CN101217595A - A processing method and device of incoming communication method - Google Patents
A processing method and device of incoming communication method Download PDFInfo
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- CN101217595A CN101217595A CNA2007100330533A CN200710033053A CN101217595A CN 101217595 A CN101217595 A CN 101217595A CN A2007100330533 A CNA2007100330533 A CN A2007100330533A CN 200710033053 A CN200710033053 A CN 200710033053A CN 101217595 A CN101217595 A CN 101217595A
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Abstract
The embodiment of the invention discloses a processing method of incoming telephone number, comprising the steps that: through a classification rule of risk grades, the risk grade of the received telephone number is classified; through a classification rule of risk grades, the communication joined by the telephone number with the determined risk grade is correspondingly treated. The embodiment of the invention also discloses a processing unit of the incoming telephone number. By adopting the embodiment of the invention, risky telephone numbers can be identified by the users and the charge trap is avoided.
Description
Technical field
The present invention relates to communication technical field, relate to a kind of incoming communication processing method and device particularly.
Background technology
Along with the development of communication network with popularize, because network opening, user terminal can often receive advertising message or comprise the so-called junk information such as information of unhealthy content, simultaneously, note is swindled, is utilized trap to gain phenomenon existence in varying degrees such as telephone expenses by cheating, upset information environment and user's life order, added extra telephone expenses or bring heavy financial burden to the user simultaneously to enterprise.Thereby vast communication user is subjected to the puzzlement of " charge trap " deeply.Mainly be that the note that the uncertain number that the user receives is sent is filtered in the prior art, make the user can not read the note that contains some keyword, make and very likely make the user miss some important informations in this way, simultaneously, the scheme of existing spam filtering has realized coming catching rubbish information according to user's setting with the form of information fire compartment wall, such fire compartment wall might be tackled all so-called " rubbish numbers ", and this interception technology also may make the user miss some important informations.
Summary of the invention
Technical problem to be solved by this invention is, a kind of incoming communication processing method and a kind of incoming communication processing unit are provided.Can help the risky communication number of User Recognition, avoid the trap of charging.
In order to solve the problems of the technologies described above, the embodiment of the invention has proposed a kind of incoming communication processing method, comprising:
By the risk class division rule, the communication number that receives is carried out the risk class classification;
By the risk class control law, the communication that the communication number of determining good risk class participates in is handled accordingly.
Correspondingly, the embodiment of the invention provides a kind of incoming communication processing unit, comprising:
Receiving element is used to receive communication number;
Taxon is used for by the risk class division rule, and the received described communication number of described receiving element is carried out the risk class classification;
Processing unit is used for according to the risk class control law, and the communication that the communication number of risk class that described taxon has been determined participates in is handled accordingly.
Implement the embodiment of the invention, have following beneficial effect:
Incoming communication processing method and device that the embodiment of the invention provides, by the risk class division rule, the communication number that receives is carried out the risk class classification, by the risk class control law communication that the communication number of determining good risk class participates in is handled accordingly, can help the risky communication number of User Recognition, avoid the trap of charging.
Description of drawings
Fig. 1 is that an example structure of the incoming communication processing unit of the embodiment of the invention is formed schematic diagram;
Fig. 2 is that an example structure of the processing unit in embodiment illustrated in fig. 1 is formed schematic diagram;
Fig. 3 is that an example structure of the taxon in embodiment illustrated in fig. 1 is formed schematic diagram;
Fig. 4 is that an example structure of first sort module is formed schematic diagram among Fig. 3;
Fig. 5 is that another example structure of the taxon in embodiment illustrated in fig. 1 is formed schematic diagram;
Fig. 6 is that an example structure of second sort module is formed schematic diagram among Fig. 5;
Fig. 7 is an embodiment schematic flow sheet of communication number processing method of the present invention;
Fig. 8 is an embodiment schematic flow sheet that among Fig. 7 the communication number that receives is carried out the risk class classification;
Fig. 9 is another embodiment schematic flow sheet that among Fig. 7 the communication number that receives is carried out the risk class classification;
Figure 10 is another embodiment schematic flow sheet of communication number processing method of the present invention;
Figure 11 is an embodiment schematic flow sheet that among Figure 10 the communication number that receives is carried out the risk class classification.
Embodiment
Below in conjunction with accompanying drawing to the embodiment of the invention do further in detail, clearly explanation.
Fig. 1 is that an example structure of the incoming communication processing unit of the embodiment of the invention is formed schematic diagram.As shown in Figure 1, the incoming communication processing unit of present embodiment comprises: receiving element 101, taxon 102, processing unit 103, the 5th memory cell 104, the 3rd judging unit 105, the 6th memory cell 106, the 4th judging unit 107.Wherein,
Receiving element 101 is used to receive communication number;
After receiving element 101 receives communication number, judge that by the 4th judging unit 107 communication number that described receiving element 101 receives is whether in the Red List database of described the 6th memory cell 106 storages, if the judgment is Yes, show that then described communication number does not have risk, can handle the communication that the communication number that receives participates in according to the normal process mode; If the judgment is No, further judge that by the 3rd judging unit 105 communication number that described receiving element 101 receives is whether in the number risk class database that described the 5th memory cell 104 is stored, if the judgment is Yes, then notify described processing unit 103 by the risk class control law, the communication that described communication number participates in is handled accordingly, otherwise, notify described taxon 102 by the risk class division rule, the communication number that receives is carried out the risk class classification;
Wherein the 5th memory cell 104 is used for number storing risk class database.The risk class of described number risk class database storage communication number and described communication number.
The 6th memory cell 106 is used to store the Red List database.
Further will the classify communication number of determining good risk class of taxon 102 sends to the 5th memory cell 104 and stores.
As shown in Figure 2, above-mentioned processing unit 103 further comprises:
The 7th memory module 201 is used to store the risk class control law;
The risk class control law of the 7th memory module 201 storages comprises:
A. forbid that main frame calls out certain communication number;
B. forbid that main frame sends information (comprising short message, multimedia message etc.) to certain communication number;
C. forbid certain communication number incoming call;
D. forbid that certain communication number sends out into information;
E. point out to the exhalation of certain number or to the transmission information of certain number to the user, the user confirms that the back is from line operate.
Such as, when the risk class with certain communication number is divided into high-risk grade, then the communication of this number is handled and carried out comparatively strict restriction, can preset A, B, C, the measure of D item limits, and can certainly be revised the control law of this grade by the user voluntarily;
In the risk class with certain communication number is divided into, during risk class, can only adopt A, the measure of B item only exhalation to be limited, incoming call is not limited;
When the risk class with certain communication number is divided into high-risk grade, can only adopt the measure of E item to point out.
Incoming call communication device of the present invention can also have second embodiment, described second embodiment and embodiment difference shown in Figure 1 are, the incoming call communication device of described second embodiment does not comprise the 5th memory cell 104, the 3rd judging unit 105, the 6th memory cell 106, the 4th judging unit 107, in described second embodiment, after receiving element 101 receives communication number, directly carry out the risk class classification by 102 pairs of above-mentioned communication numbers of taxon.
Incoming call communication device of the present invention can also have the 3rd embodiment, described the 3rd embodiment and embodiment difference shown in Figure 1 are, the incoming call communication device of described the 3rd embodiment does not comprise the 6th memory cell 106, the 4th judging unit 107, at this moment, after receiving element 101 receives communication number, judge that by the 3rd judging unit 105 communication number that described receiving element 101 receives is whether in the number risk class database that described the 5th memory cell 104 is stored; If the judgment is Yes, then notify described processing unit 103, the communication that described communication number participates in is handled accordingly by the risk class control law; Otherwise, notify described taxon 102 by the risk class division rule, the communication number that receives is carried out the risk class classification.
Incoming call communication device of the present invention can also have the 4th embodiment, described the 4th embodiment and embodiment difference shown in Figure 1 are, the incoming call communication device of described the 4th embodiment does not comprise the 5th memory cell 104, the 3rd judging unit 105, at this moment, after receiving element 101 receives communication number, judge that by the 4th judging unit 107 communication number that described receiving element 101 receives is whether in the Red List database that described the 6th memory cell 106 is stored; If judged result shows then that for being described communication number does not have risk, can handle the communication that the communication number that receives participates in according to the normal process mode; If judged result is then carried out the risk class classification by 102 pairs of above-mentioned communication numbers of taxon for not;
When the described communication number that receives is the number that comprises in the transmission number of the information that received and/or the described information content, described risk class division rule can be the keyword division rule, by keyword risk class division rule the communication number that receives is carried out risk class and divide time-like, taxon 102 can adopt structure shown in Figure 3, as shown in Figure 3, taxon 102 further comprises:
With keyword assignment such as " prize-winning ", " Grand Prix ", " RMB ", " lottery tickets " is high-risk grade;
With very not tangible keyword assignment such as " prize ", " subscription " is middle risk class;
With keyword assignment such as " friend-making ", " friend ", " classmates " is low risk level.
As shown in Figure 4, first sort module 303 further comprises:
The first classification submodule 402, be used for judging the number of the risk keyword that the described information content comprises according to the keyword risk class division rule of described first memory module 403 storages, if the number of described risk keyword more than or equal to three, then is divided into the high-risk grade number with the described communication number that receives; If the number of described risk keyword equals two, and the risk class of described both keyword has one for high, then the described communication number that receives is divided into the high-risk grade number; If the number of described risk keyword equals two, and the risk class of described both keyword is low, then the described communication number that receives is divided into the low risk level number; If the number of described risk keyword equals one, then the described communication number that receives is divided into the risk class number consistent with the risk class of described keyword.
In the specific implementation, present embodiment also can comprise updating block, the risk keyword grade classification rule that is used for upgrading the risk keyword database of described first memory module 304 storages and/or upgrades 402 storages of described second memory module.Like this can real-time ensuring risk keyword database and the reliability of risk keyword grade classification rule.Such as, when the continuous malice of the number that is in low risk level sends information, the risk class of this number can be updated to high-risk grade; Or, be arranged on dynamic described keyword database or the risk keyword risk class division rule of upgrading of regular time point.
When the described communication number that receives is the number that comprises in the transmission number of the information that received and/or the described information content, described risk class division rule can be number attribution risk class division rule, by number attribution risk class division rule the communication number that receives is carried out risk class and divide time-like, taxon 102 can adopt structure shown in Figure 5, as shown in Figure 5, taxon 102 further comprises:
Enquiry module 501 is used for inquiring about the ownership place of the transmission number of the information that is received, the ownership place of number that the described information content comprises;
The 3rd memory module 504 is used for store home ground vulnerability database; The ownership place vulnerability database is used to record the number attribution of risk, in the specific implementation, described ownership place vulnerability database can also write down the risk class of each ownership, such as, the risk class of ownership place can be divided into high, medium and low Three Estate, and ownership place that can certain areas is set to the particular risk grade; Such as, the communication number in Fujian county is divided into the high-risk grade number; The communication number in Hangzhou county is divided into middle risk class number; The communication number in Beijing county is divided into the low risk level number; Also can set by the number call number of times, surpass 5 times such as certain the number malicious call when the somewhere, then the ownership place with described number is divided into high-risk grade.
Second judge module 502 is used for judging according to the ownership place vulnerability database of described the 3rd memory module 504 storages whether the ownership place of described communication number is the risk ownership place;
Second sort module 502 is used for according to default number attribution risk class division rule, described receiving element 101 received communication numbers being carried out the risk class classification when described second judge module 502 output affirmative determination as a result the time.How number attribution risk class division rule is used to write down the risk class of determining the communication number that receives according to ownership place, such as, following number attribution risk class division rule can be set, when the ownership place of the communication number that receives is high-risk grade, the communication number that receives is divided into high-risk grade; When the ownership place of the communication number that receives is middle risk class, the communication number that receives is divided into middle risk class; When the ownership place of the communication number that receives is low risk level, the communication number that receives is divided into low risk level;
As shown in Figure 6, second sort module 502 further comprises:
The 4th memory module 601, be used for number storing ownership place risk class division rule, the number attribution risk class division rule of present embodiment comprises when the ownership place of the communication number that receives is high-risk grade, and the communication number that receives is divided into high-risk grade; When the ownership place of the communication number that receives is middle risk class, the communication number that receives is divided into middle risk class; When the ownership place of the communication number that receives is low risk level, the communication number that receives is divided into low risk level;
The second classification submodule 602, be used for judging the risk class of ownership place of risk class, number that the described information content comprises of ownership place of the transmission number of the described information that receives according to the number attribution risk class division rule of described second memory module 601 storage, if the risk class of described ownership place is a high-risk grade, then the number that comprises in the message content with the transmission number of described information, described information is divided into the high-risk grade number; If the risk class of described ownership place is middle risk class, risk class number during then the number that comprises in the message content with the transmission number of described information, described information is divided into; If the risk class of described ownership place is a low risk level, then the number that comprises in the message content with the transmission number of described information, described information is divided into the low risk level number.
In the specific implementation, present embodiment also can comprise updating block, the number attribution risk class division rule that is used for upgrading the ownership place vulnerability database of described the 3rd memory module 502 storages and/or upgrades 601 storages of described the 4th memory module.Like this can real-time ensuring ownership place vulnerability database and the reliability of number attribution risk class division rule.Such as, when the continuous malice of the number that is in low risk level sends information, the risk class of this number can be updated to high-risk grade; Or, be arranged on dynamic described keyword database or the risk keyword risk class division rule of upgrading of regular time point; Perhaps when the number in area not when repeatedly sending fallacious message, the ownership place of this area's number is divided into low risk level.
Accordingly, the embodiment of the invention provides a kind of incoming communication processing method, and Fig. 7 is an embodiment schematic flow sheet of the communication number processing method of the embodiment of the invention.As shown in Figure 7, the incoming communication processing method of present embodiment comprises:
Step S7001, the number that comprises in the transmission number of reception information and/or the described information content;
Step S7002 judges that the communication number receive is whether in the Red List database; If the judgment is No, execution in step S7003 then;
Step S7003 judges the communication number receive whether in number risk class database, if the judgment is Yes, execution in step S7004 then, if judged result for not, execution in step S7005 then;
Step S7004 by the risk class control law, handles accordingly to the communication that the described communication number of determining good risk class participates in;
Step S7005 by the risk class division rule, carries out the risk class classification to the communication number that receives, and returns step S7004 again.In the specific implementation, step S7005 step is carried out the risk class classification to the communication number that receives after, also described risk class sorting result information is added in the number risk class database and preserve, described number risk class database is used for the risk class of memory communicating number and described communication number.
In step S7002, when communication number that judgement receives in the Red List database, show that then described communication number does not have risk, can handle the communication that the communication number that receives participates in according to the normal process mode.
When the described communication number that receives is the number that comprises in the transmission number of the information that received and/or the described information content, step S7005 is described by the risk class division rule, the flow chart that the communication number that receives is carried out risk class classification as shown in Figure 8, this step specifically comprises:
Step S8001, the message content of the information that extraction receives;
Step S8002 judges in the message content of described information whether include the risk keyword, if the judgment is Yes, and execution in step S8003 then;
Step S8003 extracts the risk keyword from the message content of described information;
Step S8004 judges the number of the described risk keyword that extracts, and the communication number that receives is carried out the risk class classification.If the number of described risk keyword more than or equal to three, then is divided into the high-risk grade number with the described communication number that receives; If the number of described risk keyword equals two, and the risk class of described both keyword has one for high, then the described communication number that receives is divided into the high-risk grade number; If the number of described risk keyword equals two, and the risk class of described both keyword is low, then the described communication number that receives is divided into the low risk level number; If the number of described risk keyword equals one, then the described communication number that receives is divided into the risk class number consistent with the risk class of described keyword.
In the specific implementation, the method for this embodiment also comprises to be upgraded the risk keyword database and/or upgrades risk keyword grade classification rule.Like this can real-time ensuring risk keyword database and the reliability of risk keyword grade classification rule.Such as, when the continuous malice of the number that is in low risk level sends information, the risk class of this number can be updated to high-risk grade; Or, be arranged on dynamic described keyword database or the risk keyword risk class division rule of upgrading of regular time point.
When the described communication number that receives is the number that comprises in the transmission number of the information that received and/or the described information content, step S7005 is described by the risk class division rule, another flow chart that the communication number that receives is carried out risk class classification as shown in Figure 9, this step specifically comprises:
Step S9001, the ownership place of the number that comprises in the transmission number of the described information that receives of inquiry and/or the described information content;
Step S9002, the risk class of the ownership place of the number that comprises in the transmission number of the described information that receives of judgement and/or the described information content carries out the risk class classification to the communication number that receives.If the risk class of described ownership place is a high-risk grade, then the number that comprises in the message content with the transmission number of described information and/or described information is divided into the high-risk grade number; If the risk class of described ownership place is middle risk class, risk class number during then the number that comprises in the message content with the transmission number of described information and/or described information is divided into; If the risk class of described ownership place is a low risk level, then the number that comprises in the message content with the transmission number of described information and/or described information is divided into the low risk level number.
In the specific implementation, the method for this embodiment also comprises to be upgraded the ownership place vulnerability database and/or upgrades institute's number attribution risk class division rule.Like this can real-time ensuring ownership place vulnerability database and the reliability of number attribution risk class division rule.Such as, when the continuous malice of the number that is in low risk level sends information, the risk class of this number can be updated to high-risk grade; Or, be arranged on dynamic described keyword database or the risk keyword risk class division rule of upgrading of regular time point; Perhaps when the number in area not when repeatedly sending fallacious message, the ownership place of this area's number is divided into low risk level.
When the described communication number that receives is the Inbound Calls number of the calling that receives, described risk class division rule can be number attribution risk class division rule, by number attribution risk class division rule the communication number that receives is carried out risk class and divide time-like, taxon 102 can adopt structure shown in Figure 5, as shown in Figure 5, taxon 102 further comprises:
As shown in Figure 5, above-mentioned taxon 102 further comprises:
Enquiry module 501 is used to inquire about the ownership place of the Inbound Calls number that is received;
The 3rd memory module 504 is used for store home ground vulnerability database; The ownership place vulnerability database is used to record the number attribution of risk, in the specific implementation, described ownership place vulnerability database can also write down the risk class of each ownership, such as, the risk class of ownership place can be divided into high, medium and low Three Estate, and ownership place that can certain areas is set to the particular risk grade; Such as, the communication number in Fujian county is divided into the high-risk grade number; The communication number in Hangzhou county is divided into middle risk class number; The communication number in Beijing county is divided into the low risk level number; Also can set by the number call number of times, surpass 5 times such as certain the number malicious call when the somewhere, then the ownership place with described number is divided into high-risk grade.
Second judge module 502 is used for judging according to the ownership place vulnerability database of described the 3rd memory module 504 storages whether the ownership place of described communication number is the risk ownership place;
Second sort module 502 is used for according to default number attribution risk class division rule, described receiving element 101 received communication numbers being carried out the risk class classification when described second judge module 502 output affirmative determination as a result the time.How number attribution risk class division rule is used to write down the risk class of determining the communication number that receives according to ownership place, such as, following number attribution risk class division rule can be set, when the ownership place of the communication number that receives is high-risk grade, the communication number that receives is divided into high-risk grade; When the ownership place of the communication number that receives is middle risk class, the communication number that receives is divided into middle risk class; When the ownership place of the communication number that receives is low risk level, the communication number that receives is divided into low risk level;
As shown in Figure 6, second sort module 502 further comprises:
The 4th memory module 601, be used for number storing ownership place risk class division rule, the number attribution risk class division rule of present embodiment comprises when the ownership place of the communication number that receives is high-risk grade, and the communication number that receives is divided into high-risk grade; When the ownership place of the communication number that receives is middle risk class, the communication number that receives is divided into middle risk class; When the ownership place of the communication number that receives is low risk level, the communication number that receives is divided into low risk level;
The second classification submodule 602, be used for judging the risk class of ownership place of risk class, number that the described information content comprises of ownership place of the transmission number of the described information that receives according to the number attribution risk class division rule of described second memory module 601 storage, if the risk class of described ownership place is a high-risk grade, then the number that comprises in the message content with the transmission number of described information, described information is divided into the high-risk grade number; If the risk class of described ownership place is middle risk class, risk class number during then the number that comprises in the message content with the transmission number of described information, described information is divided into; If the risk class of described ownership place is a low risk level, then the number that comprises in the message content with the transmission number of described information, described information is divided into the low risk level number.
In the specific implementation, present embodiment also can comprise updating block, the number attribution risk class division rule that is used for upgrading the ownership place vulnerability database of described the 3rd memory module 502 storages and/or upgrades 601 storages of described the 4th memory module.Like this can real-time ensuring ownership place vulnerability database and the reliability of number attribution risk class division rule.Such as, when the continuous malice of the number that is in low risk level sends information, the risk class of this number can be updated to high-risk grade; Or, be arranged on dynamic described keyword database or the risk keyword risk class division rule of upgrading of regular time point; Perhaps when the number in somewhere repeatedly sends fallacious message, the ownership place of this area's number is divided into low risk level.
Accordingly, Figure 10 is another embodiment schematic flow sheet of the communication number processing method of the embodiment of the invention.As shown in figure 10, the incoming communication processing method of present embodiment comprises:
Step S1001 receives the Inbound Calls number;
Step S1002 judges that the Inbound Calls number receive is whether in the Red List database; If the judgment is No, execution in step S1003 then;
Step S1003 judges the Inbound Calls number receive whether in number risk class database, if the judgment is Yes, execution in step S1004 then, if judged result for not, execution in step S1005 then;
Step S1004 by the risk class control law, handles accordingly to the communication that the described Inbound Calls number of determining good risk class participates in;
Step S1005 by the risk class division rule, carries out the risk class classification to the Inbound Calls number that receives, and returns step S1004 again.
In step S1002, when Inbound Calls number that judgement receives in the Red List database, show that then described communication number does not have risk, can handle the communication that the communication number that receives participates in according to the normal process mode.
When the described communication number that receives is the number that comprises in the transmission number of the information that received and/or the described information content, step S1005 is described by the risk class division rule, the flow chart that the communication number that receives is carried out risk class classification as shown in figure 11, this step specifically comprises:
Step S1101 inquires about the ownership place of described Inbound Calls number;
Step S1102 judges the risk class of the ownership place of the described Inbound Calls number that receives, and the Inbound Calls number that receives is carried out the risk class classification.If the risk class of described ownership place is a high-risk grade, then described Inbound Calls number is divided into the high-risk grade number; If the risk class of described ownership place is middle risk class, risk class number in then described Inbound Calls number being divided into; If the risk class of described ownership place is a low risk level, then described Inbound Calls number is divided into the low risk level number.
In the specific implementation, the method for this embodiment also comprises to be upgraded the ownership place vulnerability database and/or upgrades institute's number attribution risk class division rule.Like this can real-time ensuring ownership place vulnerability database and the reliability of number attribution risk class division rule.Such as, when the continuous malice of the number that is in low risk level sends information, the risk class of this number can be updated to high-risk grade; Or, be arranged on dynamic described keyword database or the risk keyword risk class division rule of upgrading of regular time point; Perhaps when the number in area not when repeatedly sending fallacious message, the ownership place of this area's number is divided into low risk level.
Incoming communication processing method and device that the embodiment of the invention provides, by the risk class division rule, the communication number that receives is carried out the risk class classification, by the risk class control law communication that the communication number of determining good risk class participates in is handled accordingly, can help the risky communication number of User Recognition, avoid the trap of charging.
Above disclosed only is preferred embodiment of the present invention, can not limit the present invention's interest field certainly with this, and therefore the equivalent variations of doing according to claim of the present invention still belongs to the scope that the present invention is contained.
Claims (19)
1. an incoming communication processing method is characterized in that, may further comprise the steps:
By the risk class division rule, the communication number that receives is carried out the risk class classification;
By the risk class control law, the communication that the communication number of determining good risk class participates in is handled accordingly.
2. incoming communication processing method as claimed in claim 1 is characterized in that, described method also comprises:
To preserve in the described risk class sorting result information adding number risk class database, described number risk class database is used for the risk class of memory communicating number and described communication number.
3. incoming communication processing method as claimed in claim 1 or 2 is characterized in that, the described communication number that receives comprises number or the Inbound Calls number that comprises in the transmission number of the information that is received, the described information content.
4. incoming communication processing method as claimed in claim 3, it is characterized in that, when the described communication number that receives is the number that comprises in the transmission number of the information that received and/or the described information content, described by the risk class division rule, specifically comprise receiving the step that communication number carries out the risk class classification:
The content of the information that extraction receives;
Judge according to the risk keyword database in the content of described information and whether include the risk keyword, if the judgment is Yes, according to keyword risk class division rule, the communication number that receives is carried out the risk class classification, and described risk keyword database is used to write down the risk class of risk keyword and described keyword.
5. incoming communication processing method as claimed in claim 4 is characterized in that, described method also comprises:
Upgrade risk keyword database and/or trasaction key risk class division rule.
6. incoming communication processing method as claimed in claim 4 is characterized in that, and is described according to keyword risk class division rule, and the step of the communication number that receives being carried out the risk class classification specifically comprises:
Judge the number of the risk keyword that comprises in the described information content, if the number of described risk keyword more than or equal to three, then is divided into the high-risk grade number with the described communication number that receives; If the number of described risk keyword equals two, and the risk class of described both keyword has one for high, then the described communication number that receives is divided into the high-risk grade number; If the number of described risk keyword equals two, and the risk class of described both keyword is low, then the described communication number that receives is divided into the low risk level number; If the number of described risk keyword equals one, then the described communication number that receives is divided into the risk class number consistent with the risk class of described keyword.
7. incoming communication processing method as claimed in claim 3, it is characterized in that, when the described communication number that receives is the number that comprises in the transmission number of the information that received, the described information content, or during the Inbound Calls number, described by the risk class division rule, specifically comprise receiving the step that communication number carries out the risk class classification:
Inquire about the ownership place of the described communication number that receives;
Judge according to the ownership place vulnerability database whether the ownership place of described communication number is included in the described ownership place vulnerability database, if the judgment is Yes, according to default number attribution risk class division rule, the communication number that receives is carried out the risk class classification, and described ownership place vulnerability database is used to record the number attribution of risk and the risk class of described ownership place.
8. incoming communication processing method as claimed in claim 7 is characterized in that, described method also comprises:
Upgrade the ownership place vulnerability database and/or upgrade number attribution risk class division rule.
9. incoming communication processing method as claimed in claim 7 is characterized in that, the number attribution risk class division rule that described basis is default, and the step of the communication number that receives being carried out the risk class classification specifically comprises:
Judge the risk class of the ownership place of described received communication number,, then the described communication number that receives is divided into the high-risk grade number if the risk class of described ownership place is a high-risk grade; If the risk class of described ownership place is middle risk class, risk class number in then the described communication number that receives being divided into; If the risk class of described ownership place is a low risk level, then the described communication number that receives is divided into the low risk level number.
10. as each described incoming communication processing method among the claim 3-9, it is characterized in that described by the risk class division rule, the step of the communication number that receives being carried out the risk class classification also comprises before:
Judge that the communication number receive is whether in number risk class database, if the judgment is Yes, then by the risk class control law, the communication that described communication number participates in is handled accordingly, and described number risk class database is used for the risk class of memory communicating number and described communication number; Otherwise,, the communication number that receives is carried out the risk class classification by the risk class division rule.
11. an incoming communication processing unit is characterized in that, described device comprises:
Receiving element is used to receive communication number;
Taxon is used for by the risk class division rule, and the received described communication number of described receiving element is carried out the risk class classification;
Processing unit is used for according to the risk class control law, and the communication that the communication number of risk class that described taxon has been determined participates in is handled accordingly.
12. incoming communication processing unit as claimed in claim 11 is characterized in that, described communication number is the number that comprises in the transmission number of the information that received and/or the described information content, and described taxon further comprises:
First extraction module is used to extract the content of received information;
First memory module is used to store the risk keyword database, and described keyword database is used to write down the risk class of risk keyword and described keyword;
First judge module is used for judging according to the risk keyword database of described first memory module storage whether the content of described institute information includes the risk keyword;
First sort module is used for when described first judge module is exported sure judged result, by keyword risk class division rule, the communication number that receives is carried out the risk class classification.
13. incoming communication processing unit as claimed in claim 12 is characterized in that, also comprises:
Updating block, the keyword risk class division rule that is used for upgrading the risk keyword database of described first memory module storage and/or upgrades described first sort module.
14. incoming communication processing unit as claimed in claim 12 is characterized in that, described first sort module further comprises:
Second memory module is used for storage key risk class division rule, and described risk class division rule comprises if the number of risk keyword more than or equal to three, then is divided into the high-risk grade number with the described communication number that receives; If the number of described risk keyword equals two, and the risk class of described both keyword has one for high, then the described communication number that receives is divided into the high-risk grade number; If the number of described risk keyword equals two, and the risk class of described both keyword is low, then the described communication number that receives is divided into the low risk level number; If the number of described risk keyword equals one, then the described communication number that receives is divided into the risk class number consistent with the risk class of described keyword;
The first classification submodule, be used for judging the number of the risk keyword that the described information content comprises according to the keyword risk class division rule of described second memory module storage, if the number of described risk keyword more than or equal to three, then is divided into the high-risk grade number with the described communication number that receives; If the number of described risk keyword equals two, and the risk class of described both keyword has one for high, then the described communication number that receives is divided into the high-risk grade number; If the number of described risk keyword equals two, and the risk class of described both keyword is low, then the described communication number that receives is divided into the low risk level number; If the number of described risk keyword equals one, then the described communication number that receives is divided into the risk class number consistent with the risk class of described keyword.
15. incoming communication processing unit as claimed in claim 11 is characterized in that, described communication number is that the information that is received sends the number that comprises in number, the described information content, or the Inbound Calls number, and described taxon further comprises:
Enquiry module is used to inquire about the ownership place of the communication number that is received;
The 3rd memory module is used for store home ground vulnerability database;
Second judge module is used for judging according to the ownership place vulnerability database whether the ownership place of described communication number is the risk ownership place;
Second sort module is used for according to default number attribution risk class division rule, the received communication number of described receiving element being carried out the risk class classification when the affirmative determination that receives the output of described second judge module as a result the time.
16. incoming communication processing unit as claimed in claim 15 is characterized in that, also comprises:
Updating block, the number attribution risk class division rule that is used for upgrading the risk keyword database of described the 3rd memory module storage and/or upgrades described second sort module.
17. incoming communication processing unit as claimed in claim 15 is characterized in that, described second sort module further comprises:
The 4th memory module, be used for number storing ownership place risk class division rule, described number storing ownership place risk class division rule comprises when the ownership place of the communication number that receives is high-risk grade, and the communication number that receives is divided into high-risk grade; When the ownership place of the communication number that receives is middle risk class, the communication number that receives is divided into middle risk class; When the ownership place of the communication number that receives is low risk level, the communication number that receives is divided into low risk level;
The second classification submodule, be used for judging the risk class of the ownership place of described received communication number according to the number attribution risk class division rule of described second memory module storage, if the risk class of described ownership place is a high-risk grade, then the described communication number that receives is divided into the high-risk grade number; If the risk class of described ownership place is middle risk class, risk class number in then the described communication number that receives being divided into; If the risk class of described ownership place is a low risk level, then the described communication number that receives is divided into the low risk level number.
18., it is characterized in that described incoming communication processing unit also comprises as each described incoming communication processing unit among the claim 11-17:
The 5th memory cell is used for number storing risk class database, and described number risk class database is used to store the communication number after described taxon classification is handled and the risk class of described communication number.；
The 3rd judging unit, be used for judging the number risk class database whether communication number that described receiving element receives is stored in described the 5th memory cell, if the judgment is Yes, then notify described processing unit by the risk class control law, the communication that described communication number participates in is handled accordingly; Otherwise, notify described taxon by the risk class division rule, the communication number that receives is carried out the risk class classification.
19. incoming communication processing unit as claimed in claim 11 is characterized in that, described processing unit further comprises:
The 7th memory module is used to store the risk class control law;
Processing module is used for the risk class control law according to the storage of described memory module, and the communication of the communication number participation of risk class that described taxon has been determined is handled accordingly.
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| CNA2007100330533A CN101217595A (en) | 2007-12-29 | 2007-12-29 | A processing method and device of incoming communication method |
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| CNA2007100330533A CN101217595A (en) | 2007-12-29 | 2007-12-29 | A processing method and device of incoming communication method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2011015017A1 (en) * | 2009-08-04 | 2011-02-10 | 中兴通讯股份有限公司 | Method and system for preventing short message cheat |
| WO2012062104A1 (en) * | 2010-11-12 | 2012-05-18 | 中兴通讯股份有限公司 | System and method for transmitting multipage multimedia messages, session initiation protocol terminal and multimedia message proxy server |
| CN102572059A (en) * | 2010-12-16 | 2012-07-11 | ***通信集团广东有限公司 | Method and system for incoming call processing |
| CN102752406A (en) * | 2012-07-30 | 2012-10-24 | 北京中科金财电子商务有限公司 | Risk number abnormality recognition system and method |
| CN102821370A (en) * | 2011-06-08 | 2012-12-12 | 中兴通讯股份有限公司 | Method and system for reporting suspicious numbers based on intelligent network |
| CN103052044A (en) * | 2012-09-26 | 2013-04-17 | 东莞宇龙通信科技有限公司 | Unknown incoming call processing method and mobile terminal |
| CN106657528A (en) * | 2016-12-29 | 2017-05-10 | 浙江吉利控股集团有限公司 | Incoming call management method and device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2011015017A1 (en) * | 2009-08-04 | 2011-02-10 | 中兴通讯股份有限公司 | Method and system for preventing short message cheat |
| WO2012062104A1 (en) * | 2010-11-12 | 2012-05-18 | 中兴通讯股份有限公司 | System and method for transmitting multipage multimedia messages, session initiation protocol terminal and multimedia message proxy server |
| CN102572059A (en) * | 2010-12-16 | 2012-07-11 | ***通信集团广东有限公司 | Method and system for incoming call processing |
| CN102821370A (en) * | 2011-06-08 | 2012-12-12 | 中兴通讯股份有限公司 | Method and system for reporting suspicious numbers based on intelligent network |
| CN102752406A (en) * | 2012-07-30 | 2012-10-24 | 北京中科金财电子商务有限公司 | Risk number abnormality recognition system and method |
| CN103052044A (en) * | 2012-09-26 | 2013-04-17 | 东莞宇龙通信科技有限公司 | Unknown incoming call processing method and mobile terminal |
| CN103052044B (en) * | 2012-09-26 | 2015-09-30 | 东莞宇龙通信科技有限公司 | A kind of processing method of Stranger Calls and mobile terminal |
| CN106657528A (en) * | 2016-12-29 | 2017-05-10 | 浙江吉利控股集团有限公司 | Incoming call management method and device |
| CN106657528B (en) * | 2016-12-29 | 2020-01-24 | 浙江吉利控股集团有限公司 | Incoming call management method and device |
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| CN110233938A (en) * | 2019-05-14 | 2019-09-13 | 中国科学院信息工程研究所 | A kind of clique's fraudulent call recognition methods based on dubiety measurement |
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