CN109767253B - Color ring back tone advertisement pushing method and pushing system thereof - Google Patents

Color ring back tone advertisement pushing method and pushing system thereof Download PDF

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CN109767253B
CN109767253B CN201811416514.XA CN201811416514A CN109767253B CN 109767253 B CN109767253 B CN 109767253B CN 201811416514 A CN201811416514 A CN 201811416514A CN 109767253 B CN109767253 B CN 109767253B
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cluster head
color ring
advertisement
back tone
head node
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CN109767253A (en
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翟润天
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Henan New Era Ecological Technology Co ltd
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Beijing Pangu Film Arts Culture Communication Co ltd
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Abstract

The invention belongs to the technical field of advertisement information pushing, and particularly relates to a polyphonic ringtone advertisement pushing method and system with higher accuracy and more accurate pushing. The color ring back tone advertisement pushing system comprises a color ring back tone advertisement collecting module, a color ring back tone advertisement sequencing module, a color ring back tone advertisement WEB display and service module, a color ring back tone advertisement online and offline retrieval module and a color ring back tone advertisement pushing module. The frame creatively corresponds the keywords in the color ring back tone advertisement to the search words through the keyword clustering design, and the accuracy of pushing the color ring back tone advertisement is improved. Through a semantic retrieval mode, the invention provides a method capable of providing correspondence between the retrieval words and the keywords, and the method can further and accurately retrieve the result desired by the user and push the result to the user.

Description

Color ring back tone advertisement pushing method and pushing system thereof
Technical Field
The invention belongs to the technical field of advertisement information pushing, and particularly relates to a polyphonic ringtone advertisement pushing method and system with higher accuracy and more accurate pushing.
Background
The CRBT service was first introduced in Korea in SK telecommunication and 3 months in 2002, and is popular in Korea in a short time. In 2003, the color ring back tone service is introduced into the Chinese market by the Chinese mobility first, and achieves great commercial success, then China Unicom firstly develops the ring-dazzling service in the CDMA network in which high-end users dominate, further expands the user capacity of the ring-dazzling service after commercial use, and enables network users of the communicated special number segment to enjoy the high-quality service of the ring-dazzling service like the CDMA users. In 2005, the income of the color ring of the Chinese mobile value-added service far exceeds the income of the national traditional record market, and the color ring is an important income source of mobile operators, and is considered as the service which is most likely to reproduce the myth in the industry in the mobile value-added service after the short message service. As a brand-new voice service, the color ring back tone service does not have the substitution function on the voice service like the services of short messages, call forwarding and the like, and for operators, the color ring back tone service brings completely new benefits, so the color ring back tone service is favored by mobile operators at first; for large users, the system provides a brand new audio-visual effect and high-quality service, so the system is approved by the large users at first.
The personalized ring back tone service is also called as a color ring back tone service, namely, a client can customize the ring back tone of the phone according to own preference and requirement. The ring back tone may be music, advertisement, or the voice recorded by the customer. The color ring back tone service is suitable for all mobile users, including mobile, Unicom and telecommunication users. The color ring back tone service is a service which is customized by a called party or a calling party and provides a piece of pleasant music or a greeting for the calling party to replace a common ring back tone. After the user applies for opening the color ring back tone service, the user can set the personalized ring back tone by himself, and when the user is used as a called party, the personalized music or the record is played for the calling user to replace the common ring back tone. When the called user is in the non-idle state such as busy, out of service area, power off, etc., the voice notice provided by the original network system is still played.
The mobile value-added service refers to an additional communication service developed by means of mobile network resources and related technical equipment, is extension and development of a mobile voice service, and the realization value of the mobile value-added service greatly increases the economic value of the original network. In recent years, with the progress of technologies such as communications, computers, microelectronics, and software, the development of mobile communications fields is increasing. The fourth generation mobile communication system has been promoted globally to greatly improve the bearing capacity of the mobile communication network, and various new mobile value-added services have been produced and developed endlessly, so that the styles and types of mobile terminals are greatly enriched, and the theory that the mobile phone becomes the fifth media has been widely accepted. With the great enrichment of mobile value-added services, the functions of the mobile terminal will be more and stronger in the future, and the functions closely related to the daily life of people such as work, life, entertainment, safety guarantee and the like can be converged on the mobile terminal to the maximum extent. Meanwhile, the convergence among industries is also embodied on the mobile terminal. From the development of mobile value-added services in recent years, we can find that new technologies and new services come into endless, from the beginning of short message service to the later voice magazines and multimedia messages, and then to the color ring and mobile phone internet services which are developed at high speed and are popular with the public. Each new value added service embodies the characteristics of high development speed, strong penetrability and capability of meeting individual requirements of the mobile value added service to different degrees. The increasing popularity of mobile communication enables users to communicate at any time, anywhere, and at any place. The rapid development of communication technology enables mobile users to meet the communication requirements. The demands in the aspects of information communication and entertainment also put forward higher demands.
The color ring back tone advertisement is one of mobile value-added services with great development potential, and the color ring back tone with great characteristics is used for carrying out point-to-point pushing on a user of a mobile phone or a WEB terminal, so that the mobile service of accurate promotion is achieved, the advertisement cost is greatly saved, and the promotion efficiency is effectively improved.
Disclosure of Invention
The invention aims to provide a color ring back tone advertisement push system which accurately pushes content and improves the promotion efficiency.
The invention also aims to provide a color ring advertisement pushing method.
The purpose of the invention is realized as follows:
a color ring advertisement pushing method, the color ring advertisement pushing system includes color ring advertisement collecting module, color ring advertisement sequencing module, color ring advertisement WEB display and service module, color ring advertisement on-line and off-line searching module, color ring advertisement pushing module and server, the server is used for pushing color ring advertisement, including the following steps:
(1) the color ring back tone advertisement collecting module classifies and arranges the color ring back tone advertisements into clusters based on the keywords and sends the clusters to the color ring back tone advertisement sequencing module;
(2) the polyphonic ringtone advertisement sequencing module sequences the received polyphonic ringtone advertisements again according to the cluster node information and sends the polyphonic ringtone advertisements to the polyphonic ringtone advertisement WEB display and service module;
(3) the color ring advertisement WEB display and service module is used for displaying the color ring advertisement;
(4) the polyphonic ringtone advertisement online and offline retrieval module matches a first cluster head node and a second cluster head node according to search keywords of a user and sends the successfully matched polyphonic ringtone advertisement to the polyphonic ringtone advertisement pushing module;
(5) and the color ring back tone advertisement pushing module sends the successfully matched color ring back tone advertisement to a user client for use by a user.
In one embodiment, the specific steps of classifying and sorting the color ring back tone advertisements into clusters by the color ring back tone advertisement collecting module based on the keywords and sending the clusters to the color ring back tone advertisement sorting module include:
(1.1) selecting an initial characteristic cluster head;
the color ring back tone advertisement collecting module is connected with the server and can select n color ring back tone advertisements in the server as n nodes, a first keyword of each color ring back tone advertisement is used as a first cluster head node, and a second keyword in the n color ring back tone advertisements in the server is extracted as a second cluster head node;
(1.2) clustering and establishing a characteristic cluster head map;
setting the first cluster head node and the second cluster head node as i according to the sequence of the frequency from high to low
Figure 434430DEST_PATH_IMAGE001
Figure 940497DEST_PATH_IMAGE002
Figure 687873DEST_PATH_IMAGE003
Is the first cluster head node frequency value (number of occurrences of the keyword divided by the total number of occurrences of the keyword),
Figure 304800DEST_PATH_IMAGE004
is the sequence number of the first cluster head node, is the frequency value of the second cluster head node,
Figure 454021DEST_PATH_IMAGE005
establishing a characteristic cluster head map for the second cluster head node sequence number according to a coordinate form; i =1,2,3.. n; j =1,2,3.. n;
(1.3) reselecting a cluster head;
calculating the distance between the first cluster head and the second cluster head:
Figure 130990DEST_PATH_IMAGE006
each node carries out weighted sum according to the times of the second keyword of the node being retrieved
Figure 568925DEST_PATH_IMAGE007
Calculating, selecting the node with the smallest weighted sum as the second cluster head node,
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Figure 903457DEST_PATH_IMAGE010
Figure 563109DEST_PATH_IMAGE011
and
Figure 584154DEST_PATH_IMAGE012
in order to be the weighting coefficients,
Figure 380072DEST_PATH_IMAGE013
Figure 664423DEST_PATH_IMAGE014
is a first cluster head node
Figure 873687DEST_PATH_IMAGE001
The sum of the distances between the first cluster head nodes and all the second cluster head nodes accounts for the comprehensive proportion of the distances between the first cluster head nodes and all the second cluster head nodes;
Figure 636107DEST_PATH_IMAGE015
representing a first cluster head node
Figure 614427DEST_PATH_IMAGE001
Number of times of retrieval
Figure 538521DEST_PATH_IMAGE016
The specific weight of the searched times of the related cluster head nodes is occupied;
if the new second cluster head node is not consistent with the cluster head node in the step (1.1), namely the cluster head node is changed, the step (1.1) is executed again; if the cluster head node is not changed, continuing to execute the step (1.4);
(1.4) after a new round of cluster head nodes are successfully selected, the color ring back tone advertisements with the same second cluster head nodes are in a cluster, and the color ring back tone advertisement collecting module sends the color ring back tone advertisement WEB display and service module according to the serial number of the cluster.
In one embodiment, the color ring back tone advertisement sorting module sorts the color ring back tone advertisements again according to the cluster node information, which specifically includes:
(2.1) respectively calculating the times of the first cluster head node and the second cluster head node in the same color ring back tone advertisement, setting the first cluster head node to appear p times in the color ring back tone advertisement and the second cluster head node to appear q times, judging the sizes of p and q values, taking the small value of the comparison of the two values as the co-occurrence times in the same color ring back tone advertisement, and assigning the value to the same color ring back tone advertisement
Figure 235081DEST_PATH_IMAGE017
The occurrence frequency r of the first cluster head node and the second cluster head node in all the color ring back tone advertisements in the server is as follows:
Figure 801192DEST_PATH_IMAGE018
n is the total number of all the color ring back tone advertisements in the server, when the first cluster head node and the second cluster head node do not appear in the same color ring back tone advertisement,
Figure 837281DEST_PATH_IMAGE019
(2.2) calculating the expected distance between the first cluster head node and the second cluster head node:
Figure 994593DEST_PATH_IMAGE020
Figure 116133DEST_PATH_IMAGE021
is the maximum value of the D, and,
Figure 282672DEST_PATH_IMAGE022
is the minimum value of the D, and is,
the distance between the first cluster head node and the second cluster head node in the color ring back tone advertisement is the average value of the distances in all the color ring back tone advertisements;
Figure 907688DEST_PATH_IMAGE023
Figure 704743DEST_PATH_IMAGE024
the number of times of the color ring advertisement co-occurring between the first cluster head node and the second cluster head node is obtained;
the information gain of the second cluster head node in the color ring advertisement is as follows:
Figure 110316DEST_PATH_IMAGE025
Figure 18229DEST_PATH_IMAGE026
the number of times of the second cluster head node appearing in the document t is obtained;
(2.3) calculating the correlation degree between the first cluster head node and the second cluster head node as follows:
Figure 825648DEST_PATH_IMAGE027
(2.4) calculating the weight of the first cluster head node in the color ring back tone advertisement;
Figure 793604DEST_PATH_IMAGE028
and (2.5) sequencing the first cluster head nodes according to the weight values of the first cluster head nodes and the second cluster head nodes, and sequencing the color ring back tone advertisements according to the sequencing of the first cluster head nodes.
In one embodiment, the online and offline retrieval module matches the first cluster head node and the second cluster head node with the color ring advertisement according to the search keyword of the user, and specifically includes:
(3.1) extracting a synonym library according to the retrieval words obtained by the CRBT advertisement online and offline retrieval module:
Figure 624157DEST_PATH_IMAGE029
Figure 132499DEST_PATH_IMAGE030
is a synonym of a search term;
Figure 732108DEST_PATH_IMAGE031
in order for the search term to be ambiguous,
Figure 667703DEST_PATH_IMAGE031
the ambiguity of (a) includes:
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m is the number of ambiguous words;
(3.2) estimating W and semantics
Figure 985551DEST_PATH_IMAGE033
The degree of correlation between the two signals is determined,
Figure 32005DEST_PATH_IMAGE034
Figure 751699DEST_PATH_IMAGE035
representing thesaurus and semantics
Figure 858195DEST_PATH_IMAGE036
Set of related words
Figure 928920DEST_PATH_IMAGE037
The degree of correlation of (a) is,
Figure 716747DEST_PATH_IMAGE037
representing semantics derived by an inference engine
Figure 353265DEST_PATH_IMAGE036
The related word set of (2);
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Figure 860786DEST_PATH_IMAGE039
to represent
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And
Figure 943329DEST_PATH_IMAGE041
the degree of correlation between the two signals is determined,
Figure 391628DEST_PATH_IMAGE042
to represent
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And
Figure 566574DEST_PATH_IMAGE043
the distance between them;
(3.3) determining whether the matching relation between the synonym library and the search word is established through the relevance threshold delta, if so
Figure 912105DEST_PATH_IMAGE044
Then the synonym library is related to the search word; if it is not
Figure 734568DEST_PATH_IMAGE045
Then delete it in turn
Figure 798338DEST_PATH_IMAGE046
The step (3.1) is executed again until the ambiguous word in (2) is processed
Figure 997239DEST_PATH_IMAGE044
And (3.4) sending the matching result to the color ring advertisement pushing module.
In one embodiment, the sending, by the color ring advertisement pushing module, the successfully matched color ring advertisement to the user client for the user to use includes:
the color ring back tone advertisement pushing module acquires matching result information, acquires a color ring back tone advertisement according to the matching result information and sends the color ring back tone advertisement to a user; and if the user carries out downloading or confirmation operation, determining a corresponding result, and storing the detection result in the server or the cloud for the next use.
In one embodiment, the push information includes color ring advertisement name, audio, publishing information and format.
A color ring back tone advertisement pushing system comprises a color ring back tone advertisement collecting module, a color ring back tone advertisement sequencing module, a color ring back tone advertisement WEB displaying and serving module, a color ring back tone advertisement online and offline retrieval module, a color ring back tone advertisement pushing module and a server, wherein the server is used for pushing color ring back tone advertisements; the color ring back tone advertisement collecting module is connected with the server, n color ring back tone advertisements in the server are selected as n nodes, a first keyword of each color ring back tone advertisement is used as a first cluster head node, and a second keyword in the n color ring back tone advertisements in the server is extracted as a second cluster head node; setting the first cluster head node and the second cluster head node as i according to the sequence of the frequency from high to low
Figure 134959DEST_PATH_IMAGE047
Figure 190640DEST_PATH_IMAGE048
Figure 679390DEST_PATH_IMAGE049
Is the first cluster head node frequency value (number of occurrences of the keyword divided by the total number of occurrences of the keyword),
Figure 416402DEST_PATH_IMAGE050
is the first cluster head node sequence number,is the frequency value of the second cluster head node,
Figure 900790DEST_PATH_IMAGE052
establishing a characteristic cluster head map for the second cluster head node sequence number according to a coordinate form; i =1,2,3.. n; j =1,2,3.. n; calculating the distance between the first cluster head and the second cluster head:
Figure 673574DEST_PATH_IMAGE053
each node carries out weighted sum according to the times of the second keyword of the node being retrieved
Figure 948697DEST_PATH_IMAGE054
Calculating, selecting the node with the smallest weighted sum as the second cluster head node,
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Figure 724072DEST_PATH_IMAGE009
Figure 187414DEST_PATH_IMAGE010
Figure 62967DEST_PATH_IMAGE055
and
Figure 295365DEST_PATH_IMAGE056
in order to be the weighting coefficients,
Figure 801432DEST_PATH_IMAGE057
Figure 814388DEST_PATH_IMAGE058
is a first cluster head node
Figure 431314DEST_PATH_IMAGE047
The sum of the distances between the first cluster head nodes and all the second cluster head nodes accounts for the comprehensive proportion of the distances between the first cluster head nodes and all the second cluster head nodes; representing a first cluster head node
Figure 580536DEST_PATH_IMAGE047
Number of times of retrieval
Figure 523084DEST_PATH_IMAGE059
The specific weight of the searched times of the related cluster head nodes is occupied;
if the new second cluster head node is inconsistent with the cluster head node, namely the cluster head node is changed, the initial characteristic cluster head is selected again; if the cluster head nodes are not changed, after a new round of cluster head nodes are successfully selected, the color ring back tone advertisements with the same second cluster head nodes are a cluster, and the color ring back tone advertisement collecting module sends the color ring back tone advertisement WEB display and service module according to the serial number of the cluster;
the coloring ring back tone advertisement sequencing module sequences the coloring ring back tone advertisements again according to the cluster node information and sends the coloring ring back tone advertisement WEB display and service module; respectively calculating the times of the first cluster head node and the second cluster head node in the same color ring back tone advertisement, setting the p times of the first cluster head node in the color ring back tone advertisement and the q times of the second cluster head node, judging the magnitudes of the p value and the q value, taking the small value of the comparison of the two values as the co-occurrence times in the same color ring back tone advertisement, and simultaneously assigning the value to the same color ring back tone advertisement
Figure 695439DEST_PATH_IMAGE060
The occurrence frequency r of the first cluster head node and the second cluster head node in all the color ring back tone advertisements in the server is as follows:
Figure 912794DEST_PATH_IMAGE061
n is the total number of all the color ring back tone advertisements of the server, when the first cluster head node and the second cluster head node do not appear in the same color ring back tone advertisement,
Figure 119784DEST_PATH_IMAGE062
calculating the expected distance between the first cluster head node and the second cluster head node:
Figure 764392DEST_PATH_IMAGE020
Figure 689623DEST_PATH_IMAGE063
is the maximum value of the D, and,
Figure 648352DEST_PATH_IMAGE064
is the minimum value of the D, and is,
the distance between the first cluster head node and the second cluster head node in the color ring back tone advertisement is the average value of the distances in all the color ring back tone advertisements;
Figure 772165DEST_PATH_IMAGE023
Figure 790937DEST_PATH_IMAGE065
the number of times of the color ring advertisement co-occurring between the first cluster head node and the second cluster head node is obtained;
the information gain of the second cluster head node in the color ring advertisement is as follows:
Figure 202DEST_PATH_IMAGE066
Figure 762621DEST_PATH_IMAGE067
is a secondThe number of times the cluster head node appears in the document t;
calculating the correlation degree between the first cluster head node and the second cluster head node as follows:
Figure 678625DEST_PATH_IMAGE027
calculating the weight of the first cluster head node in the color ring back tone advertisement;
Figure 930614DEST_PATH_IMAGE028
and sequencing the first cluster head nodes according to the weight values of the first cluster head nodes and the second cluster head nodes, and sequencing the color ring back tone advertisements according to the sequencing of the first cluster head nodes.
The polyphonic ringtone advertisement online and offline retrieval module matches a first cluster head node and a second cluster head node according to search keywords of a user and sends matching results to the polyphonic ringtone advertisement pushing module; obtaining a search word extraction synonym library according to the online and offline search module of the color ring advertisement:
Figure 564858DEST_PATH_IMAGE029
Figure 939425DEST_PATH_IMAGE068
is a synonym of a search term;
Figure 709935DEST_PATH_IMAGE043
in order for the search term to be ambiguous,
Figure 336088DEST_PATH_IMAGE043
the ambiguity of (a) includes:
Figure 519945DEST_PATH_IMAGE032
m is the number of ambiguous words;
estimating W and semantics
Figure 358588DEST_PATH_IMAGE033
The degree of correlation between the two signals is determined,
Figure 311500DEST_PATH_IMAGE034
Figure 108555DEST_PATH_IMAGE035
representing thesaurus and semantics
Figure 451812DEST_PATH_IMAGE036
Set of related words
Figure 422042DEST_PATH_IMAGE037
The degree of correlation of (a) is,
Figure 167144DEST_PATH_IMAGE037
representing semantics derived by an inference engine
Figure 931838DEST_PATH_IMAGE036
The related word set of (2);
Figure 762390DEST_PATH_IMAGE038
Figure 208415DEST_PATH_IMAGE039
to represent
Figure 135920DEST_PATH_IMAGE040
And
Figure 9198DEST_PATH_IMAGE041
the degree of correlation between the two signals is determined,
Figure 389364DEST_PATH_IMAGE042
to represent
Figure 373500DEST_PATH_IMAGE040
And
Figure 358774DEST_PATH_IMAGE043
the distance between them;
determining whether the matching relation between the synonym library and the search word is established through the relevance threshold delta, if so
Figure 465270DEST_PATH_IMAGE044
Then the synonym library is related to the search word; if it is not
Figure 270415DEST_PATH_IMAGE045
Then delete it in turn
Figure 120559DEST_PATH_IMAGE046
Until the ambiguous word in (1)
Figure 694760DEST_PATH_IMAGE044
Sending the matching result to the color ring advertisement pushing module;
the color ring back tone advertisement pushing module sends the successfully matched color ring back tone advertisement to a user client for the user to use; the color ring back tone advertisement pushing module acquires the matching result information, acquires the pushing information of the color ring back tone advertisement according to the matching result information and sends the pushing information to the user; if the user carries out downloading or confirmation operation, determining a corresponding result, and storing the detection result in the server or the cloud for the next use; the push information includes: color ring advertisement name, audio, publishing information and format.
The invention has the beneficial effects that:
the frame creatively corresponds the keywords in the color ring back tone advertisement to the search words through the keyword clustering design, and the accuracy of pushing the color ring back tone advertisement is improved. Through a semantic retrieval mode, the invention provides a method capable of providing correspondence between the retrieval words and the keywords, and the method can further and accurately retrieve the result desired by the user and push the result to the user.
Drawings
Fig. 1 is a flowchart of a color ring advertisement push method.
Detailed Description
The invention is further described below with reference to the accompanying drawings.
The rapid development of information technology and the continuous penetration of internet services to the life of people deepen the increasingly mature internet advertisement industry chain, and the competition of the industry for advertisement putting technology is increasingly severe. The color ring back tone advertisement, especially the online advertisement in the electronic commerce website, is one of the potential advertisement display forms in the internet life. As more and more user behaviors are accumulated in media and E-commerce websites, click downloading of various color ring back tones during webpage browsing effectively mine user categories and accurately release the color ring back tones, and the method becomes a potential means for increasing income of advertisements. The click rate estimation technology is a technology for estimating the click probability of a user on a specific advertisement in a specific scene, and is one of main means for calculating accurate delivery in the advertisement, but facing massive advertisements of a color ring back tone service website and a stream-type user log, the updating mode of advertisement sequencing and click rate models becomes the technical difficulty of the current online color ring back tone advertisement. Meanwhile, along with the explosive growth of log data, the demand of electronic commerce websites on mass data storage and parallel computing frames is increasingly urgent, and the online color ring back tone advertisement push system facing the electronic commerce websites is designed and realized aiming at the demand, and the core is to realize a relatively universal accurate color ring back tone advertisement frame of the electronic commerce websites on the basis of mass data. The online color ring back tone advertisement system helps an E-commerce website to reduce the technical threshold of processing massive logs and simultaneously improves the color ring back tone advertisement putting and converting efficiency under a limited flow scene.
Specifically, the invention relates to a color ring advertisement pushing method, wherein a color ring advertisement pushing system comprises a color ring advertisement collecting module, a color ring advertisement sequencing module, a color ring advertisement WEB displaying and serving module, a color ring advertisement online and offline retrieval module, a color ring advertisement pushing module and a server, and the server is used for pushing color ring advertisements and comprises the following steps:
(1) the color ring back tone advertisement collecting module classifies and arranges the color ring back tone advertisements into clusters based on the keywords and sends the clusters to the color ring back tone advertisement sequencing module;
(2) the coloring ring back tone advertisement sequencing module sequences the received coloring ring back tone advertisements again according to the cluster node information and sends the coloring ring back tone advertisements to the coloring ring back tone advertisement WEB display and service module;
(3) the color ring advertisement WEB display and service module is used for displaying the color ring advertisement;
(4) the polyphonic ringtone advertisement online and offline retrieval module matches the first cluster head node and the second cluster head node according to the search key words of the user and sends the successfully matched polyphonic ringtone advertisement to the polyphonic ringtone advertisement pushing module;
(5) and the color ring back tone advertisement pushing module sends the successfully matched color ring back tone advertisement to the user client for the user to use.
The frame creatively corresponds the keywords in the color ring back tone advertisement to the search words through the keyword clustering design, and the accuracy of pushing the color ring back tone advertisement is improved.
Further, the specific steps of classifying and sorting the color ring back tone advertisements into clusters by the color ring back tone advertisement collecting module based on the keywords and sending the clusters to the color ring back tone advertisement sorting module include:
(1.1) selecting an initial characteristic cluster head;
the color ring back tone advertisement collecting module is connected with the server and can select n color ring back tone advertisements in the server as n nodes, a first keyword of each color ring back tone advertisement is used as a first cluster head node, and a second keyword of the n color ring back tone advertisements in the server is extracted as a second cluster head node;
(1.2) clustering and establishing a characteristic cluster head map;
setting the first cluster head node and the second cluster head node as i according to the sequence of the frequency from high to low
Figure 175420DEST_PATH_IMAGE047
Figure 264599DEST_PATH_IMAGE048
Figure 856117DEST_PATH_IMAGE049
Is the first cluster head node frequency value (number of occurrences of the keyword divided by the keyword)The total number of occurrences),
Figure 347141DEST_PATH_IMAGE050
is the first cluster head node sequence number,
Figure 998703DEST_PATH_IMAGE051
is the frequency value of the second cluster head node,
Figure 778440DEST_PATH_IMAGE052
establishing a characteristic cluster head map for the second cluster head node sequence number according to a coordinate form; i =1,2,3.. n; j =1,2,3.. n;
(1.3) reselecting a cluster head;
calculating the distance between the first cluster head and the second cluster head:
Figure 970387DEST_PATH_IMAGE006
each node carries out weighted sum according to the times of the second keyword of the node being retrieved
Figure 253601DEST_PATH_IMAGE054
Calculating, selecting the node with the smallest weighted sum as the second cluster head node,
Figure 138380DEST_PATH_IMAGE008
Figure 405413DEST_PATH_IMAGE009
Figure 73155DEST_PATH_IMAGE010
Figure 538771DEST_PATH_IMAGE055
and
Figure 532135DEST_PATH_IMAGE056
is a weighting coefficient,
Figure 817623DEST_PATH_IMAGE057
Figure 554635DEST_PATH_IMAGE058
Is a first cluster head node
Figure 78020DEST_PATH_IMAGE047
The sum of the distances between the first cluster head nodes and all the second cluster head nodes accounts for the comprehensive proportion of the distances between the first cluster head nodes and all the second cluster head nodes;
Figure 39023DEST_PATH_IMAGE069
representing a first cluster head node
Figure 15069DEST_PATH_IMAGE047
Number of times of retrieval
Figure 352509DEST_PATH_IMAGE059
The specific weight of the searched times of the related cluster head nodes is occupied;
if the new second cluster head node is not consistent with the cluster head node in the step (1.1), namely the cluster head node is changed, the step (1.1) is executed again; if the cluster head node is not changed, continuing to execute the step (1.4);
(1.4) after a new round of cluster head nodes are successfully selected, the color ring back tone advertisements with the same second cluster head nodes are in a cluster, and the color ring back tone advertisement collecting module sends the color ring back tone advertisement WEB display and service module according to the serial number of the cluster.
The step explains the clustering process of the color ring back tone advertisements in detail, simply combs the classification of the advertisement color ring back tone in the server, and is beneficial to the ordered arrangement of the color ring back tone advertisements.
The method specifically comprises the following steps that a coloring ring back tone advertisement sequencing module performs sequencing on coloring ring back tone advertisements again according to cluster node information:
(2.1) respectively calculating the times of the first cluster head node and the second cluster head node in the same color ring back tone advertisement, setting the first cluster head node to appear in the color ring back tone advertisement p times, setting the second cluster head node to appear in the color ring back tone advertisement q times, judging the sizes of the p value and the q value, taking the valueThe small value compared with the two is used as the co-occurrence frequency in the same color ring back tone advertisement, and the value is assigned to the same color ring back tone advertisement
Figure 730401DEST_PATH_IMAGE060
The occurrence frequency r of the first cluster head node and the second cluster head node in all the color ring back tone advertisements in the server is as follows:
Figure 65568DEST_PATH_IMAGE018
n is the total number of all the color ring back tone advertisements in the server, when the first cluster head node and the second cluster head node do not appear in the same color ring back tone advertisement,
Figure 325648DEST_PATH_IMAGE062
(2.2) calculating the expected distance between the first cluster head node and the second cluster head node:
Figure 404462DEST_PATH_IMAGE020
Figure 699177DEST_PATH_IMAGE063
the maximum value of D, the minimum value of D,
the distance between the first cluster head node and the second cluster head node in the color ring back tone advertisement is the average value of the distances in all the color ring back tone advertisements;
Figure 205245DEST_PATH_IMAGE023
Figure 155883DEST_PATH_IMAGE065
the number of times of the color ring advertisement co-occurring between the first cluster head node and the second cluster head node is obtained;
the information gain of the second cluster head node in the color ring advertisement is as follows:
Figure 835126DEST_PATH_IMAGE025
Figure 922031DEST_PATH_IMAGE067
the number of times of the second cluster head node appearing in the document t is obtained;
(2.3) calculating the correlation degree between the first cluster head node and the second cluster head node as follows:
Figure 599000DEST_PATH_IMAGE027
(2.4) calculating the weight of the first cluster head node in the color ring back tone advertisement;
Figure 833672DEST_PATH_IMAGE028
and (2.5) sequencing the first cluster head nodes according to the weight values of the first cluster head nodes and the second cluster head nodes, and sequencing the color ring back tone advertisements according to the sequencing of the first cluster head nodes.
The invention further carries out accurate sequencing after simply combing the sequencing of the color ring back tone advertisements according to the relevancy and the weight, so the invention carries out the sequencing of the effective color ring back tone advertisements twice, and can further improve the retrieval precision of the advertisements.
The online and offline retrieval module of the color ring advertisement matches with the first cluster head node and the second cluster head node according to the search keyword of the user, and the method specifically comprises the following steps:
(3.1) extracting a synonym library according to the retrieval words obtained by the coloring ring back tone advertisement online and offline retrieval module:
Figure 254289DEST_PATH_IMAGE029
Figure 258017DEST_PATH_IMAGE068
is a synonym of a search term;
Figure 105888DEST_PATH_IMAGE043
is ambiguousThe search term is a word that is selected from the search term,
Figure 31118DEST_PATH_IMAGE043
the ambiguity of (a) includes:
Figure 52164DEST_PATH_IMAGE032
m is the number of ambiguous words;
(3.2) estimating W and semantics
Figure 113661DEST_PATH_IMAGE033
The degree of correlation between the two signals is determined,
Figure 194749DEST_PATH_IMAGE034
Figure 341697DEST_PATH_IMAGE035
representing thesaurus and semantics
Figure 104117DEST_PATH_IMAGE036
Set of related words
Figure 82437DEST_PATH_IMAGE037
The degree of correlation of (a) is,
Figure 272110DEST_PATH_IMAGE037
representing semantics derived by an inference engine
Figure 968670DEST_PATH_IMAGE036
The related word set of (2);
Figure 534781DEST_PATH_IMAGE038
Figure 305291DEST_PATH_IMAGE039
to represent
Figure 728182DEST_PATH_IMAGE040
And
Figure 584143DEST_PATH_IMAGE041
the degree of correlation between the two signals is determined,
Figure 953944DEST_PATH_IMAGE042
to represent
Figure 906856DEST_PATH_IMAGE040
And
Figure 438332DEST_PATH_IMAGE043
the distance between them;
(3.3) determining whether the matching relation between the synonym library and the search word is established through the relevance threshold delta, if so
Figure 843906DEST_PATH_IMAGE044
Then the synonym library is related to the search word; if it is not
Figure 751819DEST_PATH_IMAGE045
Then delete it in turn
Figure 496921DEST_PATH_IMAGE046
The step (3.1) is executed again until the ambiguous word in (2) is processed
Figure 261614DEST_PATH_IMAGE044
And (3.4) sending the matching result to a color ring advertisement pushing module.
Through a semantic retrieval mode, the invention provides a method capable of providing correspondence between the retrieval words and the keywords, and the method can further and accurately retrieve the result desired by the user and push the result to the user.
The step of sending the successfully matched color ring back tone advertisement to the user client by the color ring back tone advertisement pushing module for the user to use comprises the following steps:
the color ring back tone advertisement pushing module acquires the matching result information, acquires the color ring back tone advertisement according to the matching result information and sends the color ring back tone advertisement to the user; and if the user carries out downloading or confirmation operation, determining a corresponding result, and storing the detection result in the server or the cloud for the next use.
The push information comprises the name of the color ring advertisement, audio, publishing information and format.
A color ring back tone advertisement pushing system comprises a color ring back tone advertisement collecting module, a color ring back tone advertisement sequencing module, a color ring back tone advertisement WEB displaying and serving module, a color ring back tone advertisement online and offline retrieval module, a color ring back tone advertisement pushing module and a server, wherein the server is used for pushing color ring back tone advertisements; the method comprises the following steps that a color ring advertisement collection module is connected with a server, n color ring advertisements in the server are selected as n nodes, a first keyword of each color ring advertisement is used as a first cluster head node, and a second keyword in the n color ring advertisements in the server is extracted as a second cluster head node; setting the first cluster head node and the second cluster head node as i according to the sequence of the frequency from high to low
Figure 92167DEST_PATH_IMAGE047
、,
Figure 600509DEST_PATH_IMAGE049
Is the first cluster head node frequency value (number of occurrences of the keyword divided by the total number of occurrences of the keyword),
Figure 731276DEST_PATH_IMAGE050
is the first cluster head node sequence number,
Figure 604554DEST_PATH_IMAGE051
is the frequency value of the second cluster head node,
Figure 719141DEST_PATH_IMAGE052
establishing a characteristic cluster head map for the second cluster head node sequence number according to a coordinate form; i =1,2,3.. n; j =1,2,3.. n; calculating the distance between the first cluster head and the second cluster head:
Figure 968856DEST_PATH_IMAGE053
each node carries out weighted sum according to the times of the second keyword of the node being retrieved
Figure 954130DEST_PATH_IMAGE054
Calculating, selecting the node with the smallest weighted sum as the second cluster head node,
Figure 60626DEST_PATH_IMAGE070
Figure 600192DEST_PATH_IMAGE009
Figure 450336DEST_PATH_IMAGE010
Figure 24537DEST_PATH_IMAGE055
and
Figure 505197DEST_PATH_IMAGE056
in order to be the weighting coefficients,
Figure 859955DEST_PATH_IMAGE057
Figure 185894DEST_PATH_IMAGE058
is a first cluster head node
Figure 942497DEST_PATH_IMAGE047
The sum of the distances between the first cluster head nodes and all the second cluster head nodes accounts for the comprehensive proportion of the distances between the first cluster head nodes and all the second cluster head nodes;
Figure 328479DEST_PATH_IMAGE069
representing a first cluster head node
Figure 108217DEST_PATH_IMAGE047
Number of times of retrieval
Figure 300164DEST_PATH_IMAGE059
The specific weight of the searched times of the related cluster head nodes is occupied;
if the new second cluster head node is inconsistent with the cluster head node, namely the cluster head node is changed, the initial characteristic cluster head is selected again; if the cluster head nodes are not changed, after a new round of cluster head nodes are successfully selected, the color ring back tone advertisements with the same second cluster head nodes are a cluster, and the color ring back tone advertisement collecting module sends the color ring back tone advertisement WEB display and service module according to the serial number of the cluster;
the coloring ring back tone advertisement sequencing module sequences the coloring ring back tone advertisements again according to the cluster node information and sends the coloring ring back tone advertisements to the coloring ring back tone advertisement WEB display and service module; respectively calculating the times of the first cluster head node and the second cluster head node in the same color ring back tone advertisement, setting the p times of the first cluster head node in the color ring back tone advertisement and the q times of the second cluster head node, judging the magnitudes of the p value and the q value, taking the small value of the comparison of the two values as the co-occurrence times in the same color ring back tone advertisement, and simultaneously assigning the value to the same color ring back tone advertisement
Figure 848957DEST_PATH_IMAGE060
The occurrence frequency r of the first cluster head node and the second cluster head node in all the color ring back tone advertisements in the server is as follows:
Figure 468157DEST_PATH_IMAGE061
n is the total number of all the color ring back tone advertisements of the server, when the first cluster head node and the second cluster head node do not appear in the same color ring back tone advertisement,
Figure 469611DEST_PATH_IMAGE062
calculating the expected distance between the first cluster head node and the second cluster head node:
Figure 668511DEST_PATH_IMAGE020
Figure 134127DEST_PATH_IMAGE063
is the maximum value of the D, and,
Figure 861912DEST_PATH_IMAGE064
is the minimum value of the D, and is,
the distance between the first cluster head node and the second cluster head node in the color ring back tone advertisement is the average value of the distances in all the color ring back tone advertisements;
Figure 412979DEST_PATH_IMAGE023
Figure 415570DEST_PATH_IMAGE065
the number of times of the color ring advertisement co-occurring between the first cluster head node and the second cluster head node is obtained;
the information gain of the second cluster head node in the color ring advertisement is as follows:
Figure 673376DEST_PATH_IMAGE066
Figure 634379DEST_PATH_IMAGE067
the number of times of the second cluster head node appearing in the document t is obtained;
calculating the correlation degree between the first cluster head node and the second cluster head node as follows:
Figure 610425DEST_PATH_IMAGE027
calculating the weight of the first cluster head node in the color ring back tone advertisement;
Figure 947865DEST_PATH_IMAGE028
and sequencing the first cluster head nodes according to the weight values of the first cluster head nodes and the second cluster head nodes, and sequencing the color ring back tone advertisements according to the sequencing of the first cluster head nodes.
The polyphonic ringtone advertisement online and offline retrieval module matches the first cluster head node and the second cluster head node according to the search keyword of the user and sends the matching result to the polyphonic ringtone advertisement pushing module; obtaining a search word extraction synonym library according to the online and offline search module of the color ring advertisement:
Figure 325757DEST_PATH_IMAGE029
Figure 660924DEST_PATH_IMAGE068
is a synonym of a search term;
Figure 921004DEST_PATH_IMAGE043
in order for the search term to be ambiguous,
Figure 999818DEST_PATH_IMAGE043
the ambiguity of (a) includes:
Figure 28954DEST_PATH_IMAGE032
m is the number of ambiguous words;
estimating W and semantics
Figure 535022DEST_PATH_IMAGE033
The degree of correlation between the two signals is determined,
Figure 282398DEST_PATH_IMAGE034
Figure 430482DEST_PATH_IMAGE035
representing thesaurus and semantics
Figure 579704DEST_PATH_IMAGE036
Set of related words
Figure 522252DEST_PATH_IMAGE037
The degree of correlation of (a) is,
Figure 694608DEST_PATH_IMAGE037
representing semantics derived by an inference engine
Figure 177541DEST_PATH_IMAGE036
The related word set of (2);
Figure 118953DEST_PATH_IMAGE038
Figure 232402DEST_PATH_IMAGE039
to represent
Figure 954371DEST_PATH_IMAGE040
And
Figure 913099DEST_PATH_IMAGE041
the degree of correlation between the two signals is determined,
Figure 36913DEST_PATH_IMAGE042
to represent
Figure 55685DEST_PATH_IMAGE040
And
Figure 202632DEST_PATH_IMAGE043
the distance between them;
determining whether the matching relation between the synonym library and the search word is established through the relevance threshold delta, if so
Figure 27369DEST_PATH_IMAGE044
Then the synonym library is related to the search word; if it is not
Figure 943372DEST_PATH_IMAGE045
Then delete it in turn
Figure 195362DEST_PATH_IMAGE046
Until the ambiguous word in (1)
Figure 829606DEST_PATH_IMAGE044
Sending the matching result to a color ring advertisement pushing module;
the color ring back tone advertisement pushing module sends the successfully matched color ring back tone advertisement to a user client for the user to use; the color ring back tone advertisement pushing module acquires the matching result information, acquires the pushing information of the color ring back tone advertisement according to the matching result information and sends the pushing information to the user; if the user carries out downloading or confirmation operation, determining a corresponding result, and storing the detection result in a server or a cloud end for the next use; the push information includes: color ring advertisement name, audio, publishing information and format.
It should be noted that the present invention only describes the related technologies related to the color ring advertisement delivery in detail, and other technical problems in the delivery system, such as the extraction and sending of information, and the storage in the cloud or server, are all well known in the art, and therefore, will not be further described in the present invention.

Claims (5)

1. A color ring advertisement pushing method, the color ring advertisement pushing system includes color ring advertisement collecting module, color ring advertisement sequencing module, color ring advertisement WEB display and service module, color ring advertisement on-line and off-line searching module, color ring advertisement pushing module and server, the server is used to push color ring advertisement, it is characterized in that it includes following steps:
(1) the color ring back tone advertisement collecting module arranges color ring back tone advertisements into clusters based on the first cluster head node and the second cluster head node and sends the color ring back tone advertisements to the color ring back tone advertisement sequencing module;
(2) the polyphonic ringtone advertisement sequencing module sequences the received polyphonic ringtone advertisements again according to the first cluster head node and the second cluster head node and sends the polyphonic ringtone advertisements to the polyphonic ringtone advertisement WEB display and service module;
(3) the color ring advertisement WEB display and service module is used for displaying the color ring advertisement;
(4) the polyphonic ringtone advertisement online and offline retrieval module searches for a keyword to be matched with the first cluster head node and the second cluster head node, and sends the successfully matched polyphonic ringtone advertisement to the polyphonic ringtone advertisement pushing module;
(5) the color ring back tone advertisement pushing module sends the successfully matched color ring back tone advertisement to a user client for use by a user;
the color ring back tone advertisement collecting module arranges the color ring back tone advertisements into clusters based on the first cluster head node and the second cluster head node and sends the color ring back tone advertisements to the color ring back tone advertisement sequencing module, and the method comprises the following steps:
(1.1) selecting an initial characteristic cluster head;
the color ring back tone advertisement collecting module is connected with the server and can select n color ring back tone advertisements in the server as n nodes, a first keyword of each color ring back tone advertisement is used as a first cluster head node, and a second keyword of each advertisement in the n color ring back tone advertisements in the server is extracted and used as a second cluster head node;
(1.2) clustering and establishing a characteristic cluster head map;
setting the first cluster head node and the second cluster head node to be in the order of high frequency to low frequency
Figure 151998DEST_PATH_IMAGE001
Figure 770061DEST_PATH_IMAGE002
Figure 978189DEST_PATH_IMAGE003
For the first cluster head node frequency value,
Figure 681702DEST_PATH_IMAGE004
is the first cluster head node sequence number,
Figure 367899DEST_PATH_IMAGE005
is the frequency value of the second cluster head node,
Figure 106048DEST_PATH_IMAGE006
establishing a characteristic cluster head map for the second cluster head node sequence number according to a coordinate form;
Figure 485076DEST_PATH_IMAGE007
(1.3) reselecting a cluster head;
calculating the distance between the first cluster head node and the second cluster head node:
Figure 675886DEST_PATH_IMAGE008
each node carries out weighted sum according to the times of the second keyword of the node being retrieved
Figure 165773DEST_PATH_IMAGE009
Calculating, selecting the node with the smallest weighted sum as the second cluster head node,
Figure 492850DEST_PATH_IMAGE010
Figure 42780DEST_PATH_IMAGE011
Figure 455306DEST_PATH_IMAGE012
and
Figure 748884DEST_PATH_IMAGE013
in order to be the weighting coefficients,
Figure 196046DEST_PATH_IMAGE014
Figure 651298DEST_PATH_IMAGE015
is a first cluster head node
Figure 816701DEST_PATH_IMAGE016
The sum of the distances between the first cluster head nodes and all the second cluster head nodes accounts for the comprehensive proportion of the distances between the first cluster head nodes and all the second cluster head nodes;
Figure 648390DEST_PATH_IMAGE017
representing a first cluster head node
Figure 215638DEST_PATH_IMAGE016
Number of times of retrieval
Figure 576212DEST_PATH_IMAGE018
The cluster head node searching times are calculated according to the weight of the cluster head node searching times;
if the new second cluster head node is not consistent with the cluster head node in the step (1.1), namely the cluster head node is changed, the step (1.1) is executed again; if the cluster head node is not changed, continuing to execute the step (1.4);
(1.4) after a new round of cluster head nodes are successfully selected, the color ring back tone advertisements with the same second cluster head node are in a cluster, and the color ring back tone advertisement collecting module sends the color ring back tone advertisement WEB display and service module according to the serial number of the cluster;
the color ring back tone advertisement sequencing module sequences the received color ring back tone advertisements again according to the first cluster head node and the second cluster head node and sends the color ring back tone advertisements to the color ring back tone advertisement WEB display and service module, and the method comprises the following steps:
(2.1) respectively calculating the times of the first cluster head node and the second cluster head node in the same color ring back tone advertisement, setting the first cluster head node to appear p times in the color ring back tone advertisement and the second cluster head node to appear q times, judging the sizes of p and q values, taking the small value of the comparison of the two values as the co-occurrence times in the same color ring back tone advertisement, and assigning the value to the same color ring back tone advertisement
Figure 228910DEST_PATH_IMAGE019
The occurrence frequency r of the first cluster head node and the second cluster head node in all the color ring back tone advertisements in the server is as follows:
Figure 864291DEST_PATH_IMAGE020
n is the total number of all the color ring back tone advertisements in the server, and when the first cluster head is reachedWhen the node and the second cluster head node do not appear in the same color ring back tone advertisement,
Figure 20466DEST_PATH_IMAGE021
(2.2) calculating the expected distance between the first cluster head node and the second cluster head node:
Figure 83100DEST_PATH_IMAGE022
Figure 957515DEST_PATH_IMAGE023
is the maximum value of the D, and,
Figure 396586DEST_PATH_IMAGE024
is the minimum value of the D, and is,
the distance between the first cluster head node and the second cluster head node in the color ring back tone advertisement is the average value of the distances in all the color ring back tone advertisements;
Figure 407268DEST_PATH_IMAGE025
Figure 640803DEST_PATH_IMAGE026
the number of times of the color ring advertisement co-occurring between the first cluster head node and the second cluster head node is obtained;
the information gain of the second cluster head node in the color ring advertisement is as follows:
Figure 2514DEST_PATH_IMAGE027
Figure 979697DEST_PATH_IMAGE028
the information gain of the second cluster head node in the color ring back tone advertisement is represented;
Figure 110465DEST_PATH_IMAGE029
the number of times of the second cluster head node appearing in the color ring advertisement t is obtained;
(2.3) calculating the correlation degree between the first cluster head node and the second cluster head node as follows:
Figure 514901DEST_PATH_IMAGE030
(2.4) calculating the weight of the first cluster head node in the color ring back tone advertisement;
Figure 363908DEST_PATH_IMAGE031
and (2.5) sequencing the first cluster head nodes according to the same sequence as the weighted value of the second cluster head nodes, and sequencing the color ring back tone advertisements according to the sequencing of the first cluster head nodes.
2. The method for pushing a color ring back tone advertisement according to claim 1, wherein the online and offline retrieval modules of the color ring back tone advertisement are matched with the first cluster head node and the second cluster head node according to the keyword, and specifically comprises:
(3.1) extracting a synonym library according to the keywords of the CRBT advertisement online and offline retrieval module:
Figure 879203DEST_PATH_IMAGE032
Figure 130056DEST_PATH_IMAGE033
synonyms for the first keyword;
Figure 439815DEST_PATH_IMAGE034
synonym for the second keyword;
Figure 776118DEST_PATH_IMAGE035
is the v-th synonym of the keyword;
Figure 95104DEST_PATH_IMAGE036
in order to have an ambiguous keyword, the user may,
Figure 200463DEST_PATH_IMAGE036
the ambiguity of (a) includes:
Figure 946702DEST_PATH_IMAGE037
m is the number of ambiguous words;
(3.2) estimating semantics of W and keywords of color Ring advertisement
Figure DEST_PATH_IMAGE038
The degree of correlation between the two signals is determined,
Figure 504723DEST_PATH_IMAGE039
cs represents the degree of correlation between the synonym library and the semantics of the keyword;
Figure 627399DEST_PATH_IMAGE040
representing thesaurus and semantics
Figure 587265DEST_PATH_IMAGE038
Set of related words
Figure 504406DEST_PATH_IMAGE041
The degree of correlation of (a) is,
Figure 815301DEST_PATH_IMAGE041
representing semantics derived by an inference engine
Figure 210510DEST_PATH_IMAGE038
The related word set of (2);
Figure 24883DEST_PATH_IMAGE042
Figure 378504DEST_PATH_IMAGE043
(wj,sj) To represent
Figure 911116DEST_PATH_IMAGE044
And
Figure 375596DEST_PATH_IMAGE045
the degree of correlation between the two signals is determined,
Figure 44474DEST_PATH_IMAGE046
to represent
Figure 303417DEST_PATH_IMAGE044
And
Figure 323326DEST_PATH_IMAGE036
the distance between them;
(3.3) determining whether the matching relation between the synonym library and the keyword is established through the correlation threshold delta, if so
Figure 325917DEST_PATH_IMAGE047
Then the synonym library is related to the keyword; if it is not
Figure 114881DEST_PATH_IMAGE048
Then delete it in turn
Figure 810305DEST_PATH_IMAGE049
The step (3.1) is executed again until the ambiguous word in (2) is processed
Figure 786351DEST_PATH_IMAGE047
And (3.4) sending the matching result to the color ring advertisement pushing module.
3. The method of claim 1, wherein the sending the successfully matched ring back tone advertisement to the user client by the ring back tone advertisement sending module comprises:
the color ring back tone advertisement pushing module acquires matching result information, acquires a color ring back tone advertisement according to the matching result information and sends the color ring back tone advertisement to a user; and if the user carries out downloading or confirmation operation, determining a corresponding result, and storing the detection result in the server or the cloud for the next use.
4. The method of claim 3, wherein the push information includes color ring advertisement name, audio, publishing information and format.
5. A color ring advertisement pushing system comprises a color ring advertisement collecting module, a color ring advertisement sequencing module, a color ring advertisement WEB displaying and serving module, a color ring advertisement online and offline retrieval module, a color ring advertisement pushing module and a server, wherein the server is used for pushing color ring advertisements, and is characterized in that: the color ring back tone advertisement collecting module classifies and arranges color ring back tone advertisements into clusters based on the first cluster head node and the second cluster head node and sends the color ring back tone advertisements to the color ring back tone advertisement sequencing module; the color ring back tone advertisement collecting module is connected with the server, n color ring back tone advertisements in the server are selected as n nodes, a first keyword of each color ring back tone advertisement is taken as a first cluster head node, and a second keyword of each advertisement in the n color ring back tone advertisements in the server is extracted as a second cluster head node; setting the first cluster head node and the second cluster head node as i according to the sequence of the frequency from high to low
Figure 592633DEST_PATH_IMAGE016
Figure 501683DEST_PATH_IMAGE050
Figure 102429DEST_PATH_IMAGE003
For the first cluster head node frequency value,
Figure 96930DEST_PATH_IMAGE004
is the first cluster head node sequence number,
Figure 441324DEST_PATH_IMAGE005
is the frequency value of the second cluster head node,
Figure 204880DEST_PATH_IMAGE006
establishing a characteristic cluster head map for the second cluster head node sequence number according to a coordinate form; i =1,2,3.. n; j =1,2,3.. n; calculating the distance between the first cluster head node and the second cluster head node:
Figure 976527DEST_PATH_IMAGE051
each node carries out weighted sum according to the times of the second keyword of the node being retrieved
Figure 470043DEST_PATH_IMAGE009
Calculating, selecting the node with the smallest weighted sum as the second cluster head node,
Figure 618127DEST_PATH_IMAGE052
Figure 236190DEST_PATH_IMAGE012
and
Figure 444318DEST_PATH_IMAGE013
in order to be the weighting coefficients,
Figure 147832DEST_PATH_IMAGE014
Figure 568449DEST_PATH_IMAGE015
is a first cluster head node
Figure 306598DEST_PATH_IMAGE016
The sum of the distances between the first cluster head nodes and all the second cluster head nodes accounts for the comprehensive proportion of the distances between the first cluster head nodes and all the second cluster head nodes;
Figure 420047DEST_PATH_IMAGE017
representing a first cluster head node
Figure 610857DEST_PATH_IMAGE016
Number of times of retrieval
Figure 100744DEST_PATH_IMAGE018
The cluster head nodes are searched for times;
if the new second cluster head node is inconsistent with the cluster head node, namely the cluster head node is changed, the initial characteristic cluster head is selected again; if the cluster head nodes are not changed, after a new round of cluster head nodes are successfully selected, the color ring back tone advertisements with the same first cluster head nodes are in a cluster, and the color ring back tone advertisement collecting module sends the color ring back tone advertisement WEB display and service module according to the serial number of the cluster;
the polyphonic ringtone advertisement sequencing module sequences the received polyphonic ringtone advertisements again according to the information of the first cluster head node and the second cluster head node and sends the polyphonic ringtone advertisements to the polyphonic ringtone advertisement WEB display and service module; respectively calculating the times of the first cluster head node and the second cluster head node in the same color ring back tone advertisement, setting the p times of the first cluster head node in the color ring back tone advertisement and the q times of the second cluster head node, judging the magnitudes of the p value and the q value, taking the small value of the comparison of the two values as the co-occurrence times in the same color ring back tone advertisement, and simultaneously assigning the value to the same color ring back tone advertisement
Figure 693400DEST_PATH_IMAGE019
The occurrence frequency r of the first cluster head node and the second cluster head node in all the color ring back tone advertisements in the server is as follows:
Figure 977750DEST_PATH_IMAGE053
n is the total number of all the color ring back tone advertisements of the server, when the first cluster head node and the second cluster head node do not appear in the same color ring back tone advertisement,
Figure 655856DEST_PATH_IMAGE021
calculating the expected distance between the first cluster head node and the second cluster head node:
Figure 683855DEST_PATH_IMAGE054
Figure 131017DEST_PATH_IMAGE023
is the maximum value of the D, and,
Figure 851848DEST_PATH_IMAGE024
is the minimum value of the D, and is,
the distance between the first cluster head node and the second cluster head node in the color ring back tone advertisement is the average value of the distances in all the color ring back tone advertisements;
Figure 17251DEST_PATH_IMAGE055
Figure 583361DEST_PATH_IMAGE026
the number of times of the color ring advertisement co-occurring between the first cluster head node and the second cluster head node is obtained;
the information gain of the second cluster head node in the color ring advertisement is as follows:
Figure 885029DEST_PATH_IMAGE056
Figure 776762DEST_PATH_IMAGE057
the information gain of the second cluster head node in the color ring back tone advertisement is represented;
Figure 429460DEST_PATH_IMAGE058
the number of times of the second cluster head node appearing in the color ring advertisement t is obtained;
calculating the correlation degree between the first cluster head node and the second cluster head node as follows:
Figure 799262DEST_PATH_IMAGE059
calculating the weight of the first cluster head node in the color ring back tone advertisement;
Figure 955437DEST_PATH_IMAGE060
the first cluster head nodes are sequenced according to a preset sequence of the weighted values of the second cluster head nodes, and the color ring back tone advertisements are sequenced according to the sequencing of the first cluster head nodes;
the polyphonic ringtone advertisement online and offline retrieval module matches with the first cluster head node and the second cluster head node according to the key words and sends matching results to the polyphonic ringtone advertisement pushing module; obtaining key words according to the online and offline retrieval modules of the color ring advertisements:
Figure 892486DEST_PATH_IMAGE033
synonyms for the first keyword;
Figure 331557DEST_PATH_IMAGE034
synonym for the second keyword;
Figure 607818DEST_PATH_IMAGE035
is the v-th synonym of the keyword;
Figure 575774DEST_PATH_IMAGE036
in order to have an ambiguous keyword, the user may,
Figure 937485DEST_PATH_IMAGE036
the ambiguity of (a) includes:
Figure 649089DEST_PATH_IMAGE062
m is the number of ambiguous words;
estimating semantics of W and CRBT advertising keywords
Figure 45435DEST_PATH_IMAGE063
The degree of correlation between the two signals is determined,
Figure 449872DEST_PATH_IMAGE064
cs represents the degree of correlation between the synonym library and the semantics of the keyword;
Figure 33300DEST_PATH_IMAGE040
representing thesaurus and semantics
Figure 814174DEST_PATH_IMAGE038
Set of related words
Figure 65027DEST_PATH_IMAGE041
The degree of correlation of (a) is,
Figure 374786DEST_PATH_IMAGE041
representing semantics derived by an inference engine
Figure 711089DEST_PATH_IMAGE063
The related word set of (2);
Figure 30075DEST_PATH_IMAGE065
Figure 135434DEST_PATH_IMAGE043
(wj,sj) To represent
Figure 881673DEST_PATH_IMAGE044
And
Figure 174114DEST_PATH_IMAGE045
the degree of correlation between the two signals is determined,
Figure 296791DEST_PATH_IMAGE046
to represent
Figure 256657DEST_PATH_IMAGE044
And
Figure 173797DEST_PATH_IMAGE036
the distance between them;
determining whether the matching relation between the synonym library and the keyword is established through the relevance threshold delta, if so
Figure 219114DEST_PATH_IMAGE047
Then the synonym library is related to the keyword; if it is not
Figure 879902DEST_PATH_IMAGE048
Then delete it in turn
Figure 694274DEST_PATH_IMAGE049
Until the ambiguous word in (1)
Figure 47895DEST_PATH_IMAGE047
Sending the matching result to the color ring advertisement pushing module;
the color ring back tone advertisement pushing module sends the successfully matched color ring back tone advertisement to a user client for the user to use; the color ring back tone advertisement pushing module acquires the matching result information, acquires the pushing information of the color ring back tone advertisement according to the matching result information and sends the pushing information to the user; if the user carries out downloading or confirmation operation, determining a corresponding result, and storing the detection result in the server or the cloud for the next use; the push information includes: color ring advertisement name, audio, publishing information and format.
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