CN101990172A - Message discriminating method and device, message service processing method and system - Google Patents
Message discriminating method and device, message service processing method and system Download PDFInfo
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Abstract
The invention provides message discriminating method and device as well as message service processing method and system. The message discriminating method comprises the steps of: obtaining a message to be sent in a message center; extracting message contents of the message to be sent; analyzing the sent message to obtain a discriminating character of the first message, wherein the first message is a message with the message contents in the sent message; and judging the message to be sent is a hot message according to the discriminating character of the first message. The invention can discriminate the message with forwarding prospect to ensure that the message can be sent to a receiving end as soon as possible for improving the operation income.
Description
Technical field
The present invention relates to the mobile communication technology field, particularly a kind of message recognition methods, device and message service processing method and system that is applied in the mobile communication system.
Background technology
Reasons such as short message service is convenient, fast because of it, cheapness are general and widely-used by vast mobile phone consumer institute.
Appearance along with short message service, some daily life customs of user change to some extent, as on New Year's Day or other festivals the time, the user has got used to sending SMS message to relatives and friends and has greeted, and many times, same user may receive from different transmit legs, but short messages such as the greeting that content is identical, blessing, and the very big short message that may this user also can therefrom select oneself to think proper sends to other user.
In addition, the user can be transmitted to other users when receiving some interesting short messages.
Suppose that the party A-subscriber need send a short message, and this short message may also can be forwarded away after the side of being received receives, because this short message is put on an equal footing, in case network congestion, just might cause sending failure, and the user when sending failure, short message may abandon resending, therefore, also just cause this short message can not continue follow-up transmission (recipient receives the back and transmits), also just can't bring more income to operator.
Can find in conjunction with foregoing description,, therefore above-mentioned specific short message and common short message be put on an equal footing, also just can't realize big as far as possible operating income because prior art can't be distinguished above-mentioned specific short message.
Certainly, above-mentioned is that example has illustrated that prior art such as method distinguish some specific short messages with the short message, therefore may cause the reduction of operator's profit, same, other information series business of moving communicating field is (as MMS, Multimedia Messaging Service, multimedia messaging service, MMS) also there is similar problem.
Summary of the invention
The purpose of this invention is to provide a kind of message recognition methods, device and message service processing method and system, identify message, be beneficial to operator and treat with a certain discrimination, improve operating income with forwarding prospect.
To achieve these goals, the embodiment of the invention provides a kind of message recognition methods, comprising:
Obtain the message to be sent in the message center;
Extract the message content of described message to be sent;
Analyze transmitted message, obtain the recognition feature of first message, described first message is the message that has described message content in the described transmitted message;
Judge according to the recognition feature of described first message whether described message to be sent is popular message.
Message recognition methods according to claim 1 is characterized in that, described recognition feature is for sending at least one in number of times, transmit leg number and the longest path length.
Above-mentioned message recognition methods wherein, when described recognition feature is longest path length, during greater than default value, judges that described message to be sent is popular message in the longest path length of described first message.
Above-mentioned message recognition methods, wherein,
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
Above-mentioned message recognition methods, wherein,
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message;
The start node on article one limit in the described path only sends described first message, and the end node on the last item limit in the described path only receives described first message.
Above-mentioned message recognition methods wherein, is judged as probability that the message to be sent of popular message transmitted by the user and is higher than and is judged as the probability that the message to be sent that is not popular message is transmitted by the user.
Above-mentioned message recognition methods, wherein, described message to be sent is short message or Multimedia Message.
To achieve these goals, the embodiment of the invention also provides a kind of message recognition device, comprising:
Acquisition module is used for obtaining the message to be sent of message center;
Content extraction module is used to extract the message content of described message to be sent;
Analysis module is used to analyze transmitted message, obtains the recognition feature of first message, and described first message is the message that has described message content in the described transmitted message;
Judge module is used for judging according to the recognition feature of described first message whether described message to be sent is popular message.
Above-mentioned message recognition device, wherein, described recognition feature is for sending at least one in number of times, transmit leg number and the longest path length.
Above-mentioned message recognition device wherein, when described recognition feature is longest path length, when described judge module specifically is used for longest path length in described first message greater than default value, judges that described message to be sent is popular message.
Above-mentioned message recognition device, wherein,
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
Above-mentioned message recognition device, wherein,
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message.
Above-mentioned message recognition device wherein, is judged as probability that the message to be sent of popular message transmitted by the user and is higher than and is judged as the probability that the message to be sent that is not popular message is transmitted by the user.
Above-mentioned message recognition device, wherein, described message to be sent is short message or Multimedia Message.
Above-mentioned message recognition device, wherein, described message recognition device independently is provided with or is arranged at described message center.
To achieve these goals, the embodiment of the invention also provides a kind of message service processing method, comprising:
Obtain the message to be sent in the message center;
Extract the message content of described message to be sent;
Analyze transmitted message, obtain the recognition feature of first message, described first message is the message that has described message content in the described transmitted message;
Judge according to the recognition feature of described first message whether described message to be sent is popular message;
When identifying described message to be sent and be popular message, described message center improves the transmission priority of described message to be sent according to described recognition feature.
Above-mentioned message service processing method, wherein, described recognition feature is for sending at least one in number of times, transmit leg number and the longest path length.
Above-mentioned message service processing method wherein, when described recognition feature is longest path length, during greater than default value, judges that described message to be sent is popular message in the longest path length of described first message.
Above-mentioned message service processing method, wherein,
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
Above-mentioned message service processing method, wherein,
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message.
Above-mentioned message service processing method wherein, is judged as probability that the message to be sent of popular message transmitted by the user and is higher than and is judged as the probability that the message to be sent that is not popular message is transmitted by the user.
Above-mentioned message service processing method, wherein, described message to be sent is short message or Multimedia Message.
To achieve these goals, the embodiment of the invention also provides a kind of messaging service treatment system, comprise message center, be used to store the storage server of transmitted message, described messaging service treatment system also comprises the message recognition device, and described message recognition device comprises:
Acquisition module is used for obtaining the message to be sent of described message center;
Content extraction module is used to extract the message content of described message to be sent;
Analysis module is used to analyze described transmitted message, obtains the recognition feature of first message, and described first message is the message that has described message content in the described transmitted message;
Judge module is used for judging according to the recognition feature of described first message whether described message to be sent is popular message;
Described message center specifically is used for improving the transmission priority of described message to be sent according to described recognition feature when identifying described message to be sent and be popular message.
Above-mentioned messaging service treatment system, wherein, described recognition feature is for sending at least one in number of times, transmit leg number and the longest path length.
Above-mentioned messaging service treatment system wherein, when described recognition feature is longest path length, when described judge module specifically is used for longest path length in described first message greater than default value, judges that described message to be sent is popular message.
Above-mentioned messaging service treatment system, wherein,
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
Above-mentioned messaging service treatment system, wherein,
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message.
Above-mentioned messaging service treatment system wherein, is judged as probability that the message to be sent of popular message transmitted by the user and is higher than and is judged as the probability that the message to be sent that is not popular message is transmitted by the user.
Above-mentioned messaging service treatment system, wherein, described message to be sent is short message or Multimedia Message.
Above-mentioned messaging service treatment system, wherein, described message recognition device independently is provided with or is arranged at described message center.
The embodiment of the invention has following beneficial effect:
In the embodiment of the invention, obtain after the message to be sent in the message center, extract the message content of described message to be sent, analyze transmitted message then, obtain the recognition feature of first message, judge according to the recognition feature of described first message whether described message to be sent is popular message, therefore can identify some effectively and transmit the bigger message of probability, and preferentially transmit the bigger distribution of messages resource of probability to these, and it can be sent as early as possible, improve operator's operating income.
Description of drawings
Fig. 1 is the schematic flow sheet of the message recognition methods of the embodiment of the invention;
Fig. 2 is the structure chart of the message recognition device of the embodiment of the invention;
Fig. 3 utilizes the detailed process schematic diagram of the message recognition methods of RM one for the embodiment of the invention;
Fig. 4 utilizes the detailed process schematic diagram of the message recognition methods of RM two for the embodiment of the invention;
Fig. 5 utilizes the detailed process schematic diagram of the message recognition methods of RM three for the embodiment of the invention;
Fig. 6 utilizes the detailed process schematic diagram of the message recognition methods of RM four for the embodiment of the invention;
Fig. 7 is for being used to calculate the directed graph of longest path length in the embodiment of the invention.
Embodiment
In the embodiment of the invention, when server end receives message to be sent, record according to the message that has sent, whether the transmission number of times of judging the message identical with the content of this message to be sent surpasses preset times, when surpassing preset times, judges that then this short message is popular message, popular message is after the side of being received receives, the probability of being transmitted by the user is higher than other common message, for after being judged as popular message, preferentially sends this hot topic message in this message.
The message recognition methods of the embodiment of the invention comprises as shown in Figure 1:
Step 11 is obtained the message to be sent in the message center;
Step 12 is extracted the message content of described message to be sent;
Step 13 is analyzed transmitted message, obtains the recognition feature of first message; Described first message is the message that has described message content in the described transmitted message;
Step 14 judges according to the recognition feature of described first message whether described message to be sent is popular message.
Being judged as probability that the message to be sent of popular message transmitted by the user is higher than and is judged as the probability that the message to be sent that is not popular message is transmitted by the user.
The message recognition device of the embodiment of the invention comprises as shown in Figure 2:
Acquisition module is used for obtaining message to be sent from message center;
Content extraction module is used to extract the message content of described message to be sent;
Analysis module is used to analyze transmitted message, obtains the recognition feature of first message; Described first message is the message that has described message content in the described transmitted message;
Judge according to recognition feature whether described message to be sent is popular message with described first message.
Judge module is used for judging according to the recognition feature with described first message whether described message to be sent is popular message.
Being judged as probability that the message to be sent of popular message transmitted by the user is higher than and is judged as the probability that the message to be sent that is not popular message is transmitted by the user.
At this, the message of obtaining in the message center to be sent can be active mode, it also can be passive mode, that is to say and to ask to receive then, perhaps directly receive, under the active mode, this acquisition module comprises request unit and receiving element, and under the passive mode, this acquisition module only comprises that receiving element gets final product.
Analysis module is used to analyze transmitted message, obtains the recognition feature of first message, so it can pass through to realize with lower unit:
Collecting unit, from the Record Bill Server collection message identical with message content to be sent, these message are first message;
Buffer unit is used for buffer memory first message;
Analytic unit is analyzed first message, obtains the recognition feature that is used for message identification of first message.
With different implementations the embodiment of the invention is described in detail below, when describing in detail, be elaborated for example with SMS (Short Message Service, short message service).
＜RM one 〉
In RM one, this recognition feature is for sending number of times, and the detailed process of the message recognition methods of employing RM one comprises as shown in Figure 3:
Step 31, acquisition module are obtained the short message to be sent of short message service center;
Step 32, content extraction module are extracted the content of short message of described short message to be sent;
Step 33, the analysis module analysis sends SMS message, obtains the quantity of first short message, and described first short message is the described short message that has described content of short message in having sent SMS message;
Step 34, judge module described sent SMS message in the quantity of first short message when surpassing first default value, judge that described short message to be sent is popular short message.
This first default value can be provided with as required, as is set to 10, certainly, also can be set to be higher or lower than 10 positive integer.
The probability that popular short message is forwarded after the side of being received receives is greater than other common short message.
Specific implementation for the quantity that obtains first short message is described in detail as follows.
Steps A 1 is provided with a counter, and the counter initial value is 0;
Steps A 2, from send SMS message, extract article one short message and mark, judge whether the content of short message of the short message that extracts is identical with the content of short message of short message to be sent, if identical, enter steps A 3 after the control counter counting adds 1, otherwise directly enter steps A 3;
Steps A 3 judges whether to also have unmarked short message in having sent SMS message, if enter steps A 4, otherwise with the current count value of the counter quantity as first short message, process ends;
Steps A 4, from unlabelled short message, extract a short message and mark, judge whether the content of short message of the short message that extracts is identical with the content of short message of short message to be sent, if identical, return steps A 3 after the control counter counting adds 1, otherwise directly return steps A 3.
Can obtain the quantity of first short message by above-mentioned ergodic process.
After receiving short message to be sent, if the content of this short message to be sent has been sent out repeatedly before this, can think that then this short message to be sent belongs to popular short message, its possibility of being transmitted once more is bigger, therefore can discern all popular short messages in implementation one.
＜RM two 〉
In the RM two of the embodiment of the invention, this recognition feature is the transmit leg number.
The detailed process of the message recognition methods of employing RM two comprises as shown in Figure 4:
When step 44, judge module outnumber second default value at described transmit leg, judge that described short message to be sent is popular short message.
The probability that popular short message is forwarded after the side of being received receives is greater than other common short message.
This second default value can be provided with as required.
After receiving short message to be sent, if this first short message has been sent by a plurality of different transmission numbers, can think that then this short message to be sent belongs to popular short message, its possibility of being transmitted once more is bigger.
Be described in detail as follows for the transmission set of numbers specific implementation that obtains first short message.
Step B1, from send SMS message, extract article one short message and mark, whether the content of short message of judging the short message that extracts is identical with the content of short message of short message to be sent, if it is identical, then extract sender number, enter step B2 after rolling counters forward adds 1, otherwise directly enter step B2;
Step B2 judges whether to also have unmarked short message in having sent SMS message, if enter step B3, otherwise with the current count value of the counter transmit leg quantity as first short message, process ends;
Step B3 extracts a short message and mark from unlabelled short message, judge whether the content of short message of the short message that extracts is identical with the content of short message of short message to be sent, if identical, enters step B4, otherwise returns step B2;
Whether step B4 extracts sender number, and judge whether identically with before sender number, if identical, returns step B2, otherwise control counter is counted and returned step B2 after adding 1.
Can obtain the transmit leg quantity of first short message by above-mentioned ergodic process.
＜RM three 〉
In RM one and two, though can discern all popular short messages, its precision is not very high, and in order to improve accuracy of identification, in the RM three of the embodiment of the invention, this recognition feature is for sending number of times and transmit leg number.
The detailed process of the message recognition methods of employing RM three comprises as shown in Figure 5:
Step 51, acquisition module are obtained the short message to be sent of short message service center;
Step 52, content extraction module are extracted the content of short message of described short message to be sent;
Step 53, the analysis module analysis sends SMS message, obtains the quantity of first short message and sends the transmit leg number of described first short message, and described first short message is the described short message that has described content of short message in having sent SMS message;
When step 54, judge module surpass the 3rd default value in the quantity of described first short message, and described transmit leg judges that described short message to be sent is popular short message when outnumbering the 4th default value.
The probability that popular short message is forwarded after the side of being received receives is greater than other common short message.
Three, the 4th default value can be provided with as required.
After receiving short message to be sent, if the content of this short message to be sent has been sent out repeatedly before this, and be to send by different transmission numbers, can think that then this short message to be sent belongs to popular short message, its possibility of being transmitted once more is bigger, therefore can accurately discern all popular short messages in implementation three.
Transmission set of numbers specific implementation for the quantity that obtains first short message and first short message is described in detail as follows.
Step C1 is provided with a counter, and the counter initial value is 0;
Step C2, from send SMS message, extract article one short message and mark, judge whether the content of short message of the short message that extracts is identical with the content of short message of short message to be sent, if identical, enter step C3 after the control counter counting adds 1, otherwise directly enter step C3;
Step C3 judges whether to also have unmarked short message in having sent SMS message, if enter step C4, otherwise with the current count value of the counter quantity as first short message, process ends;
Step C4, from unlabelled short message, extract a short message and mark, judge whether the content of short message of the short message that extracts is identical with the content of short message of short message to be sent, if identical, return step C3 after the control counter counting adds 1, otherwise directly return step C3.
Can obtain the quantity of first short message by above-mentioned ergodic process.
In the process of extracting short message, extract sender number and put into set, after extracting for the first time, extract each time and all need to extract sender number, but in judging earlier after extracting whether this sender number is Already in gathered, if then abandon this number, otherwise number is put into set, the number of the set medium size data code that obtains at last is the transmit leg number.
＜RM four 〉
In order further to improve accuracy of identification, in the RM four of the embodiment of the invention, this recognition feature is the path of short message.
The detailed process of the message recognition methods of employing RM three comprises as shown in Figure 6:
At this, earlier longest path length how to obtain short message is described, this longest path length can determine that described user's sequence has following feature according to the number of users in user's sequence:
Other users except that last user have sent first short message;
First user only sends described first short message, and last user only receives described first short message;
In any two neighboring user, the recipient of first short message that last user sends is back one user, that is to say that free information comprises inside, inevitable first short message that sends after last user of back one user.
Illustrate as follows.
Short message X is sent to user A2 by user A1, user A2 is transmitted to user A3 after receiving short message X ..., user An-2 is transmitted to user An-1 after receiving short message X, user An-1 is transmitted to user An after receiving short message X, and this user's sequence is A1A2A3...An-1An.
Therefore determine that according to the number of user in user's sequence the path of short message X is n.
And when having a plurality of user's sequence, then longest path length is the maximum in all paths.
Simultaneously, this longest path length can also utilize directed graph to determine, is described as follows.
The longest path length of first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message;
The start node on article one limit in the described path only sends described first message, and the end node on the last item limit in the described path only receives described first message.
Article one, the start node on limit only sends described first message, the end node on the last item limit in the described path only receives described first message and is based on following consideration, should obtain fullpath, rather than incomplete path, only be only correct based on the longest path length that fullpath calculates.
Be described in detail as follows.
For first short message, each bar note record can represent that wherein sending number is the start node on limit, the end node that receiving number is the limit with the limit of directed graph.
Connect according to following regular opposite side: if the end node on the forward limit of the start node on the limit after transmitting time is leaned on and transmitting time equates that then the former is connected to latter back.
After above rule connection, above-mentioned first short message is formed with the directed graph of mulitpath, remember that every paths is path Li (i=1 through the quantity of node (phone number), 2...N), then longest path length computation formula is LM=Max (Li), wherein Max illustrates as follows for getting maximum operation.
Short message X is sent to user A2 by user A1, and user A2 is transmitted to user A3 and A4 after receiving short message X, and user A4 is transmitted to user A5 after receiving short message X, and A5 is transmitted to user A6 and A7 after receiving short message X.
Utilize above-mentioned method, can find that one has 6 limits, be described as follows:
Start node is A1, and end node is the limit of A2;
Start node is A2, and end node is the limit of A3;
Start node is A2, and end node is the limit of A4;
Start node is A4, and end node is the limit of A5;
Start node is A5, and end node is the limit of A6.
Start node is A5, and end node is the limit of A7.
According to above-mentioned connection criterion, the directed graph that finally obtains as shown in Figure 7,
3 paths are arranged in the above-mentioned directed graph, as follows:
A1 → A2 → A4 → A5 → A6, path is 5;
A1 → A2 → A4 → A5 → A7, path is 5;
A1 → A2 → A3, path is 3.
Belong to the category of prior art for the length in the path of the directed graph that calculates tree structure shown in Figure 7 and each path, be not further elaborated at this.
Above-mentioned is that to send number of times, transmit leg number, send number of times be that example is discerned short message in conjunction with the path of transmit leg number and short message with the recognition feature, but should be appreciated that, above-mentioned feature can make up short message is discerned, certainly can also adopt other recognition feature to come short message is discerned, differing at this one describes for example.
At this, the message recognition device of the embodiment of the invention can independently be provided with, and is connected by wired or wireless mode with short message service center, can certainly be arranged at short message service center, does not do concrete qualification at this.
When the message recognition device was arranged at short message service center, this short message service center just became the short message service center that can carry out message identification.
In specific embodiments of the invention, will be with SMS (Short Message Service, short message service) is elaborated for example, but should be appreciated that, method and apparatus of the invention process can be used for all with messaging service, as MMS (Multimedia Messaging Service, multimedia messaging service, MMS), its difference only is the identification of content, and SMS only needs to discern text, and MMS need discern text, video and audio frequency, for the identification of audio frequency and video, mature technology has been arranged in the prior art, as be applied to the audio identification technology of speech recognition, be applied to the image recognition technology of recognition of face etc., do not elaborate at this.
The message service processing method of the embodiment of the invention comprises:
Obtain the short message to be sent of message center;
Extract the message content of described message to be sent;
Analyze transmitted message, obtain having the recognition feature of the transmitted message of described message content;
Judge according to the recognition feature that has sent SMS message whether described message to be sent is popular message with described content of short message;
When identifying described message to be sent and be popular message, message center improves the transmission priority of described message to be sent according to described recognition feature.。
The messaging service treatment system of the embodiment of the invention comprises short message service center, is used to store the storage server and the message recognition device of transmitted message, and wherein, this message recognition device comprises:
Acquisition module is used to obtain the short message to be sent of message center;
The message content extraction module is used to extract the message content of described message to be sent;
Analysis module is used to analyze described transmitted message, obtains having the recognition feature of the transmitted message of described message content;
Judge module judges according to the recognition feature that has sent SMS message with described content of short message whether described message to be sent is popular message;
Described message center is used for improving the transmission priority of described message to be sent according to described recognition feature when identifying described message to be sent and be popular message.
At this, this priority can be determined according to recognition feature, and is as described below:
Recognition feature is that it is many more to send number of times when sending number of times, and it is high more to send priority;
When recognition feature was the transmit leg number, the transmit leg number was many more, and it is high more to send priority;
Recognition feature is that it is many more to send number of times when sending number of times and transmit leg number, and it is high more to send priority, and the transmit leg number is many more, and it is high more to send priority;
When recognition feature was the MAXPATHLEN of short message, MAXPATHLEN was long more, and it is high more to send priority.
The MAXPATHLEN that with the recognition feature is short message below is an example, and the processing of message center is elaborated.
Whether be arranged at each the bar note in the priority query unit short message reading transmit queue of short message service center, be popular note to the inquiry of message recognition device;
The formation adjustment unit is stored in priority ranking list database to the content of text and the longest path length numerical value that are judged as every note of popular note, and sorts from big to small according to longest path length numerical value.
The formation adjustment unit changes the position of note to be sent in the note transmit queue according to priority ranking list database, and rule is: popular note is adjusted to the position of preferential transmission; The popular note that longest path length numerical value is big is adjusted to the position that override sends.
The above only is a preferred implementation of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (30)
1. a message recognition methods is characterized in that, comprising:
Obtain the message to be sent in the message center;
Extract the message content of described message to be sent;
Analyze transmitted message, obtain the recognition feature of first message, described first message is the message that has described message content in the described transmitted message;
Judge according to the recognition feature of described first message whether described message to be sent is popular message.
2. message recognition methods according to claim 1 is characterized in that, described recognition feature is for sending at least one in number of times, transmit leg number and the message longest path length.
3. message recognition methods according to claim 2 is characterized in that, when described recognition feature is longest path length, during greater than default value, judges that described message to be sent is popular message in the longest path length of described first message.
4. message recognition methods according to claim 3 is characterized in that:
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
5. message recognition methods according to claim 3 is characterized in that:
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message;
The start node on article one limit in the described path only sends described first message, and the end node on the last item limit in the described path only receives described first message.
6. according to any described message recognition methods among the claim 1-5, it is characterized in that, be judged as probability that the message to be sent of popular message transmitted by the user and be higher than and be judged as the probability that the message to be sent that is not popular message is transmitted by the user.
7. according to any described message recognition methods among the claim 1-5, it is characterized in that described message to be sent is short message or Multimedia Message.
8. a message recognition device is characterized in that, comprising:
Acquisition module is used for obtaining the message to be sent of message center;
Content extraction module is used to extract the message content of described message to be sent;
Analysis module is used to analyze transmitted message, obtains the recognition feature of first message, and described first message is the message that has described message content in the described transmitted message;
Judge module is used for judging according to the recognition feature of described first message whether described message to be sent is popular message.
9. message recognition device according to claim 8 is characterized in that, described recognition feature is for sending at least one in number of times, transmit leg number and the message longest path length.
10. message recognition device according to claim 9, it is characterized in that, when described recognition feature is longest path length, when described judge module specifically is used for longest path length in described first message greater than default value, judge that described message to be sent is popular message.
11. message recognition device according to claim 10 is characterized in that:
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
12. message recognition device according to claim 10 is characterized in that:
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message.
13. any described message recognition device is characterized in that according to Claim 8-12, is judged as probability that the message to be sent of popular message transmitted by the user and is higher than and is judged as the probability that the message to be sent that is not popular message is transmitted by the user.
14. any described message recognition device is characterized in that described message to be sent is short message or Multimedia Message according to Claim 8-12.
15. any described message recognition device is characterized in that described message recognition device independently is provided with or is arranged at described message center according to Claim 8-12.
16. a message service processing method is characterized in that, comprising:
Obtain the message to be sent in the message center;
Extract the message content of described message to be sent;
Analyze transmitted message, obtain the recognition feature of first message, described first message is the message that has described message content in the described transmitted message;
Judge according to the recognition feature of described first message whether described message to be sent is popular message;
When identifying described message to be sent and be popular message, described message center improves the transmission priority of described message to be sent according to described recognition feature.
17. message service processing method according to claim 16 is characterized in that, described recognition feature is for sending at least one in number of times, transmit leg number and the message longest path length.
18. message service processing method according to claim 17 is characterized in that, when described recognition feature is longest path length, during greater than default value, judges that described message to be sent is popular message in the longest path length of described first message.
19. message service processing method according to claim 18 is characterized in that:
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
20. message service processing method according to claim 18 is characterized in that:
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message.
21. according to any described message service processing method among the claim 16-20, it is characterized in that, be judged as probability that the message to be sent of popular message transmitted by the user and be higher than and be judged as the probability that the message to be sent that is not popular message is transmitted by the user.
22., it is characterized in that described message to be sent is short message or Multimedia Message according to any described message service processing method among the claim 16-20.
23. a messaging service treatment system comprises message center, is used to store the storage server of transmitted message, it is characterized in that described messaging service treatment system also comprises the message recognition device, described message recognition device comprises:
Acquisition module is used for obtaining the message to be sent of described message center;
Content extraction module is used to extract the message content of described message to be sent;
Analysis module is used to analyze described transmitted message, obtains the recognition feature of first message, and described first message is the message that has described message content in the described transmitted message;
Judge module is used for judging according to the recognition feature of described first message whether described message to be sent is popular message;
Described message center specifically is used for improving the transmission priority of described message to be sent according to described recognition feature when identifying described message to be sent and be popular message.
24. messaging service treatment system according to claim 23 is characterized in that, described recognition feature is for sending at least one in number of times, transmit leg number and the message longest path length.
25. messaging service treatment system according to claim 24, it is characterized in that, when described recognition feature is longest path length, when described judge module specifically is used for longest path length in described first message greater than default value, judge that described message to be sent is popular message.
26. message service processing method according to claim 25 is characterized in that:
The path of described first message is the number of users in user's sequence;
In any two neighboring user in described user's sequence, the recipient of first short message that last user sends is back one user, first user in described user's sequence only sends described first message, and last user in described user's sequence only receives described first message;
The longest path length of described first message is the maximum in all paths of described first message.
27. messaging service treatment system according to claim 25 is characterized in that:
The longest path length of described first message is the included interstitial content of longest path in the directed graph;
Path in the described directed graph is made up of the limit that connects according to the order of sequence, the start node on described limit is the transmission number of described first message, the start node on limit is the receiving number of described first message, in any adjacent limit in described path, the preceding the end node on limit with after the start node on limit identical, and the preceding the limit start node prior to described after the start node on limit send described first message.
28. according to any described messaging service treatment system among the claim 23-27, it is characterized in that, be judged as probability that the message to be sent of popular message transmitted by the user and be higher than and be judged as the probability that the message to be sent that is not popular message is transmitted by the user.
29., it is characterized in that described message to be sent is short message or Multimedia Message according to any described messaging service treatment system among the claim 23-27.
30., it is characterized in that described message recognition device independently is provided with or is arranged at described message center according to any described messaging service treatment system among the claim 23-27.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105792153A (en) * | 2016-04-25 | 2016-07-20 | 中国联合网络通信集团有限公司 | Short message group sending method, terminal devices and short message sending server |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20030007278A (en) * | 2002-03-30 | 2003-01-23 | 한민규 | An instant log-in method for authentificating a user and settling bills by using two different communication channels and a system thereof |
| CN1479497A (en) * | 2002-08-29 | 2004-03-03 | 中国移动通信集团公司 | Short message transfer system based on internet and method of data transfer |
| US20070129091A1 (en) * | 2005-11-23 | 2007-06-07 | Lg Electronics Inc. | Method for transmitting message in mobile network and mobile terminal |
| CN101022632A (en) * | 2007-01-26 | 2007-08-22 | 华为技术有限公司 | Message monitoring method and device |
| CN101137111A (en) * | 2006-10-13 | 2008-03-05 | 中兴通讯股份有限公司 | Method of implementing call authority control in group calling system |
| EP1903523A1 (en) * | 2006-09-21 | 2008-03-26 | E.I. Technology Limited | Alarm systems |
| CN101335920A (en) * | 2008-07-15 | 2008-12-31 | 中国联合通信有限公司 | Rubbish short message recognition system and method based on calling number location and transmitted content |
-
2009
- 2009-07-30 CN CN 200910089994 patent/CN101990172B/en active Active
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20030007278A (en) * | 2002-03-30 | 2003-01-23 | 한민규 | An instant log-in method for authentificating a user and settling bills by using two different communication channels and a system thereof |
| CN1479497A (en) * | 2002-08-29 | 2004-03-03 | 中国移动通信集团公司 | Short message transfer system based on internet and method of data transfer |
| US20070129091A1 (en) * | 2005-11-23 | 2007-06-07 | Lg Electronics Inc. | Method for transmitting message in mobile network and mobile terminal |
| EP1903523A1 (en) * | 2006-09-21 | 2008-03-26 | E.I. Technology Limited | Alarm systems |
| CN101137111A (en) * | 2006-10-13 | 2008-03-05 | 中兴通讯股份有限公司 | Method of implementing call authority control in group calling system |
| CN101022632A (en) * | 2007-01-26 | 2007-08-22 | 华为技术有限公司 | Message monitoring method and device |
| CN101335920A (en) * | 2008-07-15 | 2008-12-31 | 中国联合通信有限公司 | Rubbish short message recognition system and method based on calling number location and transmitted content |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105792153A (en) * | 2016-04-25 | 2016-07-20 | 中国联合网络通信集团有限公司 | Short message group sending method, terminal devices and short message sending server |
| CN105792153B (en) * | 2016-04-25 | 2019-06-14 | 中国联合网络通信集团有限公司 | Bulk SMS sending method, terminal device and short message send server |
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|---|---|
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