephone number is changed.

It is possible to share spam information among subscribers of various carriers through sharing spam information between carriers or through mediation by government agencies, and one subscriber's spam evaluation index can be applied even if the telephone number or carrier is changed. .

In addition, in one embodiment of the present invention, when one subscriber (individual, company, organization) owns several phone numbers, it is possible to manage the spam evaluation index and spam level in one subscriber.

When an individual subscriber owns / operates several phone numbers, the spam evaluation index is integrated and managed by individual by using an individual identifier (ID) such as a social security number or a universal subscriber identity module (USIM). When a subscriber owns / operates several phone numbers, the company uses a company identifier (business registration number, etc.) to manage the spam evaluation index. When a subscriber (individual, company, organization) uses two or more telephone numbers, the spam evaluation index of each terminal may be integrated and used as the spam evaluation index of the subscriber.

The called user may display both the subscriber's spam evaluation index and the subscriber's outgoing phone number / terminal's spam evaluation index, and display only the subscriber's spam evaluation index or the subscriber's outgoing phone number / terminal's spam evaluation index.

The integrated calculation of the subscriber spam evaluation index can be calculated in various ways. In a manner in which the spam rating index is lowered as more spam reports are received, for example, the subscriber spam rating index may be a spam score calculated by adding up spam reports received by some or all terminals owned by the subscriber. Some or all of the terminals may be a spam evaluation index calculated by summing up spam reports reported during a predetermined period of time, or the lowest spam rating index among subscriber-owned terminals. In addition, the subscriber spam evaluation index can be calculated and displayed to other users in various ways.

In one embodiment of the present invention, when the sender sends to a terminal owned by another subscriber using USIM or the like, one or more of the sender spam evaluation index, the spam evaluation index of the calling terminal, and the owner of the calling terminal is displayed. can do.

In the prior art, it blocks only what is determined as spam and does not provide information to the called user until it is determined as spam, and there is no information about spam between users.

Simplifying spam reporting as an aspect of the present invention is convenient at the time of spam reporting, but can be reported accidentally or mischievously or malicious, and there is a high possibility that damage and normal users are abused and misused. There is also an ad call that the called party agrees with, and the called person can forget it or send a spam report in a moment.

Even outgoing calls that receive a lot of spam reports are often ambiguous to be judged as spam and suspended. There are also many telemarketing calls that the recipient has agreed to or that is legitimate.

In addition, since it may be spam for one person but desired advertisements for others, it is difficult to determine that spam is low in spam scores over a preset number of spam reports. For this reason, in the present invention, the spam evaluation index is calculated based on the spam report of a plurality of users.

In addition, if the spam evaluation index falls below a predetermined score, the operator of the telecommunications system operator or the government agency initiates the investigation and reads the reported evidence.

Evidence includes spam report calls and text / multimedia messages. If the spammer reads the document, he or she will follow the procedures included in the law or the terms and conditions, such as blocking spam, connecting the call only to the phone number agreed to by the called party, and stopping the use.

In particular, suspension is fatal to the caller, so there must be a legal basis, the procedure is complicated, and the operator of the telecommunications system must judge it comprehensively.

In addition, even if individual incoming users report spam, it takes time to accumulate spam reports from multiple users and the time that the telecommunication company verifies the report as spam and blocks the sender spam or stops use.

If spammers do spam activity for a certain period of time unless the spam information is provided to the called user until it is determined as spam, the present invention provides the called party with the spam level information even before the sender / responder spam is determined. to provide.

In particular, by displaying the spam score, the spammer's spam activity changes rapidly to the called party. The spam rating can be set in the order of “reliance ??> suspicion ??> risk ??> certainty”. However, it is difficult to subdivide each class so that the recipient realizes spammer activity. By displaying to the called party, the called party can feel the spammer's activity, and can quickly check his or her spam report result and feel the belonging and interest in participating in the spammer's punishment. It also helps the called party choose whether to answer the call.

The spam rating index display of the present invention is useful because it helps the called party to make a spam judgment on their own. It also helps the recipient to report spam. It also displays indices related to phone fraud, such as voice phishing, and can be shared among users, helping to prevent damage and arrest criminals.

 Providing the spam evaluation index information to indicate the spam level of the sender or the reply to the called party when the incoming call (S703), the spam rating index, the spam of the sender or responder calculated by the system that collects and processes the spam report of the user when the incoming Spam level information such as a rating is displayed on the called party's terminal to wait for the user's selection.

The spam level can be displayed for all senders, or the spam level can be displayed when the spam level (eg "suspect") of the sender reaches a predetermined level. When the called party receives an incoming call from a caller who is not in the phone book, he or she decides whether or not to check the message by considering the spam evaluation index displayed on the called terminal.

 In one embodiment of the present invention, when the sender voluntarily gives the called party an "advertisement" display (<Lending Advertisement>, <Advertisement Advertisement>) as the caller information display, it gives an advantage in calculating the spam evaluation index. For example, if the spam report is 1 point deduction, send the "advertisement" mark sender 0.1 point deduction per case. Alternatively, if the spam reporter of the "advertisement" indicator is reported, the user can be blocked only by the user without degrading the spam evaluation index. This encourages telemarketers or advertisers to voluntarily display caller information as <advertisement> to enhance the caller's choice of call. Application for displaying "advertisement" display as the caller information display can be applied in the caller information display service menu in the terminal, for example in the terminal can be applied in the menu "check, set up and objection of spam" of the person. As another example, it may be associated with a caller text / nickname providing service (lettering service).

In one embodiment of the present invention, the system assigns a trust mark to the telephone numbers of public offices, government agencies, trust companies, and trusted financial institutions, so that caller information such as trust marks (e.g., <clean number>) is associated with a phone number and spam level. To be provided to the called party together. The public office, government agency, trust company, and trust financial institution to which the caller belongs should register the internal phone number with the telecommunication company or the government agency to prevent the malicious caller from impersonating the specific agency.

Here, the selection of a trust company and a trust financial institution may be selected by a telecommunication company or a related government agency.

As described above, the present invention has the benefit of reducing the time for the called user to recognize a specific spammer as a spammer, and protecting the user's right to answer a call from the spammer since the called party receives the spam level of the sender or the responder. .

In addition, since spam reporting is convenient and the effect of spam reporting of users is immediately displayed, more users are participating in spam reporting, so that system operators of government agencies or telecommunication companies can identify spammers quickly and systematically.

8A is an exemplary diagram for explaining a message displayed on a called terminal and a calling terminal according to a spam report according to the present invention.

8a (a) shows a message that is received from a spam report and sent to a spam responder's originating terminal after the spam evaluation index calculation, whereby the spam reporter has a spam score of 75 to 74. You will notice that it fell to a point.

8A (b) shows a message that is received from a spam report, is sent to the recipient terminal of the spam reporter after the spam evaluation index calculation, and thereby the spam reporter recognizes that the spam report has been properly received and at the same time, You can check the spam score.

Therefore, the present invention can be seen directly through the terminal, the result reported by the spam reporter, as can be seen through Figure 8a, the spam respondents to recognize their own spam report and check their current spam evaluation index Can be. In addition, the spam respondent may file a complaint against the spam report on the screen of FIG. 8A (a). Detailed description thereof will be described later.

8b is an exemplary view showing a screen of a terminal at the time of incoming call according to the present invention.

FIG. 8B (a) shows that when a call is received, the called terminal displays the spam level, that is, the spam level (for example, suspicion) according to the spam evaluation index (for example, 85 points) and the spam evaluation index along with the calling telephone number. do. For convenience of explanation, when the sender owns one phone number, an example of displaying the sender's spam evaluation index and spam level is shown.

Even in an embodiment in which the sender owns several phone numbers, one or more may be displayed to the called party by distinguishing the sender's spam evaluation index from the sender's originating phone number / terminal.

FIG. 8B (b) shows that the called terminal receiving the message by the message origination request displays the spam rating index (for example, 72 points) and the spam rating (for example, risk) corresponding to the spam rating index together with the calling phone number. do.

8b (c) shows that when a call is received, the called terminal is sent along with the outgoing phone number when the caller originates from the clean number, the spam evaluation index (for example, 100 points), the spam rating (for example, safety), and the trust number. (Clean number) is displayed. Here, the sender's organization can be displayed along with the clean number.

FIG. 8B (d) shows that when a call incoming that indicates that the caller is a loan advertisement occurs, the called terminal is a spam rating index (for example, 78 points), a spam rating (for example, risk) and a loan advertisement together with the outgoing telephone number. Display.

In one embodiment of the present invention, a call with a low spam rating index suspected or ascertained as spam (when the spam rating index is lower and a higher spam level) is displayed differently from a high spam rating index so as to be recognized at a glance.

For example, phone ringtones or vibrations ring with different color vibrations / ringtones than regular telephones, alerting the recipient to possible spam. Alternatively, incoming calls with a high probability of spam may not cause vibrations / rings to ring or make the strengths of the vibrations / rings less than general incomings. As another example, a call with a high possibility of spam is delayed for a certain time and sent to the called party to make a lot of callers wait.

As another example, a call with a high spam rating may have a challenge response if set by the server or called party. A caller must respond to a challenge question (eg, press 51) to make a call.

 9 is a flowchart illustrating a method for checking and processing the validity of a spam report according to the present invention.

First, as an example of the feasibility test for spam report, the step of receiving a spam reporter (S901) enables spam reporting only when a call or a message that is the subject of spam report is received, thereby preventing a malicious person from reporting malicious or mischief to some extent. do.

The malicious person may be a spammer who reports a false spam to a normal user for the purpose of disturbing the spam processing system of the present invention that suppresses the spammer's activity, or a spam reporter who falsely and mischief to harass a specific person.

Inspection in step 901 (S901) may be performed at the server side, such as spam control server 151, or may be performed at the terminal. Hereinafter, the inspection and processing of steps 902 to 906 (S902 to S906) to be described later may also be performed by the server terminal such as the spam control server 151, or may be performed by the terminal.

 Checking and processing the spam reporter spam level or mistake / false report (S902), the spam reporter's spam level or whether the spam level of the spam reporter is close to spammers, or if the mistake / false report If there is more than one, either ignore the spam report or adjust the score of the spam report to reflect the spam score.

The step of checking whether the caller is registered in the recipient's phone book / address book (S903) checks and processes the call from the user registered in the phone book / address book so that the recipient does not report spam.

In one example, if there is a caller in a recent phonebook / address book within a predetermined time limit from the present recipient in the past, the caller may not report the sender to spam, thereby preventing mischief and malicious spam reporting.

 Spam report whether or not within a preset time / number of times (S904), the time between the call / message receiving time and the spam reporting time or the number of call / message communication between, and the spam report within a predetermined time / number of times Determine and process. Spam reporting should be possible only within a predetermined time or number of times after receiving a call / message.

In the step S905 of checking whether the spam report limit is exceeded, in order to prevent a malicious person or a spam processing system disturber from disturbing a large number of spam reports, the spam report limit is fixed per hour and the current spam report number of the reporter is limited. Check for excess.

Spam reporter before the incoming call check step (S906), the spammer or malicious to send out the first like the one-line spam, hang up, and then prevent the well-known user to spam after inducing the well-known user to send to the spammer or malicious In order to do this, it is checked whether the caller has previously sent the caller who is the target of the call.

In the present invention, the inspection may be performed by performing at least one of the above-described inspection steps.

10 is a flowchart illustrating a method of processing an objection of a user who has received a spam report according to an embodiment of the present invention. The process of FIG. 10 is to prevent a user from reporting a spam by malicious, mischievous, and mistaken objection through the objection processing of a spam reporter, and to clearly distinguish spammers.

First, an objection is made using the spam reporter terminal (S1001).

The system then receives an objection (S1002). Accordingly, the operator of the system of the telecommunication company selects an objection to be processed according to a predetermined priority among the objections received, and checks related evidence to evaluate spam (S1003). The evidence here is the content of the call or message reported.

Then, according to the spam evaluation result in step 1003 (S1003), the system adjusts the spam level of the respondent in step 1004 (S1004), and if it is determined as a mistake / false report, the reporting authority is reduced by reducing the value of the right to report the mistake / false reporter. do.

If it is determined in step 1003 (S1003) that the spam, the system may change the spam level of the respondent to the determination of spam.

After that, the system notifies the objector of the evaluation result (S1005), and if it is determined to be a mistake / false report, notifies the evaluation result to the mistake / false reporter (S1006).

11A through 11E are diagrams of database configuration of a spam control server according to an embodiment of the present invention. 11A to 11E illustrate a database table in which the sender and the replyer assume the same situation for convenience of description, and a table displaying both the sender and the replyer can be added by adding a few fields.

11A is an example of a spam report table, which is a basic record table of spam reports received by the spam control server 151. The spam reporter identifier in the table may be a resident registration number, a business registration number, a USIM ID, etc. as a unique identifier of the subscriber who has been reported as spam, and the spam reporter's sender number indicates the origination number reported as spam.

The spam reporter's forwarding number is the spam reporter's phone number that reported the sender, and the spam report type indicates the spam report type when two or more spam reports are classified.

The spam report time may be a spam report time, and preferably represents a time of a call or a message received as a spam report. Although not shown in the example table, the table may include a link to the call content or the received message content. The link is used by the operator of the telecommunications system to confirm whether the respondent is spam.

11B is an example of the spam evaluation index table, which is a basic table of the spam evaluation index calculated by the spam control server 151. The current spam score and spam score change rate by subscriber.

The user identifier indicates the subscriber's identifier (resident registration number, business registration number), and has a field for displaying the current calculated spam score and the current spam score change rate (change of spam score per day). There is also a reporting time field.

The first record and the second record indicate a situation in which, when a user owns two terminals, the spam reports of the two terminals are added up to calculate the spam evaluation index of the user.

In the first record, a user's terminal reported spam suspects, and the user's spam evaluation index dropped to 88 points, and in the second record, the user's other terminal reported spam confidence and the user's spam evaluation index dropped to 86 points. .

 11C is an example of a spam evaluation index and a history table of spam reports. The table shows that the users identified by the user identifiers have been reported spam in the order of spam notification serial numbers, and shows the history of changes in the phone number of the responding terminal and the user spam evaluation index.

It also shows the phone number of the reporter who spammed the user and the spam score of the reporter.

11D is an example of a spam report management table. The table shows that users classified by user identifiers reported spam in the order of spam report serial number, and shows the reporting authority, the phone number of the responding terminal, and the spam score of the respondent. The right to report is reflected in the spam evaluation index of the respondent when the reporter's spam report is reported. If a mistake / false report is made, the right to report is reduced. It shows an example of deducting 0.1 points by mistake when making a mistake / false report, and the record that the authority to report is lowered is a spam report confirmed as a mistake / false report by the respondent's objection. In one example, the right to report may be raised again if there is no mistake / false report for a predetermined time.

11E is an example of a user phone book and a caller information display table. The user's phone book and caller information display information may be stored only in the user's terminal and may be received and used from the terminal if necessary, or stored in the server.

In addition, a separate server that functions to store and transmit a caller's phone number and a phrase or nickname set by the caller may be linked to the spam control server 151 or may be integrated with the spam control server 151. .

The table registers and stores the phone book / address book of each terminal owned by the user identified by the user identifier.

An individual caller phrase / nickname in the table means a phrase (such as "I miss you") that you want to appear as a caller phrase / nickname when you call from that particular phone number, and a caller phrase / nickname appears on your phone number It means the phrase to be displayed when calling on (for example, "hello. ***."). The display of individual ads in the table refers to the text that will appear as a caller ad when calling to that specific phone number (for example, <card ad>), and the display of advertising to appear when calling on a phone number that is not set individually. (Eg <loan ad>).

By displaying the caller advertisement, the caller's right to call can be guaranteed and the sender can benefit from the calculation of the spam evaluation index. If a clean number is assigned, data other than "N" is recorded in the clean number display.

12 is a block diagram of a spam processing system according to another embodiment of the present invention. In FIG. 12, an operation process of an Internet telephone call and an Internet telephone incoming call will be described.

First of all, the case of using SIP (Session Initiation Protocol), which is a representative protocol of VoIP (Voice over Internet Protocol), is shown as an example, and of course, other protocols such as H.323 can be easily changed.

SIP is an application layer protocol that describes the procedures for identifying and locating terminals and for creating, modifying and terminating multimedia communication sessions between terminals in a packet communication network including the Internet.

Creates, modifies, and terminates sessions such as Internet telephony, Internet multimedia conferencing, and instant messenger among VoIP terminals capable of voice communication, such as PC, Internet phone, and mobile phone, regardless of network transmission protocol and media. .

SIP network is composed of UA (User Agent) and server. The UA is divided into a user agent client (UAC), which is a logical entity serving as a client for requesting a call setup, and a user agent server (UAS), which is a logical entity serving as a server that receives a call request and sends a response thereto.

Since UA collectively refers to SIP-enabled terminals such as Internet phones and mobile phones, Internet phones (soft phones 1201 and IP phones 1202) may become UACs or UASs depending on conditions.

SIP Proxy Servers (1211, 1212), SIP Registrar Server (1213), SIP Location Server (1214), SIP Redirect Server (1215) Etc.

The proxy server 1211 and 1212 is a server that handles a request of a client (UAC). The proxy server 1211 and 1212 receives a request from a UAC and queries the location server 1314 or the registrar server 1213 for address information of the destination UAS. do.

If the UAS exists in the same domain, the session request is sent directly to the UAS. If the UAS exists in another domain, the session request is sent to the proxy server of the domain. In the figure, proxy server A 1211 and proxy server B 1212 represent proxy servers existing in different domains A and B.

The registrar server 1213 registers by receiving addresses and location information from UAs. That is, it registers the SIP address and IP address of the UA. The registrar server 1213 provides the information to a location server 1214. The location server 1214 stores the address and location information of all UAs received from the registrar server 1213 and the destination UAS address and location of the SIP call from proxy servers 1211, 1212 or redirect server 1215. When a query is requested, it responds to it.

The registrar server 1213 and location server 1214 may be implemented in physically the same server, and the present invention focuses on physically separate embodiments.

When the redirect server 1215 receives the call request from the UAC, the redirect server 1215 notifies the UAC of the actual address and location information of the destination UAS, and the UAC retries the call setup using the UAS real address and location information. The proxy server and the redirect server may be implemented in physically the same server, and the present invention focuses on the physically separated embodiments.

The spam control server 1220 receives the call signal and the message information in association with the proxy server 1211 and 1212, the redirect server 1215, the registrar server 1213, and the location server 1214, and the spam processing service according to the present invention. To provide. In one embodiment, a message (SMS, MMS) server 1216 is set aside to provide a message transmission service, in another embodiment, proxy server 1211, 1212, redirect server 1215, registrar server 1213, location server ( 1214) also serves as the message server. The spam control server 1220 can implement all of the various conventional techniques, and further implements the manner of the present invention.

In one embodiment, the method of the present invention is largely implemented in the spam control server 1220. In another embodiment, the method of the present invention is implemented in the spam control server 1220, proxy servers 1211 and 1212, and the redirect server 1215. In addition, the registrar server 1213 and the location server 1214 may be distributed to two or more servers.

In another embodiment, the spam control server 1220 may be physically integrated into any one of the proxy server 1211 and 1212, the redirect server 1215, the registrar server 1213, and the location server 1214.

If the soft phone 1201 becomes UAC and makes a call setup request to the IP phone 1202, the IP phone 1202 becomes UAS. When such a call request occurs, the UAC soft phone 1201 makes a call setup request to the proxy server A 1211, and the proxy server A 1211 that receives the request from the soft phone 1201 receives the incoming UAS IP phone 1202. Query the location server 1214 or the registrar server 1213 with the address information such as the IP address of the UAS IP phone 1302 to obtain the location information.

When the location server 1214 or the registrar server 1213 receives such an address information request, the destination server 1214 or the registrar server 1213 receives a caller ID number to the spam control server 1220 when the incoming UAS IP phone 1202 is subscribed to the spam processing service or provided as a basic service. Or send the information of the originating UAC softphone 1201, such as SIP address, IP address) to query the spam level.

Spam level indicates spam and the degree of spam and can be expressed through spam evaluation index.

The spam control server 1220 calculates the spam evaluation index of the sender or the calling terminal which is calculated and stored in accordance with the present invention by the location server 1214 / registrar server 1213 or the originating proxy server A 1211 or the incoming proxy server B 1212. To send.

The location server 1214 / registrar server 1213 receives a response message for the spam evaluation level query from the spam control server 1220, and sends an address including spam level information to the outgoing proxy server A 1211 about the call processing. Informs you through an information request response message.

In another embodiment, the spam control server 1220 directly informs the originating proxy server A 1211 about the call processing method. As an example of a call processing method, a call is blocked by a calling terminal that the calling terminal is determined to be a spammer or the called terminal registers itself as spam.

Calls made by the originating terminal that are not confirmed as spammers and that the terminating terminal does not register itself as spam are connected to the terminating terminal via the originating proxy server A 1211 and the terminating proxy server B 1212 in this order. At this time, according to the method of the present invention, the spam level (spam evaluation index) of the calling terminal is transmitted to the called terminal and displayed.

Spam control server 1220 sends the spam level to location server 1214 / registrar server 1213 or originating proxy server A 1211 or terminating proxy server B 1212. Incoming proxy server B 1212 receives a spam level (spam evaluation index) from spam control server 1220 or location server 1214 / registrar server 1213 or originating proxy server A 1211 and transmits it to the called terminal. . In one example, the spam evaluation index is transmitted or displayed to the called terminal only when the spam evaluation index is more than a predetermined value.

The sender information display function such as a clean number and advertisement display may be implemented in the spam control server 1220, or may be implemented in a separate sender information display server interworking with the spam control server 1220.

While the above has described an embodiment in which an Internet telephone is called and an Internet telephone is called, the mobile telephone terminal, the Internet telephone, and the wired telephone are sent from any one of mobile terminals, Internet telephones, and wired telephones with only minor modifications known to those skilled in the art. The method of the present invention may be applied to all cases received by any one of the terminals.

When the soft phone 1201 becomes UAC and transmits the message to the IP phone 1202, the message is transmitted from the soft phone 1201 to the outgoing proxy server A 1211. The outgoing proxy server A 1211 transmits the short message and the multimedia message to the message server 1216.

The message server 1216 that receives the message sends outgoing UAC software such as the outgoing message and message origination number (or SIP address, IP address) when the incoming UAS IP phone 1202 is subscribed to the spam processing service or provided as a basic service. The phone 1201 transmits the information to the spam control server 1220 to query the spam level.

The spam control server 1220 transmits the spam evaluation index of the sender or the calling terminal which is calculated and stored according to the present invention to the message server 1216 or the destination proxy server B 1212.

In addition, the spam control server 1220 informs the message server 1216 about the message processing method.

As an example of a message processing method, a message by a calling terminal that is determined to be a spammer or that the called terminal registers itself as spam is blocked.

A message by a calling terminal that is not confirmed as a spammer and that the called terminal has not registered itself as spam is transmitted to the called terminal.

At this time, according to the present invention, the spam evaluation index of the calling terminal is transmitted to the called terminal and displayed. Spam control server 1220 sends the spam level to location server 1214 / registrar server 1213 or message server 1216 or destination proxy server B 1212.

The incoming proxy server B 1212 receives the spam level from the spam control server 1220 or the location server 1214 / registrar server 1213 or the message server 1216 with the message and transmits the spam level to the called terminal. In one example, the spam rating index is transmitted or displayed to the called terminal only when the spam rating index is more than a predetermined value.

Although the embodiment in which the message server 1216 is present has been described so far, the method of the present invention does not have a separate message server 1216 and easily changes the embodiment of the function of the message server 1216 to a proxy server. Can be. In addition, the function of the message server 1216 may not be implemented in any server, but may be easily changed and implemented in an embodiment in which the sending and receiving terminals are temporarily delayed only when a session is established by temporarily storing them in the calling terminal. At this time, in the delayed transmission, the calling terminal periodically attempts to transmit to the called terminal, or it may be an embodiment in which the calling terminal knows the request of the called terminal or the originating message attempt and sends a request to the calling terminal.

FIG. 13 is a flowchart illustrating a process of processing spam when a mobile communication network and a public switched telephone network (PSTN) interwork with a internet connection according to another embodiment of the present invention.

First, when the UAC 1201 makes a call call connection to the UAS 1202 (S1301), the originating proxy server A 1211 sends a location request message to the location server 1214 to obtain the location information of the incoming UAS 1202. Send (S1302).

When the location server 1214 receives such a location information request, when the corresponding UAS 1202 is subscribed to the spam processing service according to the present invention or is provided as a basic service, the location server 1214 sends the UAC 1201 such as a calling number to the spam control server 1220. Send the information to query the spam level (S1303). The spam control server 1220 transmits the spam level (spam evaluation index) of the sender or the calling terminal calculated and stored in accordance with the present invention to the location server 1214 as a response message to the query (S1304).

In operation 1304, the response message may be transmitted to the UAC 1201 or the destination proxy server B 1212.

In one embodiment, the response message is transmitted including not only the spam level of the sender or the calling terminal, but also whether the sender or the calling terminal is registered in the called party's own spam list. In this case, even if the spam level of the calling party or the calling terminal is low, if the called party is registered in the spam list of the called party, it is regarded as a spam call.

In another embodiment, if the spam processing service is provided as a basic service, the originating proxy server A 1311 may query the spam level with the spam control server 1220 and receive a response directly before requesting location information from the location server 1214. have.

After operation 1304 (S1304), the location server 1214 receives a response message for the spam level query from the spam control server 1220 to determine the call processing (S1305).

If the spam level calculated from the spam report of multiple users for the sender or the calling terminal is determined to be spam, or if the system operator confirms it as spam or is registered on the called party's own spam list, the call blocking is determined in step 1305 (S1305). The call proxy server A 1211 provides information called spam blocking (S1306).

Thereafter, the outgoing proxy server A 1211 blocks the call (S1307). In another embodiment, even if determined to be spam, the call may be delivered to the called party without blocking the call.

In step 1305 (S1305), if the spam level calculated from the spam report of the multiple users for the sender or the calling terminal is not confirmed as spam, and if the additional service is not registered in the spam list when providing the recipient's own spam list. In operation S1308, it is determined that the call connection should be made.

The call routing request message contains spam level information of the calling party or calling terminal. The incoming proxy server B 1212 responds by transmitting a routing request response message to the location server 1214 with respect to the call routing request (S1309).

The location server 1214 informs the originating proxy server A 1211 about the incoming proxy server B 1212 information and the corresponding call processing method through a location request response message (S1310).

The location request response message may include spam level information received through the response message for the spam level query from the spam control server 1220 in step 1304. In another embodiment, spam control server 1220 may deliver a spam level directly to originating proxy server A 1211. Subsequently, outgoing proxy server A 1211 connects the call path to incoming proxy server B 1212 (S1311).

Incoming proxy server B 1212 transmits an incoming request including spam level information to UAS 1202 (S1312).

The incoming UAS 1202 then displays the spam level (spam rating index) of the originating UAC 1201 along with the incoming call notification. In one example, the spam rating index is transmitted or displayed to the called terminal only when the spam rating index is greater than or equal to a predetermined value. In one example, the caller voluntarily causes the called party to display "advertisement" (<rental advertisement>, <adult advertisement>, ...) as the caller information display, thereby helping the called party to select whether or not to receive. When the UAS 1202 responds to the incoming call by selecting the caller of the called party (S1313), the UAC 1201 and the UAS 1202 start the call (S1314).

14 is a flowchart illustrating a process of processing spam during message transmission by interworking with a mobile communication network and a public switched telephone network (PSTN) centering on an internet telephone network according to an embodiment of the present invention. For convenience of explanation, a flowchart of spam control between terminals in an Internet telephone network is shown.

 When the UAC 1201 sends a message to the incoming UAS 1202, the message is transmitted from the UAC 1201 to the originating proxy server A 1211 (S1401).

The outgoing proxy server A 1211 transmits a short message or a multimedia message to the message server 1216 (S1502). The message server 1316 sends a location request message to the location server 1214 to obtain location information of the UAS 1202 (S1403).

When the location server 1214 receives such a location information request, the location server 1214 sends outgoing UAC 1201 information such as a calling number to the spam control server 1220 when the UAS 1202 is subscribed to the spam processing service or provided as a basic service. Query the spam level (S1404).

The spam control server 1220 transmits the spam level (spam evaluation index) of the sender or the calling terminal calculated and stored to the location server 1214 as a response message to the query (S1405).

In operation 1405, the response message may be transmitted to the originating proxy server A 1211 or the destination proxy server B 1212.

In one embodiment, the response message is transmitted including not only the spam level of the sender or the calling terminal, but also whether the sender or the calling terminal is registered in the called party's own spam list. In this case, even if the spam level of the calling party or the calling terminal is low, if the called party is registered in the spam list of the called party, it is regarded as a spam call. In another embodiment, if the spam processing service is provided as a basic service, the message server 1216 may query the spam control server 1220 directly for a spam level and receive a response before requesting location information from the location server 1214.

After step 1405 (S1405), the location server 1214 receives a response message for the spam level query from the spam control server 1220 and determines the message processing (S1406).

If the spam level calculated from the spam report of multiple users for the sender or the calling terminal is determined to be spam, or if the system operator confirms it as spam or is registered in the called party's own spam list, it is determined in step 1406 that the message transmission is blocked. The outgoing proxy server A 1211 provides information called spam for blocking message transmission (S1407).

Thereafter, the originating proxy server A 1211 may inform the UAC 1201 of the message transmission blocking. In another embodiment, even if determined to be spam, the message can be delivered to the called party without blocking the message transmission.

In step 1406 (S1406), if the spam level calculated from the spam report of the multiple users for the sender or the calling terminal is not confirmed as spam, and if not registered in the spam list when providing the recipient's own spam list as an additional service. In operation S1408, it is determined that the message should be transmitted and the message routing request is made.

The message routing request message contains spam level information of the sender or the calling terminal. The destination proxy server B 1212 responds by transmitting a routing request response message to the location server 1214 in response to the message routing request (S1409).

The location server 1214 informs the message server 1216 of the incoming proxy server B 1212 information and the location request response message about the corresponding message processing method (S1410).

The location request response message may include spam level information received through the response message for the spam level query from the spam control server 1220 in step 1405. In another embodiment, spam control server 1220 may deliver the spam level directly to originating proxy server A 1211 or incoming proxy server B 1212 or message server 1216. Subsequently, the message server 1216 transmits the message to the incoming proxy server B 1212 (S1411).

The incoming proxy server B 1212 transmits a short message or a multimedia message including spam level information to the UAS 1202 (S1412).

The incoming UAS 1202 then displays the spam level (spam rating index) of the originating UAC 1201 along with the message receipt notification. In one example, the spam rating index is transmitted or displayed to the called terminal only when the spam rating index is greater than or equal to a predetermined value.

Meanwhile, in the detailed description of the present invention, specific embodiments have been described, but various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the scope of the following claims, but also by the equivalents of the claims.

1 is a block diagram of a spam processing system of the present invention.

2 is an internal configuration diagram of a spam control server in FIG. 1;

3 is a flow chart showing a spam call processing process of the present invention.

4 is a flowchart showing a spam message processing process of the present invention.

5 is a flowchart illustrating a spam registration process according to the present invention.

6 is an exemplary view showing a terminal screen when reporting spam according to the present invention.

7 is a flowchart illustrating a spam information sharing method according to the present invention.

8A is an exemplary diagram for explaining a message displayed on a called terminal and a calling terminal according to a spam report according to the present invention;

Figure 8b is an exemplary view showing a screen of the terminal at the time of call in accordance with the present invention.

9 is a flow chart showing a method for checking and processing the validity of spam reports in accordance with the present invention.

10 is a flowchart illustrating a method for processing an objection of a user who has received a spam report according to an embodiment of the present invention.

11a to 11e is a database configuration diagram of a spam control server according to an embodiment of the present invention.

12 is a block diagram of a spam processing system according to another embodiment of the present invention.

FIG. 13 is a flowchart illustrating a process of processing spam when a mobile communication network and a PSTN network interwork with each other in connection with an internet network according to another embodiment of the present invention. FIG.

14 is a flowchart illustrating a process of processing spam during message transmission by interworking a mobile communication network and a PSTN network centering on an Internet telephone network according to an embodiment of the present invention.

Claims (29)

Receiving a spam call report including a specific telephone number to be reported from a user communication terminal; Calculating a spam evaluation index for the corresponding called telephone number at each receiving the report; And Transmitting and displaying the spam evaluation index to the destination communication terminal when the communication terminal corresponding to the called phone number is requested to be sent; Spam processing method comprising a. The method of claim 1, wherein the spam evaluation index, The spam processing method characterized in that it is managed by a number that is subtracted or raised in accordance with the number of times of reporting spam phone numbers obtained from a plurality of communication terminals. The method of claim 1, wherein the calculating of the spam rating index comprises: Confirming the obtained called telephone number information; Subtracting a spam evaluation index of the reported telephone number by a first deduction index if the obtained reported telephone number information is information set as a suspected spam number; And If the result of the confirmed call number obtained is information that is set as a sure spam phone number, subtracting the spam evaluation index of the called telephone number by a second deduction index. Spam processing method comprising a. The method of claim 3, wherein the first deduction index, Spam processing method characterized in that less than the second score. The method of claim 1, wherein the calculating of the spam rating index comprises: Confirming the obtained called telephone number information; If the obtained reported phone number information is information set as a suspected spam phone number, adding the spam evaluation index of the reported phone number by a first rising index; And If the result of the confirmation call number obtained is information that is set as a sure spam phone number, adding the spam evaluation index of the called phone number by a second rising index; Spam processing method comprising a. The method of claim 5, wherein the first increase index, Spam processing method characterized in that less than the second rising index. The method of claim 1, wherein when the specific telephone number is one of a government office, a government agency, a trust company, or a trusted financial institution that has been given a trust number, the corresponding telephone number is displayed on the receiving communication terminal. A spam processing method characterized by the above. The method of claim 1, further comprising verifying the validity as a spam telephone number, The feasibility check step, Checking whether the caller is received; Examining a spam rating index for the reporter; Checking whether the caller is registered in the called party's telephone directory / address book; Checking whether spam is reported within a preset time / number of times; Checking whether the spam report limit is exceeded; And Spam processing method characterized in that performed by any one of the steps of checking whether the caller before the call forwarding. The method of claim 1, further comprising: receiving an objection to report spam from a user of the called telephone number; Evaluating spam by checking spam evidence information at the time of spam report by the received objection; Reducing the spam reporter's right to report spam when it is determined that the spam / false report is a mistake / false report; And Adjusting the spam evaluation index of the complained respondent Spam processing method characterized in that it further comprises. The spam processing method according to claim 1, wherein the spam evaluation index is weighted and calculated according to the telephone number opening date or the number of times spam is reported within a predetermined time. 12. The method of claim 10, wherein if the elapsed period of the telephone number opening date is within a predetermined period, or if the spam report is more than a certain number of times for a predetermined time, the spam evaluation index is calculated by weighting the spam rating index to be higher than the set deduction index. Spam processing method characterized in that. The method of claim 1, wherein the communication terminal, Spam processing method characterized in that any one of a mobile phone, a landline telephone of the public switched telephone network, an Internet telephone. 2. The method of claim 1, further comprising: notifying the complainant whether the complainant has received a spam report together with the spam score of the complainant; Notifying the respondent that a spam report has been received and notifying the spam evaluation index together Spam processing method characterized in that it further comprises. The method of claim 1, wherein the calculating of the spam rating index comprises: Checking the spam reporter's contribution to the spam reporter; Calculating a spam reporter's spam score by differentially applying a deduction or increase index of the spam score according to the spam report contribution; Spam processing method comprising a. 15. The method of claim 14, wherein the first deduction index is applied to the high quality reporter according to the spam report contribution, and the second deduction index smaller than the first deduction index is applied to the general reporter. In case of a mistake / false reporter who reported spam as a spam processing method, a third deduction index having a smaller variation than the second deduction index is applied. The method according to claim 2, wherein when calculating the spam evaluation index, the spam evaluation index of the reported telephone number is subtracted to a minimum value among a plurality of deduction indexes for the call and the message informing of the spontaneous phone number to be voluntarily advertised. Spam processing method comprising the addition of a minimum value among a plurality of rising index. The spam processing method of claim 1, wherein the calculation of the spam evaluation index includes blocking the individual caller for a call and a message notifying that the advertisement is voluntary along with the called telephone number. The method according to claim 1, wherein the deduction index or addition index of the reporter is changed according to the number of spam call notifications reported by the reporter and the number of false / false reports determined so as to change the spam evaluation index of the reported phone number. Spam processing method characterized in that. The method of claim 1, wherein the spam evaluation index is displayed together with the spam evaluation index. The spam processing method according to claim 1, wherein the spam evaluation index of the reported telephone number is non-linearly added or subtracted according to the number of times of the spam telephone report of the plurality of reporters for a specific respondent. The method of claim 1, wherein the spam call report is classified into a spam report and a voice phishing report. Receiving a spam call report including a specific telephone number to be reported from a user communication terminal; Calculating a spam evaluation index for personal identifier information corresponding to a corresponding telephone number each time the report is received; Transmitting and displaying the spam evaluation index to a terminating communication terminal when a communication request from the communication terminal corresponding to the personal identifier information is requested; Spam processing method comprising a. The method according to any one of claims 1 to 22, Determining whether the calling party number and the calling party number of the called telephone number match; And If the calling party number and the calling party number do not match, recognizing both the calling party number and the calling party number as the called telephone number. Spam processing method characterized in that it further comprises. A communication terminal for transmitting a spam call report including a specific phone number to be reported; Spam control for calculating the spam evaluation index for the corresponding telephone number every time the report is received, and sending the spam evaluation index to the destination communication terminal for display when the communication terminal corresponding to the reported telephone number is sent. server Spam processing system comprising a. The method of claim 24, wherein the spam control server, A communication interface unit providing a communication interface with the communication terminal; A control unit for calculating a spam evaluation index for the called telephone number received from the communication terminal; Database unit for storing the spam evaluation index in accordance with the reported telephone number Spam processing system comprising a. The method of claim 25, wherein the database unit, Spam processing service subscriber information, spam telephone number information, spam evaluation index information, caller / caller information, the telephone number information of the recipient's allowed communication terminal, spam reporter information, spam reporter information, spam report type, characterized in that the database Spam processing system. The method of claim 25, wherein the control unit, A spam evaluation index calculation unit for calculating a spam evaluation index of the sender or the responder; And a spam level determination unit for determining a spam level according to the spam evaluation index calculated by the spam evaluation index calculation unit. And a spam level is displayed on the called party's communication terminal together with the spam score of the sender. The method of claim 25, wherein the control unit, The spam level is displayed according to the spam score, and if the spam score of the sender requesting a message is within the range of the standard spam score as the criteria for spam determination, it is recognized as a spam telephone number and blocks the transmission of a message or a call. Spam processing system. A communication interface unit for providing a communication interface with the communication terminal; A control unit for calculating a spam evaluation index for the corresponding telephone number every time the report is received and transmitting the spam evaluation index to a terminating communication terminal for display when the communication terminal corresponding to the reported telephone number is sent; Database unit for storing the spam evaluation index in accordance with the reported telephone number Spam processing system comprising a.

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