WO2012000262A1 - 一种垃圾短消息的处理方法及设备 - Google Patents

一种垃圾短消息的处理方法及设备 Download PDF

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Publication number
WO2012000262A1
WO2012000262A1 PCT/CN2010/078096 CN2010078096W WO2012000262A1 WO 2012000262 A1 WO2012000262 A1 WO 2012000262A1 CN 2010078096 W CN2010078096 W CN 2010078096W WO 2012000262 A1 WO2012000262 A1 WO 2012000262A1
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WO
WIPO (PCT)
Prior art keywords
short message
garbage
replacement
content
processing module
Prior art date
Application number
PCT/CN2010/078096
Other languages
English (en)
French (fr)
Inventor
储昊明
李丽莉
李冠军
Original Assignee
中兴通讯股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
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Application filed by 中兴通讯股份有限公司 filed Critical 中兴通讯股份有限公司
Publication of WO2012000262A1 publication Critical patent/WO2012000262A1/zh

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Classifications

    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/12—Messaging; Mailboxes; Announcements
    • H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/21—Monitoring or handling of messages
    • H04L51/212—Monitoring or handling of messages using filtering or selective blocking
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L51/00—User-to-user messaging in packet-switching networks, transmitted according to store-and-forward or real-time protocols, e.g. e-mail
    • H04L51/58—Message adaptation for wireless communication
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/12—Detection or prevention of fraud
    • H04W12/121—Wireless intrusion detection systems [WIDS]; Wireless intrusion prevention systems [WIPS]
    • H04W12/122—Counter-measures against attacks; Protection against rogue devices
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/12—Detection or prevention of fraud
    • H04W12/126—Anti-theft arrangements, e.g. protection against subscriber identity module [SIM] cloning
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
    • H04W12/12—Detection or prevention of fraud
    • H04W12/128—Anti-malware arrangements, e.g. protection against SMS fraud or mobile malware
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
    • H04W88/18—Service support devices; Network management devices
    • H04W88/184—Messaging devices, e.g. message centre

Definitions

  • the present invention relates to the field of garbage short message monitoring, and in particular, to a garbage short message processing method and device.
  • the function of the message center in the field of communication is growing: from the short message center to the multimedia message center to the mail center. Increased user benefits; various operators, profit-making groups and individuals using the message center's promotional tools are also emerging.
  • the interoperability between networks is as hot as tea; the amount of news flowing on the web grows geometrically.
  • a large number of spam messages, malicious messages, and advertisement messages are inevitable, and the collective or individual who issues such messages is considered to be suspicious users or even blacklisted users.
  • the short-term spam can make the operator's production environment paralyzed.
  • garbage short message monitoring system has emerged, and their function is to automatically discover suspicious users according to a large number of monitored short messages and limit the sending behavior of their messages.
  • the current garbage short message monitoring system on the market is commercially available, most of them only use a simple strategy of monitoring the political garbage short message or the traffic garbage short message, which reduces the success rate of the short message. , affecting the revenue of operators.
  • the technical problem to be solved by the present invention is to provide a method and a device for processing a garbage short message, so as to solve the problem that the success rate of short message termination caused by the traditional garbage short message monitoring system is low.
  • the technical solution of the present invention further taps the garbage short message to be intercepted, and according to the nature of the short message, different replacement strategies are adopted.
  • the present invention discloses a method for processing a garbage short message, including: when receiving a garbage short message, the short message service center replaces all or part of the content of the garbage short message with the set content, and then replaces the content. The short message is sent to the recipient.
  • the step of replacing all or part of the content of the spam short message with the setting content includes: the short message service center is preset with a replacement policy, and when the short message service center receives the garbage short message, only the matching information is All or part of the content of the spam short message of the replacement policy is replaced with the setting content, wherein the replacement policy includes one or more of the following replacement conditions: replacing the garbage message sent by the user, and replacing the set time period Spam short messages within, and replace spam messages within the set traffic range.
  • the setting user includes a setting number segment and/or a setting number.
  • the garbage short message that meets the replacement policy refers to a garbage short message that satisfies all the replacement condition requirements included in the replacement policy.
  • the short message service center is preset with a plurality of replacement policies, and each replacement policy respectively corresponds to different setting contents; when the short message service center receives the garbage short message, it first determines that the garbage short message matches The replacement policy replaces all or part of the content of the spam short message with the setting content corresponding to the determined replacement policy.
  • the invention also discloses a garbage short message processing device, the device comprising: a monitoring interface module and a real-time monitoring processing module, wherein: the monitoring interface module is configured to: receive a short message sent by the short message service center and forward it to the real-time The monitoring module, and the short message of the replacement processing sent by the real-time monitoring processing module is sent to the receiving party; the real-time monitoring processing module is configured to: receive the short message forwarded by the monitoring interface module, When the received short message is a garbage short message, all or part of the content of the garbage short message is replaced with the setting content, and the replaced short message is sent to the monitoring interface module.
  • the device further includes a human-machine interaction network (WEB) processing module.
  • WEB human-machine interaction network
  • the human-machine interaction WEB processing module is configured to: set a replacement policy according to a user operation, where the replacement policy includes one or more of the following replacement conditions: Determining a garbage short message sent by the user, replacing the garbage short message in the set time period, and replacing the garbage short message in the set traffic range; the real-time monitoring processing module is configured to receive the short message as follows When it is a spam short message, replace all or part of the content of the spam short message with the setting content: When receiving the spam short message, only all or part of the garbage short message that meets the replacement policy is replaced with the setting. content.
  • the setting user includes a setting number segment and/or a setting number.
  • the real-time monitoring processing module is further configured to: determine that the received garbage short message satisfies all replacement condition requirements included in the replacement policy, and determine that the garbage short message meets The replacement strategy.
  • the human-computer interaction WEB processing module is configured to set a replacement policy according to a user operation as follows: a plurality of replacement policies are set according to user operations, and each replacement policy respectively corresponds to different setting contents; the real-time monitoring processing module is set When receiving the garbage short message, only all or part of the content of the garbage short message that meets the replacement policy is replaced with the setting content: When receiving the garbage short message, determining that the garbage short message conforms Replace the policy, and replace all or part of the content of the spam message with the setting content corresponding to the determined replacement policy.
  • FIG. 1 is a schematic structural diagram of a device according to the present invention
  • FIG. 2 is a flow chart of monitoring and processing a received short message by the device shown in FIG. 1
  • FIG. 3 is a schematic diagram of a human-computer interaction WEB module and other in the process shown in FIG.
  • FIG. 4 is a flowchart of determining a garbage short message in the embodiment
  • FIG. 5 is a flowchart of determining whether a garbage short message meets a replacement policy in the embodiment.
  • a garbage short message processing device which can replace the garbage short message with the setting content (for example, a specific public interest prompt or a targeted commercial advertisement), and its structure is as shown in FIG. 1 , and at least includes a human-computer interaction WEB processing module and a monitoring interface module. , black and white list management module and real-time monitoring and processing module. The functions of each module are described below.
  • the human-computer interaction WEB processing module is configured to: set the configuration data of the device according to the operation of the user (for example, an operator), and the configuration data includes a black and white list number; in this embodiment, the configuration data set by the human-machine interaction WEB processing module is further The replacement policy of the spam short message and the setting content corresponding to the replacement policy; the replacement policy includes at least one or more of the following replacement conditions: replacing the garbage message sent by the user, and replacing the garbage in the set time period Messages, replace spam short messages within the set traffic range.
  • the setting content corresponding to the replacement policy is the content of the garbage short message replacement that meets the replacement policy, and the content may specifically be a public interest prompt or a targeted commercial advertisement.
  • the monitoring interface module is configured to: interface connection with the SMSC and management function, complete the conversion of the protocol message and the internal message (ie, internal conversion of the short message sent by the SMSC, and conversion of the message sent by the real-time monitoring processing module into the SMSC The identified short message), and the information sent by the real-time monitoring processing module is sent to the SMSC.
  • the external interface NEs may be different.
  • the monitoring interface module can block external changes as far as possible from the device to ensure the stability and scalability of the device. The monitoring interface module will receive
  • the short message of the SMSC short message center is internally converted, and then the converted short message is sent to the real-time monitoring module for subsequent processing;
  • the black and white list management module is set to: black and white list (the black and white list is sent to the black and white by the human-computer interaction WEB processing module)
  • the list management module performs unified management to ensure the global consistency of the black and white list, and also receives the query request from the list type initiated by the real-time monitoring processing module;
  • the real-time monitoring processing module is set to: receive the short message sent by the monitoring interface module, and extract
  • the calling number and the called number of the short message are sent to the black and white list management module to query the list type of the extracted number, that is, the blacklist, the whitelist or the other, and the query according to the feedback of the black and white list management module
  • the identification result of the short message is determined, and the identification result is sent to the monitoring interface module;
  • the real-time monitoring processing module determines that the authentication result of the short message is directly sent when the query result of the black-and-white list management module is that the calling number of the short message or the list type of the called number is a white list.
  • the real-time monitoring processing module determines that the authentication result of the short message is to intercept the short message;
  • the query result of the module feedback is that when the calling number of the short message and the list type of the called number are neither whitelist nor blacklist (that is, the short message is a garbage short message), the real-time monitoring processing module determines the short message.
  • the authentication result is that the replacement content is delivered. In this case, the real-time monitoring processing module replaces all or part of the content of the short message with the setting content, and then sends the replaced short message to the monitoring interface module.
  • the real-time monitoring processing module determines whether the garbage short message meets the set replacement.
  • the short elimination is determined
  • the identification result is issued to replace the contents; particular replacement policy comprising at least one or more of the following alternative conditions: Replace the garbage short message sent by the user, replace the garbage short message in the set time period, and replace the garbage short message in the set traffic range; the real-time monitoring processing module is set to determine whether the garbage short message meets the setting as follows Replacement policy: Whether the garbage short message meets the replacement condition requirement in the replacement policy, wherein when the replacement policy includes multiple replacement conditions, the real-time monitoring processing module determines that the received garbage short message satisfies all replacements included in the replacement policy When the condition is met, it can be determined that the garbage short message conforms to the replacement policy.
  • a plurality of replacement policies are set in the human-computer interaction WEB processing module, and each replacement policy corresponds to different setting contents.
  • the real-time monitoring processing module determines that the received garbage short message is Which replacement strategy is met, and then all or part of the content of the spam message is replaced with the setting content corresponding to the replacement policy.
  • the working principle of the above device is: the user enters the human-computer interaction WEB processing module through the browser, and inputs the system running configuration data, wherein the replacement policy includes the following one or more replacement conditions: the replacement setting is sent by the user. Spam short message, replace the garbage short message in the set time period, and replace the garbage short message in the set traffic range;
  • the spam message sent is to be replaced.
  • It also includes traffic (used to indicate that the current traffic reaches the set traffic when the spam message is replaced), and the keyword (used to indicate that these keywords appear in the spam message) Need to replace), the time period (used to indicate that the garbage short message needs to be replaced during the set time period), notify the black and white list processing module of the black and white list in the configuration data, and notify the monitoring of the configuration data necessary for the operation.
  • the interface module notifies the real-time monitoring processing module of the replacement policy.
  • the monitoring interface module After receiving the authentication message sent by the SMSC, the monitoring interface module sends the authentication message to the real-time monitoring processing module, and the real-time monitoring processing module extracts the calling number and the called number information from the black-and-white list management module to query the list type, and the black-and-white list management module will query the result.
  • the real-time monitoring and processing module will determine whether the message is delivered or intercepted or replaced after the monitoring rule in the human-computer interaction WEB processing module (ie, the monitoring rule includes a replacement policy), and The judgment result is sent to the monitoring interface module, and the monitoring interface module returns the result.
  • the device may be an independent device or may be built in a short message service center.
  • Step 200 Human-computer interaction to initialize the device;
  • a user such as an operator accesses the device through a browser, and sets configuration data.
  • the data refers to the data required for the device to run, including the black and white list.
  • the configuration data is The replacement policy may also include a replacement policy.
  • the replacement policy may include one or more of the following replacement conditions: replacing the garbage message sent by the user, replacing the garbage message within the set time period, and replacing the set traffic range The garbage short message; wherein, when the replacement policy includes replacing the garbage short message sent by the user, one or more special number groups may be specifically established to indicate the setting user, and further, setting the waiting for each special number group The number or number segment to be monitored; in the preferred scheme, the replacement strategy includes replacement settings
  • the garbage short message sent by the user may also include replacing the garbage short message in the set time period and/or replacing the garbage short message in the set traffic range. For example, a different replacement rule is configured for each special number group, where the rule includes whether to perform the policy monitoring according to the set time interval.
  • the device may further set the non-intercepting period interval value and the intercepting period interval value; The proportion is strategically monitored. In this case, you can set the number of monitoring granular messages and the content of garbage short message replacement.
  • Step 201 The device receives the message authentication request of the SMSC (that is, receives the short message forwarded by the SMSC), and performs internal conversion on the message authentication request.
  • the monitoring interface module of the device receives the message authentication request of the SMSC. After the internal conversion, the message authentication request is sent to the real-time monitoring processing module;
  • Step 202 Acquire a calling number of the short message from the message authentication request that is internally converted.
  • the real-time monitoring processing module of the device receives the internally converted message authentication request sent by the monitoring interface module, and then extracts the message. Calling number and called number, and sending the calling number information and the called number to the black and white list management module; Step 203, querying the calling number and the called number of the obtained short message from the black and white list; In the step, after receiving the query request of the real-time monitoring processing module, the black and white list management module searches for the calling number and the called number of the short message from the black and white list respectively; Step 204, according to the search result, determines the identification result, wherein, when from the white When the calling number or the called number of the short message is found in the list, the authentication result is sent; when the calling number or the called number of the short message is found from the blacklist, the authentication result is intercepted; When the calling number and the called number of the short message are not found in the black and white list, the authentication result is set according to the preset.
  • the replacement policy replaces the short message content; in this step, the real-time monitoring processing module receives the list type and the configured rules fed back by the black and white list management module for analysis and calculation to determine the corresponding identification result, and feeds the identification result to the monitoring interface module; For example, when the calling number and the called number of the short message are not found in the black and white list, and the garbage message sent by the user is set in the replacement policy set in advance, the real-time monitoring processing module is When the pre-configured special number group (the special number group is used to indicate the setting user) finds the calling number of the short message, further determines the special number group to which the calling number of the short message belongs, and obtains the special number group.
  • the pre-configured special number group the special number group is used to indicate the setting user
  • a replacement rule determining, according to the replacement rule, that the setting content (such as public interest information or targeted advertisement) in which all or part of the content of the short message is replaced is sent;
  • Step 205 the authentication result is fed back to the SMSC;
  • the monitoring interface module receives the authentication result sent by the real-time monitoring processing module, and after conversion, The result is fed back to the SMSC short message center.
  • the SMSC short message center processes the received result according to the received result. If the result of the feedback is intercepted, the message is not sent. If the feedback result is sent, the line is sent normally. Message (At this time, the content of the message may have replaced the set content, such as the corresponding public interest information or targeted advertisement). As shown in FIG.
  • Step 301 The user enters the human-computer interaction WEB page through the browser, and first configures configuration data required for the system to run, including a black and white list number, a replacement policy, and the like; wherein, the replacement policy may include the following one or There are several replacement conditions: replacing the garbage short message sent by the user, replacing the garbage short message in the set time period, and replacing the garbage short message in the set traffic range; specifically, setting a plurality of special number groups, and these Information of the special number group (the information of the special number group includes the group ID and the group name). Then add multiple setting numbers and set number segments in each group.
  • Each number or number segment can only appear in one group, can not be repeated, and can be manually added individually or in batches by file.
  • the human-computer interaction WEB processing module will send a notification message with the number information to the black-and-white list management module, and the black-and-white list management module will add the number to its own memory library, so that The number of the black and white list management module is real-time.
  • the monitoring rule of each special number group may be further set, including: performing strategic monitoring (ie, replacement processing) according to the set time interval, and at this time, setting a non-intercepting period interval value and an intercepting period interval value; or including according to the message Proportional monitoring (ie, replacement processing), at this time, you can set the number of monitoring granular messages and monitor the number of intercepted messages.
  • each special number group has different special number content and monitoring rules.
  • the function organizes the configuration data required by each module into a synchronization file, uploads the file to a corresponding directory of each module, and sends a notification message to each module, so that each module loads the required configuration data;
  • Step 304 each module After receiving the notification message sent by the WEB processing module, the corresponding processing is performed; wherein the black and white list management module adds the number in the received file to its own memory data.
  • the real-time monitoring module loads the special number rule (ie, the replacement policy) in the received file into its own memory; the monitoring interface module loads the configuration data in the file into its own memory.
  • the human-computer interaction WEB processing module is mainly responsible for the maintenance of system operation information and special numbers, and provides basic data for monitoring of short messages.
  • Step 401 The short message center sends a request message for requesting the authentication short message to the monitoring interface module, where In the request message, the calling number of the short message to be authenticated, the called number of the short message to be authenticated, and the content of the short message to be authenticated, etc.; Step 402, after the monitoring interface module receives the request message, after internal conversion processing, Sending an authentication request message to the real-time monitoring processing module, and waiting for the response message; Step 403: After receiving the request message, the real-time monitoring processing module extracts the calling number and the called number of the short message to be authenticated, and sends the calling number and the called number to the black and white list management module.
  • Step 404 The black and white list management module matches the calling number and the called number to the list type in the memory library, and feeds the result to the real-time monitoring processing module; Step 405, the real-time monitoring processing module receives the black and white Result message sent by the list management module; 406. The real-time monitoring processing module determines the authentication result of the short message according to the result of the feedback of the black-and-white list management module, and sends the authentication result to the monitoring interface module.
  • the calling number or called number of the short message is The list type of the number is a white list, and the real-time monitoring processing module determines that the authentication result of the short message is directly delivered; when the result of the black-and-white list management module is that the list type of the calling number of the short message is a blacklist, the real-time The monitoring processing module determines that the identification result of the short message is interception; when the result of the feedback of the black and white list management module is that the list type of the calling number of the short message is the number in the set number group in the preset replacement policy, the real time is The monitoring processing module determines that the identification result of the short message is delivered as a replacement content; Step 407: The monitoring interface receives the identification result of the real-time monitoring processing module. Step 408: The monitoring interface feeds the received authentication result to the short message center, and the short message center delivers or intercepts or replaces the content delivery according to the result.
  • Step 501 After the real-time monitoring processing module receives the list type fed back by the black-and-white list management module, Determining that the short message to be authenticated is a garbage short message; Step 502: The real-time monitoring processing module determines the special number group information, determines which special number group the calling number of the garbage short message belongs to, and obtains the special number group according to the group ID of the special number group.
  • Step 503 the real-time monitoring processing module determines whether the time period interception condition is enabled in the replacement condition, that is, determining whether the value of the strategic monitoring according to the time interval is set in the human-machine interaction WEB processing module, if If yes, go to step 504, otherwise go to step 505; Step 504, after the real-time monitoring processing module enables the time segment interception strategy, it will start according to the time when the human-computer interaction WEB processing module synchronizes, according to the set non-intercept period interval value and Intercept period interval value is matched and judged to determine whether it is currently In the non-interception period, if yes, the process proceeds to step 508, otherwise, the process proceeds to step 505; Step 505, the real-time monitoring processing module determines whether the traffic monitoring policy is enabled in the replacement condition, that is, determines the setting in the human-machine interaction WEB processing module.
  • Step 506 after the real-time monitoring processing module enables the traffic checking policy, it is determined whether the number of non-intercepting pieces is currently If yes, go to step 508, otherwise go to step 507; specifically, the real-time monitoring and processing module will start according to the time when the human-computer interaction WEB processing module synchronizes, and process according to the monitoring granularity message number as the monitoring basic count, such as setting The number of monitoring granular messages is 10, and the number of monitoring intercepting messages is 2.
  • Step 507 After the real-time monitoring processing module analyzes, the identification result of the short message is: intercepting, ending the process; Step 508, the real-time monitoring processing module obtains the identification result of the short message after being analyzed, and is replaced by setting After the content (public interest information or targeted advertising) is delivered, the end of the process ends.
  • the present invention selectively replaces the garbage short message with the setting according to the set policy (for example, time and/or traffic limitation according to the set special number and the corresponding monitoring rule).
  • Content such as public service reminders or targeted commercial advertisements, etc.
  • this solution can be extended to areas such as MMS systems that need to be monitored.
  • the technical solution of the present invention monitors the SMSC's messages in real time, and selectively delivers, intercepts, or replaces the content according to the set rules, and then delivers the traditional garbage short message garbage short message monitoring.

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  • Computer Networks & Wireless Communication (AREA)
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Description

一种垃圾短消息的处理方法及设备
技术领域 本发明涉及垃圾短消息监控领域， 特别涉及一种垃圾短消息的处理方法 及设备。
背景技术
目前， 通讯领域的消息中心功能日臻壮大： 从短消息中心， 到多媒体消 息中心再到邮件中心。 用户曰益增多； 各种运营商、 盈利集团和个人利用消 息中心的促销手段也层出不穷。 各网络之间的互联互通的活动如火如茶； 网 上流动的消息量成几何级数增长。 在这种市场环境下就不可避免的会出现大 量的垃圾消息、 恶意消息、 以及广告消息等， 而发出这种消息的集体或个人 就被认为是可疑用户， 甚至是黑名单用户。 短时间内的垃圾消息可以使运营 商的生产环境瘫痪， 某些恶意用户利用运营商计费的延迟在快没钱时发送大 量短消息使运营商蒙受巨额的经济损失； 频繁的垃圾广告、 以及恶意消息也 会使用户烦不胜烦。 鉴于此， 垃圾短消息监控系统也就应运而生， 它们的功能就是能根据大 量的受监控的短信来自动地发现可疑用户， 限制其消息的发送行为。 虽然当 前市场上的垃圾短消息监控系统商用的不少， 但大多数对于监控到的政治性 垃圾短消息或者流量垃圾短消息仅仅釆用一拦了之的简单策略， 降低了短信 终呼成功率， 影响了运营商的收益。
发明内容
本发明所要解决的技术问题是:提供一种垃圾短消息的处理方法及设备， 以解决传统垃圾短消息监控系统导致的短信终呼成功率低的问题。 针对传统垃圾监控短信系统对监控到的垃圾短消息釆用一拦了之的简单 策略， 本发明技术方案对所要拦截的垃圾短消息进行进一步的挖潜， 根据短 信的性质， 釆取不同的替换策略（例如， 根据垃圾短消息对应的号码、 号段、 流量、 关键字、 时间段等一种或几种信息确定垃圾短消息的替换策略） ， 将 其替换为公益提醒短信或者定向商业广告等， 从而解决传统垃圾监控短信系 统造成的降低短信终呼成功率的弊病， 既可以提高短信终呼成功率， 又可以 通过公益提醒和商业广告获得良好的社会和经济效益。 具体地， 本发明公开了一种垃圾短消息的处理方法， 包括： 短消息服务中心接收到垃圾短消息时， 将该垃圾短消息的全部或部分内 容替换为设定内容， 再将经过替换处理的短消息下发给接收方。 将该垃圾短消息的全部或部分内容替换为设定内容的步骤包括： 所述短 消息服务中心事先设定有替换策略， 当所述短消息服务中心接收到垃圾短消 息时， 仅将符合所述替换策略的垃圾短消息的全部或部分内容替换为设定内 容， 其中， 所述替换策略包括如下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 以及替换设定流量范围内的垃圾短消息。 所述设定用户包括设定号码段和 /或设定号码。 当所述替换策略包括多种替换条件时， 符合所述替换策略的垃圾短消息 指， 满足所述替换策略所包括的所有替换条件要求的垃圾短消息。 所述短消息服务中心事先设定有多个替换策略， 并且各替换策略分别对 应不同的设定内容； 当所述短消息服务中心接收到垃圾短消息时， 先确定该垃圾短消息所符 合的替换策略， 再将该垃圾短消息的全部或部分内容替换为所确定的替换策 略所对应的设定内容。 本发明还公开了一种垃圾短消息的处理设备， 该设备包括： 监控接口模 块和实时监控处理模块， 其中： 所述监控接口模块设置为： 接收短消息服务中心发送的短消息并转发给 实时监控模块， 以及将所述实时监控处理模块发送的经过替换处理的短消息 下发给接收方； 所述实时监控处理模块设置为： 接收所述监控接口模块转发的短消息， 当所接收到的短消息为垃圾短消息时， 将该垃圾短消息的全部或部分内容替 换为设定内容， 并将经过替换处理的短消息发送给所述监控接口模块。 该设备还包括人机交互网络（WEB )处理模块； 所述人机交互 WEB处理模块设置为： 根据用户操作设置替换策略， 其 中， 所述替换策略包括如下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 以及替换设定流量范围内的垃圾短消息； 所述实时监控处理模块是设置为按如下方式当所接收到的短消息为垃圾 短消息时， 将该垃圾短消息的全部或部分内容替换为设定内容： 在接收到垃 圾短消息时， 仅将符合所述替换策略的垃圾短消息的全部或部分内容替换为 设定内容。 所述设定用户包括设定号码段和 /或设定号码。 当所述替换策略包括多种替换条件时，所述实时监控处理模块还设置为： 判断所接收到的垃圾短消息满足所述替换策略所包括的所有替换条件要求， 才确定该垃圾短消息符合所述替换策略。 所述人机交互 WEB处理模块是设置为按如下方式根据用户操作设置替 换策略： 根据用户操作设置多个替换策略， 并且各替换策略分别对应不同的 设定内容； 所述实时监控处理模块是设置为按如下方式在接收到垃圾短消息时， 仅 将符合所述替换策略的垃圾短消息的全部或部分内容替换为设定内容： 在接 收到垃圾短消息时， 确定该垃圾短消息所符合的替换策略， 并将该垃圾短消 息的全部或部分内容替换为所确定的替换策略所对应的设定内容。 本发明技术方案对短消息服务中心 （Short Message Service Center, SMSC ) 的消息进行实时监控， 根据设定的规则进行有选择的下发、 拦截或 者替换内容后再下发， 从而解决传统垃圾短消息垃圾短消息监控的简单地一 拦了之导致的短信终护成功率下降的问题。 附图概述 图 1为本发明设备的结构示意图； 图 2为图 1所示设备对收到的短消息的进行监控处理流程图； 图 3为图 2所示流程中人机交互 WEB模块与其他模块交互流程示意图； 图 4为本实施例中判断垃圾短消息的流程图； 图 5为本实施例中判断垃圾短消息是否符合替换策略的流程图。
本发明的较佳实施方式
下面结合具体实施方式及附图对本发明技术方案做进一步详细说明。 一种垃圾短消息处理设备， 可将垃圾短消息替换为设定内容 (例如特定 的公益提示或者定向商业广告） ， 其结构如图 1 所示， 至少包括人机交互 WEB处理模块、监控接口模块、 黑白名单管理模块和实时监控处理模块。 下 面介绍各模块的功能。 人机交互 WEB处理模块设置为： 根据用户 （例如运营商）操作设置设 备的配置数据， 该配置数据中包括黑白名单号码； 在本实施例中， 人机交互 WEB处理模块所设置的配置数据还包括垃圾 短消息的替换策略以及替换策略所对应的设定内容； 替换策略至少包括如下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 替换设定流量范围内的垃圾短消息。 替换策略所对应的设定内容， 即为符合替换策略的垃圾短消息替换的内 容， 该内容具体可以为公益提示或者定向商业广告。 监控接口模块设置为： 与 SMSC之间的接口连接以及管理功能， 完成协 议消息与内部消息的转换（即对 SMSC发送的短消息进行内部转换， 以及将 实时监控处理模块发送的消息进行转换为 SMSC识别的短消息）， 以及将实 时监控处理模块发送的信息发送给 SMSC 。 其中， 由于外部网元可能会各不相同， 监控接口模块可以将外部变化尽 量阻挡在设备之外， 保证设备的稳定性和可扩展性。 监控接口模块将接收的
SMSC短信中心的短消息进行内部转换， 之后将转换后的短消息发送给实时 监控模块做后续处理； 黑白名单管理模块设置为： 对黑白名单（该黑白名单由人机交互 WEB 处理模块发给黑白名单管理模块）进行统一管理， 保证黑白名单的全局一致 性， 另外还接收来自实时监控处理模块发起的名单类型的查询请求； 实时监控处理模块设置为： 接收监控接口模块发来的短消息， 提取短消 息的主叫号码和被叫号码， 将提取的号码发送给黑白名单管理模块以查询所 提取的号码的名单类型， 即黑名单、 白名单或其他， 并根据黑白名单管理模 块的反馈的查询结果， 确定短消息的鉴定结果， 将鉴定结果发送给监控接口 模块；
其中， 当黑白名单管理模块反馈的查询结果是， 短消息的主叫号码或被 叫号码的名单类型为白名单时， 实时监控处理模块确定该短消息的鉴定结果 是直接下发；
当黑白名单管理模块反馈的查询结果是， 短消息的主叫号码或被叫号码 的名单类型为黑名单时， 实时监控处理模块确定该短消息的鉴定结果是拦截 该短消息； 当黑白名单管理模块反馈的查询结果是， 短消息的主叫号码和被叫号码 的名单类型为既不是白名单也不是黑名单（即该短消息为垃圾短消息） 时， 实时监控处理模块确定该短消息的鉴定结果是替换内容下发， 此时， 实时监 控处理模块将该短消息的全部或部分内容替换为设定内容， 再将经过替换处 理的短消息下发给监控接口模块； 在本实施例中， 由于人机交互 WEB处理模块中设置有替换策略， 因此 当黑白名单管理模块反馈的查询结果是该短消息为对垃圾短消息时， 实时监 控处理模块进一步判断该垃圾短消息是否符合设置的替换策略， 仅当垃圾短 消息符合设置的替换策略时， 才确定该短消息的鉴定结果是替换内容下发； 具体地， 替换策略至少包括如下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 替换设定流量范围内的垃圾短消息； 实时监控处理模块是设置为按如下方式判断垃圾短消息是否符合设置的 替换策略： 垃圾短消息是否满足替换策略中的替换条件要求， 其中， 当替换 策略包括多个替换条件时， 实时监控处理模块要判断所收到的垃圾短消息满 足替换策略所包括的所有替换条件时，才能确定该垃圾短消息符合替换策略。 还有一些实施例中， 人机交互 WEB处理模块中设置有多个替换策略， 每个替换策略分别对应不同的设定内容， 此时， 实时监控处理模块要确定所 接收到的垃圾短消息是符合哪一个替换策略， 之后， 再将该垃圾短消息的全 部或部分内容替换成该替换策略所对应的设定内容。
上述设备的工作原理是： 用户通过浏览器进入人机交互 WEB处理模块， 输入系统运行配置数据， 其中， 包括替换策略， 替换策略包括如下一种或几 种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 替换设定流量范围内的垃圾短消息；
送的垃圾短消息要进行替换处理） ， 还包括流量（用于表示当前流量达到该 设定流量时要对垃圾短消息进行替换） 、 关键字 （用于表示垃圾短消息中出 现这些关键字时需要替换） 、 时间段（用于表示在该设定时间段内需要对垃 圾短消息进行替换）信息， 将配置数据中的黑白名单通知给黑白名单处理模 块， 将运行必需的配置数据通知给监控接口机模块， 将替换策略通知给实时 监控处理模块。监控接口模块收到 SMSC发送的鉴定消息后发送给实时监控 处理模块， 实时监控处理模块从中提取主叫号码和被叫号码信息发送给黑白 名单管理模块以查询名单类型， 黑白名单管理模块将查询结果回复给实时监 控处理模块， 实时监控处理模块将根据人机交互 WEB处理模块中的监控规 则 （即监控规则中包括替换策略）判断该条消息是下发还是拦截还是替换内 容后下发， 并将判断结果发送给监控接口模块， 监控接口模块再将结果反馈 给 SMSC。 其中， 上述设备可以为独立设备， 也可以内置于短消息服务中心中。
下面介绍上述设备有针对性地将垃圾短消息替换为设定内容的实现过 程。 该过程如图 2所示， 包括以下步骤： 步骤 200, 人机交互， 以对上述设备进行初始化； 该步骤中， 用户 （如运营商）通过浏览器访问上述设备， 并设置配置数 据， 该配置数据指设备运行所需要的数据， 其中包括黑白名单等， 设置完成 后， 这些信息都将会保存到物理数据库中， 并通知黑白名单管理模块和实时 监控处理模块； 在本实施例中， 配置数据中还包括替换策略， 具体地， 替换策略可包括 以下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 替换设定流量范围内的垃圾短消息； 其中， 替换策略包括替换设定用户所发送的垃圾短消息时， 具体可建立 一个或多个特殊号码组以表示设定用户， 进一步地， 在每个特殊号码组中设 置待监控的号码或者号段； 在优选的方案中， 替换策略包括替换设定用户所发送的垃圾短消息的同 时，还可以包括替换设定时间段内的垃圾短消息和 /或替换设定流量范围内的 垃圾短消息等。 例如， 针对每个特殊号码组配置不同的替换规则， 其中规则 包括是否根据设定时段间隔进行策略性监控， 此时， 设备可以进一步设置非 拦截时段间隔值和拦截时段间隔值； 还可以根据消息比例进行策略性监控， 此时， 则可设置监控粒度消息数和垃圾短消息内容替换消数。 步骤 201 , 上述设备接收到 SMSC的消息鉴定请求（即接收到 SMSC转 发的短消息） 时， 对该消息鉴定请求进行内部转换； 该步骤中， 上述设备中监控接口模块接收 SMSC的消息鉴定请求， 通过 内部转换后， 将消息鉴定请求发送给实时监控处理模块； 步骤 202, 从经过内部转换的消息鉴定请求中获取短消息的主叫号码； 该步骤中， 上述设备中实时监控处理模块接收监控接口模块发来的经过 内部转换的消息鉴定请求后， 取出消息中的主叫号码和被叫号码， 并将该主 叫号码信息和被叫号码发送给黑白名单管理模块； 步骤 203 , 从黑白名单中查询所获取的短消息的主叫号码和被叫号码； 该步骤中， 黑白名单管理模块接收实时监控处理模块的查询请求后， 分 别从黑白名单内查找短消息的主叫号码和被叫号码； 步骤 204 , 根据查找结果， 确定鉴定结果， 其中， 当从白名单中查找到 短消息的主叫号码或被叫号码时， 则鉴定结果为下发； 当从黑名单中查找到 短消息的主叫号码或和被叫号码时， 则鉴定结果为拦截； 当从黑白名单中均 未查找到短消息的主叫号码和和被叫号码时， 则鉴定结果为根据事先设定的 替换策略替换短消息内容； 该步骤中， 实时监控处理模块接收黑白名单管理模块反馈的名单类型和 配置的规则进行分析和计算以确定相应的鉴定结果， 并将鉴定结果反馈给监 控接口模块； 例如， 当从黑白名单中均未查找到短消息的主叫号码和和被叫号码， 且 事先设定的替换策略中设置了替换设定用户所发送的垃圾短消息， 则实时监 控处理模块从预先配置的特殊号码组（该特殊号码组用于表示设定用户） 中 查找到短消息的主叫号码时， 进一步确定该短消息的主叫号码所属于的特殊 号码组， 获取该特殊号码组的替换规则， 根据该替换规则确定将该短消息中 的全部或部分内容替换为的设定内容（如公益信息或者定向广告） 下发； 步骤 205 , 将鉴定结果反馈给 SMSC; 该步骤中， 监控接口模块接收实时监控处理模块发送的鉴定结果， 经过 转换后， 将结果反馈给 SMSC短信中心； 步骤 206, SMSC短信中心根据所收到的结果进行处理， 若反馈的结果 为拦截，则不下发该条消息，若反馈的结果为下发，则正常下发该条消息（此 时该条消息内容可能已经替换设定内容，如相应的公益信息或者定向广告）。 如图 3所示， 为上述流程中人机交互及初始化的具体过程。 该过程包括 以下步骤： 步骤 301 ,用户通过浏览器进入人机交互 WEB页面，首先配置系统运行 所需要的配置数据， 其中包括黑白名单号码、 替换策略等； 其中， 替换策略可包括以下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 替换设定流量范围内的垃圾短消息； 具体地， 设置多个特殊号码组， 以及这些特殊号码组的信息 （特殊号码 组的信息包括组 ID 和组名称） 。 之后在每个组中增加多个设定号码、 设定 号码段， 每个号码或者号码段只能在一个组中出现， 不能重复， 可手工单个 增加也可通过文件批量增加。 在每添加一条号码或号段时， 人机交互 WEB 处理模块都将会给黑白名单管理模块发送附带该条号码信息的通知消息， 黑 白名单管理模块会将该号码加入到自身内存库中， 以便黑白名单管理模块的 号码具有实时性。 之后可进一步设置每个特殊号码组的监控规则， 包括： 根 据设定时段间隔进行策略性监控（即替换处理） ， 此时， 可设置非拦截时段 间隔值和拦截时段间隔值； 或者包括根据消息比例进行策略性监控（即替换 处理） ， 此时， 则可设置监控粒度消息数和监控拦截消息数。 这样， 每个特 殊号码组即拥有了不同的特殊号码内容和监控规则。 步骤 302,通过人机交互 WEB处理模块的页面增加的配置数据，首先都 将保存在实体物理数据库中， 以便通知给其他模块时提取配置数据； 步骤 303 ,人机交互 WEB处理模块通过页面的同步功能，将各个模块所 需要的配置数据组织到同步文件中， 并将文件上传到各个模块对应的目录， 并发送通知消息给各个模块， 以便各模块加载所需的配置数据； 步骤 304,各模块收到 WEB处理模块发送的通知消息后，进行相应的处 理； 其中， 黑白名单管理模块将收到的文件中的号码加入到其自身内存数据 库中； 实时监控模块将收到的文件中的特殊号码规则 （即替换策略）加载到 自身内存中； 监控接口模块将文件中的配置数据加载到自身内存中。 综上所述， 人机交互 WEB处理模块主要负责系统运行信息和特殊号码 的维护， 为短信的监控提供基本的数据。
下面以图 4为例， 说明判断一条短消息是否为符合替换策略的垃圾短消 息的具体过程， 该过程包括以下步骤： 步骤 401 , 短信中心给监控接口模块发送请求鉴定短消息的请求消息， 该请求消息中有待鉴定短消息的主叫号码， 接收待鉴定短消息的被叫号码， 及其待鉴定短消息内容等信息； 步骤 402 , 监控接口模块接收到请求消息后， 经过内部转换处理后， 向 实时监控处理模块发送鉴定请求消息， 并等待响应消息； 步骤 403 , 实时监控处理模块接收到请求消息后， 从中提取待鉴定短消 息的主叫号码和被叫号码并发送给黑白名单管理模块，查询号码的名单类型； 步骤 404 , 黑白名单管理模块通过将主叫号码和被叫号码匹配其内存库 中的名单类型， 并将结果反馈给实时监控处理模块； 步骤 405 , 实时监控处理模块接收黑白名单管理模块发送的结果消息； 步骤 406 , 实时监控处理模块根据黑白名单管理模块反馈的结果， 确定 短消息的鉴定结果， 并将鉴定结果发送给监控接口模块； 当黑白名单管理模块反馈的结果是短消息的主叫号码或被叫号码的名单 类型是白名单，则实时监控处理模块确定该条短消息的鉴定结果是直接下发； 当黑白名单管理模块反馈的结果是短消息的主叫号码的名单类型是黑名 单， 则实时监控处理模块确定该条短消息的鉴定结果是拦截； 当黑白名单管理模块反馈的结果是短消息的主叫号码的名单类型是预先 设定的替换策略中设定号码组里的号码， 则实时监控处理模块确定本条短消 息的鉴定结果为替换内容下发； 步骤 407 , 监控接口接收到实时监控处理模块的鉴定结果。 步骤 408 , 监控接口将接收到的鉴定结果反馈给短信中心， 由短信中心 根据结果进行下发或拦截或者替换内容下发。
上述步骤 406中的具体判断垃圾短消息是否符合事先设定的替换策略的 过程， 如图 5所示， 包括以下步骤： 步骤 501 , 实时监控处理模块接收到黑白名单管理模块反馈的名单类型 后已经确定待鉴定的短消息为垃圾短消息； 步骤 502 , 实时监控处理模块将特殊号码组信息， 确定该垃圾短消息的 主叫号码属于哪个特殊号码组， 并根据该特殊号码组的组 ID获取其对应的 替换条件； 步骤 503， 实时监控处理模块判断替换条件中是否启用了时间段拦截条 件， 即判断在人机交互 WEB处理模块中设置的是否根据时段间隔进行策略 性监控的值为是， 如果是， 则继续执行步骤 504, 否则执行步骤 505; 步骤 504 , 实时监控处理模块启用时间段拦截策略后， 将会根据人机交 互 WEB处理模块同步的时间开始， 根据设置的非拦截时段间隔值和拦截时 段间隔值进行匹配判断， 判断当前是否属于非拦截时段， 如果是， 跳转执行 步骤 508, 否则， 进入步骤 505; 步骤 505 , 实时监控处理模块判断替换条件中是否启用了流量监控策略， 即判断在人机交互 WEB处理模块中设置的是否根据消息比例进行策略性监 控的值为是， 如果是， 则继续执行步骤 506, 否则跳转执行步骤 508; 步骤 506 , 实时监控处理模块启用流量检查策略后， 判断当前是否在非 拦截条数内， 如果是， 则执行步骤 508 , 否则执行步骤 507; 具体地， 实时监控处理模块将会根据人机交互 WEB处理模块同步的时 间开始， 根据监控粒度消息数作为监控基本计数进行处理， 如设置监控粒度 消息数为 10条，监控拦截消息数为 2条。则对所有特殊号码用户发送的消息 以 10条为总粒度， 从设置生效时刻起对特殊号码用户的整体发送行为监控， 将垃圾短消息的全部或部分内容替换为设定内容（公益信息或者定向广告） 后放行 8条消息， 直接拦截 2条消息， 循环往复。 步骤 507 , 实时监控处理模块经过分析后得到该条短消息的鉴定结果是, 拦截， 结束本流程； 步骤 508, 实时监控处理模块经过分析后得到该条短消息的鉴定结果是, 替换为设定内容（公益信息或者定向广告）后下发， 结束流程结束。
从上述实施例可以看出， 本发明根据设定的策略（例如， 根据设定的特 殊号码和对应的监控规则进行时间和 /或流量的限制）有针对性地将垃圾短消 息替换为设定内容（例如公益提醒或者有针对性的商业广告等） ， 从而解决 了现有监控系统的名单规则中单一黑白名单监控要么全部下发， 要么全部拦 截的局限， 从而提高了短信终呼成功率。 进一步地提高了运营商经济收益和 社会收益。并且，此方案还可以扩展到彩信系统等类似需要进行监控的领域。
本领域普通技术人员可以理解上述方法中的全部或部分步骤可通过程序 来指令相关硬件完成， 所述程序可以存储于计算机可读存储介质中， 如只读 存储器、 磁盘或光盘等。 可选地， 上述实施例的全部或部分步骤也可以使用 一个或多个集成电路来实现。 相应地， 上述实施例中的各模块 /单元可以釆用 硬件的形式实现， 也可以釆用软件功能模块的形式实现。 本发明不限制于任 何特定形式的硬件和软件的结合。 当然， 本发明还可有其他多种实施例， 在不背离本发明精神及其实质的 但凡在本发明的精神和原则之内， 所作的任何修改、 等同替换、 改进等， 均 应包含在本发明的保护范围之内。
工业实用性 本发明技术方案对 SMSC的消息进行实时监控， 根据设定的规则进行有 选择的下发、 拦截或者替换内容后再下发， 从而解决传统垃圾短消息垃圾短 消息监控的简单地一拦了之导致的短信终护成功率下降的问题。

Claims

权 利 要 求 书
1、 一种垃圾短消息的处理方法， 该方法包括： 短消息服务中心接收到垃圾短消息时， 将该垃圾短消息的全部或部分内 容替换为设定内容， 再将经过替换处理的短消息下发给接收方。
2、 如权利要求 1所述的方法， 其中， 将该垃圾短消息的全部或部分内容替换为设定内容的步骤包括： 所述短 消息服务中心事先设定有替换策略， 当所述短消息服务中心接收到垃圾短消 息时， 仅将符合所述替换策略的垃圾短消息的全部或部分内容替换为设定内 容， 其中， 所述替换策略包括如下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 以及替换设定流量范围内的垃圾短消息。
3、 如权利要求 2所述的方法， 其中， 所述设定用户包括设定号码段和 /或设定号码。
4、 如权利要求 2或 3所述的方法， 其中， 当所述替换策略包括多种替换条件时， 符合所述替换策略的垃圾短消息 指， 满足所述替换策略所包括的所有替换条件要求的垃圾短消息。
5、 如权利要求 4所述的方法， 其中， 所述短消息服务中心事先设定有多个替换策略， 并且各替换策略分别对 应不同的设定内容； 当所述短消息服务中心接收到垃圾短消息时， 先确定该垃圾短消息所符 合的替换策略， 再将该垃圾短消息的全部或部分内容替换为所确定的替换策 略所对应的设定内容。
6、 一种垃圾短消息的处理设备， 该设备包括： 监控接口模块和实时监控 处理模块， 其中： 所述监控接口模块设置为： 接收短消息服务中心发送的短消息并转发给 实时监控模块， 以及将所述实时监控处理模块发送的经过替换处理的短消息 下发给接收方； 所述实时监控处理模块设置为： 接收所述监控接口模块转发的短消息， 当所接收到的短消息为垃圾短消息时， 将该垃圾短消息的全部或部分内容替 换为设定内容， 并将经过替换处理的短消息发送给所述监控接口模块。
7、如权利要求 6所述的设备，其中，该设备还包括人机交互网络（ WEB ) 处理模块； 所述人机交互 WEB处理模块设置为： 根据用户操作设置替换策略， 其 中， 所述替换策略包括如下一种或几种替换条件： 替换设定用户所发送的垃圾短消息、 替换设定时间段内的垃圾短消息、 以及替换设定流量范围内的垃圾短消息； 所述实时监控处理模块是设置为按如下方式当所接收到的短消息为垃圾 短消息时， 将该垃圾短消息的全部或部分内容替换为设定内容： 在接收到垃 圾短消息时， 仅将符合所述替换策略的垃圾短消息的全部或部分内容替换为 设定内容。
8、 如权利要求 7所述的设备， 其中， 所述设定用户包括设定号码段和 /或设定号码。
9、 如权利要求 7或 8所述的设备， 其中， 当所述替换策略包括多种替换条件时，所述实时监控处理模块还设置为： 判断所接收到的垃圾短消息满足所述替换策略所包括的所有替换条件要求， 才确定该垃圾短消息符合所述替换策略。
10、 如权利要求 9所述的设备， 其中， 所述人机交互 WEB处理模块是设置为按如下方式根据用户操作设置替 换策略： 根据用户操作设置多个替换策略， 并且各替换策略分别对应不同的 设定内容； 所述实时监控处理模块是设置为按如下方式在接收到垃圾短消息时， 仅 将符合所述替换策略的垃圾短消息的全部或部分内容替换为设定内容： 在接 收到垃圾短消息时， 确定该垃圾短消息所符合的替换策略， 并将该垃圾短消 息的全部或部分内容替换为所确定的替换策略所对应的设定内容。
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