CN105159881A

CN105159881A - Method and device for polymerizing data module in page

Info

Publication number: CN105159881A
Application number: CN201510541196.XA
Authority: CN
Inventors: 潘昊
Original assignee: Beijing QIYI Century Science and Technology Co Ltd
Current assignee: Beijing QIYI Century Science and Technology Co Ltd
Priority date: 2015-08-28
Filing date: 2015-08-28
Publication date: 2015-12-16
Anticipated expiration: 2035-08-28
Also published as: CN105159881B

Abstract

The embodiment of the invention discloses a method and a device for polymerizing a data module data module in a page. The method comprises the following steps: determining the first class of reference information of a page to be polymerized; according to the first class of reference information and the second class of reference information of the data module, extracting data modules to be polymerized from a pre-constructed data module library; according to the first class of reference information and the second class of reference information of the data modules to be polymerized, screening a preferential matching data module from the data modules to be polymerized; putting the preferential matching data module in a preset optimal exhibition matrix block; and according to a horizontal relevance coefficient or a vertical relevance coefficient between the preferential matching data module and rest data modules to be polymerized as well as the first class of reference information and the second class of reference information of the preferential matching data module, putting the rest data modules to be polymerized in the matrix blocks except a preset optimal exhibition unit in the page to be polymerized. Obviously, the scheme can improve the effective expression of the main information content in the page.

Description

The method of data module and device in a kind of aggregation page

Technical field

The present invention relates to page process field, particularly the method for data module and device in a kind of aggregation page.

Background technology

Data message is the core value that online media sites are supplied to user, and along with the development of computer technology, online media sites can be presented to the more and more eurypalynous data message of user, and meanwhile, data message is also more and more abundanter.

Along with the increase of data message, the main information content expressed by data message is conveyed to user effectively also more and more difficult.In prior art, the mode mainly through the artificial organ page represents content, first by editorial staff to page composition, be polymerized different data modules, then be finally presented to user, wherein, described data module is the carrier element for carry data information in the page.

But the mode of artificial typesetting with the subjective understanding of editorial staff, and different represent form and can bring user different experience, causes so possibly the main information content expressed by data message effectively to be conveyed to user.

Summary of the invention

Based on the problems referred to above, the embodiment of the invention discloses method and the device of data module in a kind of aggregation page, to improve the effective expression of the main information content in the page.Technical scheme is as follows:

First aspect, embodiments provides the method for data module in a kind of aggregation page, comprising:

Determine the first kind reference information of the page to be polymerized, wherein, described first kind reference information at least can state subject content corresponding to the page to be polymerized, and the described page to be polymerized comprises multiple matrix-block for carrying data module;

According to the Equations of The Second Kind parameter information of described first kind reference information and data module, multiple data module is extracted from the data module storehouse built in advance, and using the to be polymerized data module of extracted multiple data modules as the described page to be polymerized, wherein, the Equations of The Second Kind reference information that each data module in described data module storehouse is all corresponding respective, described Equations of The Second Kind reference information at least can state the information content of described data module;

According to the Equations of The Second Kind reference information of described first kind reference information and described data module to be polymerized, from described data module to be polymerized, filter out partial data module, and using filtered out partial data module as priority match data module;

Described priority match data module be positioned in the predetermined best illustrated matrix-block in the described page to be polymerized, wherein, described predetermined best illustrated matrix-block is at least one matrix-block in the matrix-block of the described page to be polymerized;

According to Equations of The Second Kind reference information and the described first kind reference information of the horizontal relevance coefficient of described priority match data module and remaining data module to be polymerized or vertical correlation coefficient, described priority match data module, remaining data module to be polymerized described is positioned in the matrix-block beyond the described predetermined best illustrated unit in the described page to be polymerized.

Optionally, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding priority that preset;

Described Equations of The Second Kind reference information comprises: tag set, wherein, each label in described tag set be preset can the word of the information content of presentation data module.

Optionally, the described Equations of The Second Kind parameter information according to described first kind reference information and data module, extracts multiple data module, comprising from the data module storehouse built in advance:

From the data module storehouse built in advance, there are multiple data modules of occuring simultaneously in extraction tag set and described keyword set;

The described Equations of The Second Kind reference information according to described first kind reference information and described data module to be polymerized, filters out partial data module, comprising from described data module to be polymerized:

From described data module to be polymerized, filter out the data module to be polymerized of the keyword that there is priority first predetermined condition in the common factor of tag set and keyword set;

The described horizontal relevance coefficient according to described priority match data module and remaining data module to be polymerized or vertical correlation coefficient, described priority match data module Equations of The Second Kind reference information and described first kind reference information, remaining data module to be polymerized described is positioned in the matrix-block beyond the described predetermined best illustrated unit in the described page to be polymerized, comprises:

Determine the limit priority of the keyword in the tag set of each priority match data module and the common factor of keyword set;

According to the sequence of determined limit priority, successively using priority match data module as base modules;

Further, after determining each base modules, based on horizontal relevance coefficient or the vertical correlation coefficient of current base modules and remaining data module to be polymerized, the part or all of data module to be polymerized in remaining data module to be polymerized is placed in the matrix-block of the association beyond described predetermined best illustrated unit.

Optionally, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized preset;

Described Equations of The Second Kind reference information comprises: tag set, wherein, each label in described tag set be preset can the word of the information content of presentation data module and a corresponding priority.

From described data module to be polymerized, filter out the data module to be polymerized of the label that there is priority second predetermined condition in the common factor of tag set and keyword set;

Determine the limit priority of the label in the tag set of each priority match data module and the common factor of keyword set;

Optionally, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding weighted value that preset;

Described Equations of The Second Kind reference information comprises: tag set, wherein, each label in described tag set be preset can the word of the information content of presentation data module and a corresponding weighted value.

From the data module storehouse built in advance, extract tag set and described keyword set exist occur simultaneously and the weighted value of keyword in existing common factor and the weighted value of label meet multiple data modules of the 3rd predetermined condition;

Successively according to the weighted value of keyword in the tag set of each data module to be polymerized and the common factor of described keyword set and/or the weighted value of label, calculate the synthetic weights weight values of corresponding data module to be polymerized;

From described data module to be polymerized, filter out the data module to be polymerized that synthetic weights weight values meets the 4th predetermined condition;

The Equations of The Second Kind reference information of the described horizontal relevance coefficient according to described priority match data module and remaining data module to be polymerized or vertical correlation coefficient, described priority match data module and described first kind reference information, remaining data module to be polymerized described is positioned in the matrix-block beyond the described predetermined best illustrated unit in the described page to be polymerized, comprises:

The keyword that right to choose weight values is the highest from the keyword set of the described page to be polymerized;

According to the sequence of the synthetic weights weight values of described priority match data block, successively that label in tag set is identical with selected keyword priority match data block is as base modules;

Second aspect, the embodiment of the present invention additionally provides the device of data module in a kind of aggregation page, comprising:

First kind reference information determining unit, for determining the first kind reference information of the page to be polymerized, wherein, described first kind reference information at least can state subject content corresponding to the page to be polymerized, and the described page to be polymerized comprises multiple matrix-block for carrying data module;

Data module determining unit to be polymerized, for the Equations of The Second Kind parameter information according to described first kind reference information and data module, multiple data module is extracted from the data module storehouse built in advance, and using the to be polymerized data module of extracted multiple data modules as the described page to be polymerized, wherein, the Equations of The Second Kind reference information that each data module in described data module storehouse is all corresponding respective, described Equations of The Second Kind reference information at least can state the information content of described data module;

Priority match data module determining unit, for the Equations of The Second Kind reference information according to described first kind reference information and described data module to be polymerized, partial data module is filtered out from described data module to be polymerized, and using filtered out partial data module as priority match data module;

Priority match data module placement unit, for described priority match data module being positioned in the predetermined best illustrated matrix-block in the described page to be polymerized, wherein, described predetermined best illustrated matrix-block is at least one matrix-block in the matrix-block of the described page to be polymerized;

Data module placement unit to be polymerized, for according to the Equations of The Second Kind reference information of the horizontal relevance coefficient of described priority match data module and remaining data module to be polymerized or vertical correlation coefficient, described priority match data module and described first kind reference information, remaining data module to be polymerized described is positioned in the matrix-block beyond the described predetermined best illustrated unit in the described page to be polymerized.

Compared with prior art, scheme that the embodiment of the present invention provides, in the page data module polymerization process in, do not adopt the artificial typesetting relying on subjective consciousness, but expressed by the subject content of the page to be polymerized and data module the information content, for the page carries out the polymerization process of data module, and, in data module polymerization process, consider the incidence relation between each data module.Therefore, the effective expression by utilizing this programme can provide the main information content in the page.

Accompanying drawing explanation

In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

The process flow diagram of the method for data module in a kind of aggregation page that Fig. 1 provides for the embodiment of the present invention;

Another process flow diagram of the method for data module in a kind of aggregation page that Fig. 2 provides for the embodiment of the present invention;

Another process flow diagram of the method for data module in a kind of aggregation page that Fig. 3 provides for the embodiment of the present invention;

Another process flow diagram of the method for data module in a kind of aggregation page that Fig. 4 provides for the embodiment of the present invention;

The structural representation of the device of data module in a kind of aggregation page that Fig. 5 provides for the embodiment of the present invention;

The schematic diagram comprising the page of multiple matrix-block that Fig. 6 provides for the embodiment of the present invention;

Another schematic diagram comprising the page of multiple matrix-block that Fig. 7 provides for the embodiment of the present invention.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.

Embodiments provide method and the device of data module in a kind of aggregation page, to improve the effective expression of the main information content in the page.It is emphasized that in a kind of aggregation page that the embodiment of the present invention provides, the method for data module and the page involved by device are not limited to Webpage, the carrying object that also can have information or contents and distribution's demand for other, this is also rational.

Below first to this embodiment provide the method for data module in a kind of aggregation page to be introduced.

It should be noted that, in a kind of aggregation page that the embodiment of the present invention provides, the executive agent of the method for data module can be the device of data module in a kind of aggregation page; Further, in a kind of aggregation page that the embodiment of the present invention provides, the device of data module can be arranged in electronic equipment, and this electronic equipment can be server or terminal device in actual applications, and this is all rational.

Wherein, each data module is the minimum indivisible unit of page info content, and data module is what pre-defined, such as: an icon, one section of article, a list, a message box, one section of video or a chart etc. all can as data modules.Simultaneously, the size of each data module has also pre-defined, the size of definition is relative value, wherein, horizontal size x represents that the horizontal occupy-place of this data module is x times of matrix-block size in the page, and vertical size y represents that the vertical occupy-place of this data module is y times of matrix-block size in the page, and, data module also can be designed as telescopic size, corresponding horizontal size maximal value x _maxwith minimum value x _min, data module horizontal size can at (x _max, x _min) scope in flexible, vertical size maximal value y _maxwith minimum value y _min, data module vertical size can at (y _min, y _max) scope in flexible, further, if data module is designed to infinitely to extend, for laterally unlimited extend for, horizontal maximum x _maxfor a certain specific identifier value, for longitudinally infinitely extending, vertical maximal value y _maxfor a certain specific identifier value.It will be appreciated by persons skilled in the art that the definition about data module can be realized by prior art.

As shown in Figure 1, in a kind of aggregation page that the embodiment of the present invention provides, the method for data module, can comprise the steps:

S101, determines the first kind reference information of the page to be polymerized;

Wherein, this first kind reference information at least can state subject content corresponding to the page to be polymerized, and this page to be polymerized comprises multiple matrix-block for carrying data module.

When needing the polymerization process carrying out data module for a certain page, because each page usually all can a corresponding subject content, first can determine the first kind reference information at least can stating subject content of the page to be polymerized, and then performing follow-up process.

Wherein, ensureing under the prerequisite that this first kind reference information at least can state subject content corresponding to the page to be polymerized, the specifying information content of this first kind reference information can exist multiple, for example: this first kind reference information can comprise: keyword set, wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding priority that preset; Or this first kind parameter information can comprise: keyword set, wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized preset; Or this first kind reference information can comprise: keyword set, wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding weighted value that preset.Be understandable that can there is identical keyword in the keyword set corresponding to the different pages; Further, the weighted value of the above-mentioned keyword of the page to be polymerized, the priority of keyword and keyword can pass through analysis of history data, or artificial predefined mode obtains.

Wherein, the matrix-block in the page to be polymerized is the subregion in the page to be polymerized, and wherein, each data module can corresponding at least one sub regions; Division about matrix-block can adopt existing techniques in realizing.Be understandable that, the prerequisite of aggregated data module needs the multiple the matrix-blocks in advance page being divided into the longitudinal Y of horizontal X, and wherein, if the page is vertical extension, then Y value does not limit, if the page is horizontal-extending, then X value does not limit, as shown in Figure 6.

S102, according to the Equations of The Second Kind parameter information of this first kind reference information and data module, extracts multiple data module from the data module storehouse built in advance, and using the to be polymerized data module of extracted multiple data modules as this page to be polymerized;

Wherein, the Equations of The Second Kind reference information that each data module in this data module storehouse is all corresponding respective, this Equations of The Second Kind reference information at least can state the information content of this data module.Further, in the tag set corresponding to different data modules, identical label can be there is, also namely: a label can belong in the different tag sets corresponding to data module simultaneously.After determining the first kind parameter information of the page to be polymerized, because first kind reference information at least can state the subject content of the page to be polymerized, and the Equations of The Second Kind parameter information of data module in the data module storehouse built in advance at least can the information content of presentation data module, therefore, in order to determine for the page to be polymerized the data module conformed to subject content, can according to the Equations of The Second Kind reference information of this first kind reference information and data module, multiple data module is extracted from the data module storehouse built in advance, and then using the to be polymerized module of extracted data module as the page to be polymerized.

Wherein, if this first kind reference information comprises: keyword set, wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding priority that preset, accordingly, this Equations of The Second Kind reference information can comprise: tag set, wherein, each label in this tag set be preset can the word of the information content of presentation data module.

If this first kind reference information can comprise: keyword set, wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized preset, accordingly, this Equations of The Second Kind reference information can comprise: tag set, wherein, each label in this tag set be preset can the word of the information content of presentation data module and a corresponding priority.

If this first kind reference information can comprise: keyword set, wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding weighted value that preset, accordingly, this Equations of The Second Kind reference information can comprise: tag set, wherein, each label in this tag set be preset can the word of the information content of presentation data module and a corresponding weighted value.

It should be noted that, above-mentioned label, the priority of label and the weighted value of label all can pass through analysis of history data, or artificial predefined mode obtains, concrete, analysis of history data, refer to when the scene by webpage representation certain content or information, add up this data module in all pages by the number of times used, sum up a series of labels describing this data module, and pass through by the frequency used, count weighted value or priority, artificial pre-defined is then that what to rely on page editing personnel manual is data module appointment label, priority and weighted value.

And, for different first kind reference informations and Equations of The Second Kind reference information, different specific implementations can be taked realize: according to the Equations of The Second Kind parameter information of this first kind reference information and data module, from the data module storehouse built in advance, extract multiple data module; In order to layout is clear, follow-uply will to be introduced by specific embodiment.

S103, according to the Equations of The Second Kind reference information of this first kind reference information with this data module to be polymerized, filters out partial data module from data module to be polymerized, and using filtered out partial data module as priority match data module;

Be understandable that, the object of aggregated data module is filled in the matrix-block of the page by data module with the organizational form of the best, each page is after the matrix-block being divided into the longitudinal Y of horizontal X, best illustrated matrix-block can be made in advance, wherein, the mode of predetermined best illustrated matrix-block can: gathered by user data, or, in conjunction with user habit, or, defined by historical experience, wherein, best illustrated matrix-block is required to meet and can ensures that user the most effectively sees the content or information wanting to represent, such as, in the common vertical extension page, can define the top block of locations in upper left or centre is best illustrated matrix-block.

Therefore, in order to realize effective polymerization, first can determine that the data module of the predetermined best illustrated matrix-block being arranged in the page to be polymerized is to be preferentially polymerized, and then again all the other remaining data modules follow-up are polymerized, therefore, after determining multiple data module to be polymerized, can according to the Equations of The Second Kind reference information of this first kind reference information with this data module to be polymerized, partial data module is filtered out from data module to be polymerized, and using filtered out partial data module as priority match data module.

Wherein, it should be noted that, for different first kind reference informations and Equations of The Second Kind reference information, different specific implementations can be adopted realize: according to the Equations of The Second Kind reference information of this first kind reference information with this data module to be polymerized, from data module to be polymerized, filter out partial data module; In order to layout is clear, follow-uply will to be introduced by specific embodiment.

S104, is positioned in the predetermined best illustrated matrix-block in this page to be polymerized by priority match data module;

After determining priority match data module, priority match data module can be positioned in the predetermined best illustrated matrix-block in this page to be polymerized; Wherein, this predetermined best illustrated matrix-block is at least one matrix-block in the matrix-block of this page to be polymerized.

Wherein, be understandable that, the quantity of predetermined best illustrated matrix-block determines the quantity of priority match data module.

S105, according to Equations of The Second Kind reference information and the first kind reference information of the horizontal relevance coefficient of this priority match data module and remaining data module to be polymerized or vertical correlation coefficient, priority match data module, remaining data module to be polymerized is positioned in the matrix-block beyond this predetermined best illustrated unit in this page to be polymerized.

Priority match data module is being positioned over after in the predetermined best illustrated matrix-block in this page to be polymerized, polymerization process can be carried out to remaining data module to be polymerized, be placed in the page to be polymerized by remaining data module to be polymerized, therefore, can according to the horizontal relevance coefficient of this priority match data module and remaining data module to be polymerized or vertical correlation coefficient, the Equations of The Second Kind reference information of priority match data module and first kind reference information, remaining data module to be polymerized is positioned in the matrix-block beyond this predetermined best illustrated unit in this page to be polymerized.Wherein, the horizontal relevance coefficient between any two data modules is historical experience value with vertical correlation coefficient.

It is emphasized that, for different first kind reference informations and Equations of The Second Kind reference information, different specific implementations can be adopted realize: according to Equations of The Second Kind reference information and the first kind reference information of the horizontal relevance coefficient of this priority match data module and remaining data module to be polymerized or vertical correlation coefficient, priority match data module, remaining data module to be polymerized is positioned in the matrix-block beyond this predetermined best illustrated unit in this page to be polymerized; In order to layout is clear, follow-up employing specific embodiment to be described in detail.

Being understandable that, when placing data module, if the vertical horizontal length extending page empty position is less than the horizontal size x of data module to be placed, then this data module to be placed being placed into next blank line, as shown in Figure 7; If the vertical length of horizontal-extending page empty position is less than the vertical size y of data module to be placed, then this data module to be placed is placed into next blank column.

It is emphasized that if a certain dimension can have influence on the content or information that the page needs to represent, namely can have influence on the weighted value of keyword, there is factor of influence { kf1, kf2, kf3 ... kfn}, can revise according to the weighted value of factor of influence to keyword, weighted value set corresponding to revised keyword set is { kf1*p1, kf2*p2, kf3*p3 ... kfn*pn}, wherein, weighted value set corresponding to keyword set before correction is { p1, p2, p3 ... pn}; Same, if a certain dimension can have influence on content or whether information module is demonstrated, namely the weighted value of the label of data module can be had influence on, there is factor of influence { tf1, tf2, tf3 ... tfm}, can revise according to the weighted value of factor of influence to the label of data module, weighted value set corresponding to the tag set of revised data module is { tf1*q1, tf2*q2, tf3*q3 ... tfm*qm}, wherein, weighted value set corresponding to tag set before correction is { q1, q2, q3 ... qm}; And then page aggregation process can according to the weighted value set { kf1*p1 corresponding to revised keyword set, kf2*p2, kf3*p3 ... weighted value set { tf1*q1, tf2*q2, tf3*q3 corresponding to the tag set of kfn*pn} and amended data module ... tfm*qm}.For example:

Be a dimension with user, different user has different contents or information requirement, the different emphasis of user to content of pages or information attention can not be identical simultaneously, namely to keyword set { w1, w2, the w3 of the page ... wn} has the attention degree of different stage, therefore, by the user data collection in early stage, particular user can be obtained to the concern of different keyword or attention degree, then revises according to the weighted value of these data to keyword.

Be a dimension to represent equipment, the different resolution representing equipment, represent area not identical, namely, data module has different appropriate in different representing on equipment, the weighted value of data module can be had influence on, after acquisition represents the information of equipment, can revise according to the weighted value of these data to the label of data module.Compared with prior art, scheme that the embodiment of the present invention provides, in the page data module polymerization process in, do not adopt the artificial typesetting relying on subjective consciousness, but expressed by the subject content of the page to be polymerized and data module the information content, for the page carries out the polymerization process of data module, and, in data module polymerization process, consider the incidence relation between each data module.Therefore, the effective expression by utilizing this programme can provide the main information content in the page.

In the aggregation page given by above-mentioned S101 ~ S105 the method for data module basis on, in a kind of aggregation page provided the embodiment of the present invention below in conjunction with specific embodiment, the method for data module is introduced.

It should be noted that, in the present embodiment, described first kind reference information comprises keyword set, and wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding priority that preset; And this Equations of The Second Kind reference information comprises tag set, wherein, each label in this tag set be preset can the word of the information content of presentation data module.

As shown in Figure 2, in a kind of aggregation page that the embodiment of the present invention provides, the method for data module, can comprise the steps:

S201, determines the keyword set of the page to be polymerized;

Wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding priority that preset; This page to be polymerized comprises multiple matrix-block for carrying data module.

Wherein, when needing the polymerization process carrying out data module for a certain page, because each page usually can a corresponding subject content, therefore, first can determine the keyword set of the page to be polymerized, and then performing follow-up process.

Further, be understandable that, the matrix-block in the page to be polymerized is the subregion in the page to be polymerized, and wherein, each data module can corresponding at least one sub regions; Division about matrix-block can adopt existing techniques in realizing.Be understandable that, the prerequisite of aggregated data module needs the multiple the matrix-blocks in advance page being divided into the longitudinal Y of horizontal X, and wherein, if the page is vertical extension, then Y value does not limit, if the page is horizontal-extending, then X value does not limit.

S202, from the data module storehouse built in advance, there are multiple data modules of occuring simultaneously in extraction tag set and keyword set, and using the to be polymerized data module of extracted multiple data modules as this page to be polymerized;

Wherein, the tag set that each data module in this data module storehouse is all corresponding respective, wherein, each label in this tag set be preset can the word of the information content of presentation data module.Further, in the tag set corresponding to different data modules, identical label can be there is, also namely: a label can belong in the different tag sets corresponding to data module simultaneously.

After the keyword set determining the page to be polymerized, because keyword set at least can state the subject content of the page to be polymerized, and the tag set of data module in the data module storehouse built in advance at least can the information content of presentation data module, therefore, in order to determine for the page to be polymerized the data module conformed to subject content, can from the data module storehouse built in advance, there are multiple data modules of occuring simultaneously in extraction tag set and keyword set, and using the to be polymerized data module of extracted multiple data modules as this page to be polymerized.Wherein, so-called tag set and keyword set exist to occur simultaneously and specifically refer to: there is the label that in content and keyword set, keyword is identical in tag set.

S203, from this data module to be polymerized, filters out the data module to be polymerized of the keyword that there is priority first predetermined condition in the common factor of tag set and keyword set, and using filtered out partial data module as priority match data module;

In order to realize effective polymerization, first can determine that the data module of the predetermined best illustrated matrix-block being arranged in the page to be polymerized is to be preferentially polymerized, and then again all the other remaining data modules follow-up are polymerized, therefore, after determining multiple data module to be polymerized, can from this data module to be polymerized, filter out the data module to be polymerized of the keyword that there is priority first predetermined condition in the common factor of tag set and keyword set, and using filtered out partial data module as priority match data module.

So-called priority first predetermined condition is specifically as follows: priority is greater than predetermined threshold, for example: suppose to there is data module A to be polymerized and data module B to be polymerized, the keyword set of the page to be polymerized is combined into { X1, X2, X3, X4}, priority is followed successively by: 1, 2, 3, 4, and the magnitude relationship of priority meets 1>2>3>4, the tag set of data module A to be polymerized is { a1, a2, a3, X1, X2}, the tag set of data module B to be polymerized is { a1, a2, a3, X3, X4}, visible, the common factor of the tag set of data module A to be polymerized and the keyword set of the page to be polymerized is { X1, X2}, the common factor of the tag set of data module B to be polymerized and the keyword set of the page to be polymerized is { X3, X4}, further, suppose that predetermined threshold is 2, in then occuring simultaneously corresponding to data module A to be polymerized, the priority of X1 is greater than 2, therefore, data module A to be polymerized can as priority match data module.

S204, is positioned in the predetermined best illustrated matrix-block in this page to be polymerized by priority match data module;

Wherein, this predetermined best illustrated matrix-block is at least one matrix-block in the matrix-block of the described page to be polymerized.

S205, determines the limit priority of the keyword in the tag set of each priority match data module and the common factor of keyword set;

S206, according to the sequence of determined limit priority, successively using priority match data module as base modules;

S207, after determining each base modules, based on horizontal relevance coefficient or the vertical correlation coefficient of current base modules and remaining data module to be polymerized, the part or all of data module to be polymerized in remaining data module to be polymerized is placed in the matrix-block of the association beyond this predetermined best illustrated unit.

After determining at least one priority match data module, in occuring simultaneously corresponding to each priority match data module, label is also keyword, therefore, the limit priority of the keyword in each common factor can be determined, then, according to the sequence of determined limit priority, successively using priority match data module as base modules, and after each base modules is determined, polymerization analysis process is carried out to the module to be polymerized beyond priority match data module, be specially: based on horizontal relevance coefficient or the vertical correlation coefficient of current base modules and remaining data module to be polymerized, part or all of data module to be polymerized in remaining data module to be polymerized is placed in the matrix-block of the association beyond this predetermined best illustrated unit.

Wherein, according to the horizontal relevance coefficient of data module to be polymerized or the size of vertical correlation coefficient, successively module to be polymerized is placed on the position near base modules, if use horizontal relevance coefficient, then data module to be polymerized is placed on the horizontal-extending of base modules; If use vertical correlation coefficient, then data module to be polymerized is placed in the vertical extension of base modules.

In the aggregation page given by above-mentioned S101-S105 the method for data module basis on, in a kind of aggregation page provided the embodiment of the present invention below in conjunction with another specific embodiment, the method for data module is introduced.

It should be noted that, in the present embodiment, this first kind reference information comprises keyword set, and wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized preset; This Equations of The Second Kind reference information comprises tag set, wherein, each label in described tag set be preset can the word of the information content of presentation data module and a corresponding priority.

As shown in Figure 3, in a kind of aggregation page that the embodiment of the present invention provides, the method for data module, can comprise the steps:

S301, determines the keyword set of the page to be polymerized;

Wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized preset; This page to be polymerized comprises multiple matrix-block for carrying data module.

S302, from the data module storehouse built in advance, there are multiple data modules of occuring simultaneously in extraction tag set and keyword set, and using the to be polymerized data module of extracted multiple data modules as this page to be polymerized;

Wherein, the tag set that each data module in this data module storehouse is all corresponding respective, wherein, each label in this tag set be preset can the word of the information content of presentation data module and a corresponding priority.Further, in the tag set corresponding to different data modules, identical label can be there is, also namely: a label can belong in the different tag sets corresponding to data module simultaneously.

S303, from this data module to be polymerized, filters out the data module to be polymerized of the label that there is priority second predetermined condition in the common factor of tag set and keyword set, and using filtered out partial data module as priority match data module;

In order to realize effective polymerization, first can determine that the data module of the predetermined best illustrated matrix-block being arranged in the page to be polymerized is to be preferentially polymerized, and then again all the other remaining data modules follow-up are polymerized, therefore, after determining multiple data module to be polymerized, can from this data module to be polymerized, filter out the data module to be polymerized of the label that there is priority second predetermined condition in the common factor of tag set and keyword set, and using filtered out partial data module as priority match data module.

So-called priority second predetermined condition is specifically as follows: priority is greater than predetermined threshold, for example: suppose to there is data module A to be polymerized and data module B to be polymerized, the keyword set of the page to be polymerized is combined into { X1, X2, X3, the tag set of X4}, data module A to be polymerized is { a1, a2, a3, X1, X2}, priority is: 9, 8, 7, 1, the tag set of 2, data module B to be polymerized is { a1, a2, a3, X3, X4}, priority is: 9, 8, 7, 3, 4, the magnitude relationship of priority is: 1>2>3>4GreatT. GreaT.GT7>8>9, visible, the common factor of the tag set of data module A to be polymerized and the keyword set of the page to be polymerized is { X1, the common factor of the tag set of X2}, data module B to be polymerized and the keyword set of the page to be polymerized is { X3, X4}, further, supposes that predetermined threshold is 2, then in occuring simultaneously corresponding to data module A to be polymerized, the priority of X1 is greater than 2, and therefore, data module A to be polymerized can as priority match data module.

S304, is positioned in the predetermined best illustrated matrix-block in this page to be polymerized by priority match data module;

S305, determines the limit priority of the label in the tag set of each priority match data module and the common factor of keyword set;

S306, according to the sequence of determined limit priority, successively using priority match data module as base modules;

S307, after determining each base modules, based on horizontal relevance coefficient or the vertical correlation coefficient of current base modules and remaining data module to be polymerized, the part or all of data module to be polymerized in remaining data module to be polymerized is placed in the matrix-block of the association beyond described predetermined best illustrated unit.

After determining at least one priority match data module, the limit priority of the label in each common factor can be determined, then, according to the sequence of determined limit priority, successively using priority match data module as base modules, and after each base modules is determined, polymerization analysis process is carried out to the module to be polymerized beyond priority match data module, be specially: based on horizontal relevance coefficient or the vertical correlation coefficient of current base modules and remaining data module to be polymerized, part or all of data module to be polymerized in remaining data module to be polymerized is placed in the matrix-block of the association beyond this predetermined best illustrated unit.

It should be noted that, in the present embodiment, this first kind reference information comprises keyword set, and wherein, in this keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding weighted value that preset; And Equations of The Second Kind reference information comprises tag set, wherein, each label in this tag set be preset can the word of the information content of presentation data module and a corresponding weighted value.

As shown in Figure 4, in a kind of aggregation page that the embodiment of the present invention provides, the method for data module, can comprise the steps:

S401, determines the keyword set of the page to be polymerized;

Wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding weighted value that preset; This page to be polymerized comprises multiple matrix-block for carrying data module.

S402, from the data module storehouse built in advance, extract tag set and this keyword set exist occur simultaneously and the weighted value of keyword in existing common factor and the weighted value of label meet multiple data modules of the 3rd predetermined condition;

Wherein, the tag set that each data module in this data module storehouse is all corresponding respective, wherein, each label in this tag set be preset can the word of the information content of presentation data module and a corresponding weighted value.Further, in the tag set corresponding to different data modules, identical label can be there is, also namely: a label can belong in the different tag sets corresponding to data module simultaneously.

After the keyword set determining the page to be polymerized, because keyword set at least can state the subject content of the page to be polymerized, and the tag set of data module in the data module storehouse built in advance at least can the information content of presentation data module, therefore, in order to determine for the page to be polymerized the data module conformed to subject content, can from the data module storehouse built in advance, extract tag set and keyword set to exist and to occur simultaneously and the weighted value of keyword in existing common factor and the weighted value of label meet multiple data modules of the 3rd predetermined condition.Wherein, the weighted value of so-called keyword and the weighted value of label meet the 3rd predetermined condition and specifically can refer to: the weighted value of label is more than or equal to the weighted value of keyword, is certainly not limited thereto; And so-called tag set and keyword set exist to occur simultaneously and specifically refer to: there is the label that in content and keyword set, keyword is identical in tag set.

S403, successively according to the weighted value of keyword in the tag set of each data module to be polymerized and the common factor of this keyword set and/or the weighted value of label, calculates the synthetic weights weight values of corresponding data module to be polymerized;

S404, from data module to be polymerized, filters out the data module to be polymerized that synthetic weights weight values meets the 4th predetermined condition, and using filtered out partial data module as priority match data module;

In order to realize effective polymerization, first can determine that the data module of the predetermined best illustrated matrix-block being arranged in the page to be polymerized is to be preferentially polymerized, and then again all the other remaining data modules follow-up are polymerized, therefore, after determining multiple data module to be polymerized, successively according to the weighted value of keyword in the tag set of each data module to be polymerized and the common factor of this keyword set and/or the weighted value of label, calculate the synthetic weights weight values of corresponding data module to be polymerized, and then from data module to be polymerized, filter out the data module to be polymerized that synthetic weights weight values meets the 4th predetermined condition, and using filtered out partial data module as priority match data module.Wherein, satisfied 4th predetermined condition of synthetic weights weight values can be: synthetic weights weight values is greater than predetermined threshold, is certainly not limited thereto.

Wherein, when calculating the synthetic weights weight values of data module to be polymerized, can only according to the weighted value of the keyword in the tag set of this data module to be polymerized and the common factor of this keyword set, also can only according to the weighted value of the label in the tag set of data module to be polymerized and the common factor of this keyword set, certainly, also can according to the weighted value of keyword in the common factor of the tag set of this data module to be polymerized and this keyword set and the weighted value of label, concrete account form can adopt simple mathematical operation, such as: addition, also the mathematical operation of other complexity can be adopted, etc., this is all rational.

S405, is positioned in the predetermined best illustrated matrix-block in this page to be polymerized by priority match data module;

S406, the keyword that right to choose weight values is the highest from the keyword set of the page to be polymerized;

S407, according to the sequence of the synthetic weights weight values of priority match data block, successively that label in tag set is identical with selected keyword priority match data block is as base modules;

S408, after determining each base modules, based on horizontal relevance coefficient or the vertical correlation coefficient of current base modules and remaining data module to be polymerized, the part or all of data module to be polymerized in remaining data module to be polymerized is placed in the matrix-block of the association beyond this predetermined best illustrated unit.

In order to follow-up to the polymerization of remaining data module to be polymerized, can right to choose weight values is the highest from the keyword set of the page to be polymerized keyword, according to the sequence of the synthetic weights weight values of priority match data block, successively that label in tag set is identical with selected keyword priority match data block is as base modules, and then after determining each base modules, based on horizontal relevance coefficient or the vertical correlation coefficient of current base modules and remaining data module to be polymerized, part or all of data module to be polymerized in remaining data module to be polymerized is placed in the matrix-block of the association beyond this predetermined best illustrated unit.

It should be noted that, above-mentioned three given specific embodiments, as just example, should not form the restriction to the embodiment of the present invention.

Corresponding to said method embodiment, the embodiment of the present invention additionally provides the device of data module in a kind of aggregation page, as shown in Figure 5, can comprise:

First kind reference information determining unit 510, for determining the first kind reference information of the page to be polymerized, wherein, described first kind reference information at least can state subject content corresponding to the page to be polymerized, and the described page to be polymerized comprises multiple matrix-block for carrying data module;

Data module determining unit 520 to be polymerized, for the Equations of The Second Kind parameter information according to described first kind reference information and data module, multiple data module is extracted from the data module storehouse built in advance, and using the to be polymerized data module of extracted multiple data modules as the described page to be polymerized, wherein, the Equations of The Second Kind reference information that each data module in described data module storehouse is all corresponding respective, described Equations of The Second Kind reference information at least can state the information content of described data module;

Priority match data module determining unit 530, for the Equations of The Second Kind reference information according to described first kind reference information and described data module to be polymerized, partial data module is filtered out from described data module to be polymerized, and using filtered out partial data module as priority match data module;

Priority match data module placement unit 540, for described priority match data module being positioned in the predetermined best illustrated matrix-block in the described page to be polymerized, wherein, described predetermined best illustrated matrix-block is at least one matrix-block in the matrix-block of the described page to be polymerized;

Data module placement unit 550 to be polymerized, for according to the Equations of The Second Kind reference information of the horizontal relevance coefficient of described priority match data module and remaining data module to be polymerized or vertical correlation coefficient, described priority match data module and described first kind reference information, remaining data module to be polymerized described is positioned in the matrix-block beyond the described predetermined best illustrated unit in the described page to be polymerized.

In the first implementation, described first kind reference information can comprise: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding priority that preset;

Described Equations of The Second Kind reference information can comprise: tag set, wherein, each label in described tag set be preset can the word of the information content of presentation data module.

On first kind reference information given in the first implementation and the basis of Equations of The Second Kind reference information, data module determining unit 520 to be polymerized, can comprise:

First data module determination subelement to be polymerized, for from the data module storehouse built in advance, there are multiple data modules of occuring simultaneously in extraction tag set and described keyword set, and using the to be polymerized data module of extracted multiple data modules as the described page to be polymerized;

Accordingly, priority match data module determining unit 530, can comprise:

First priority match data module determination subelement, for from described data module to be polymerized, filter out the data module to be polymerized of the keyword that there is priority first predetermined condition in the common factor of tag set and keyword set, and using filtered out partial data module as priority match data module;

Accordingly, described data module placement unit 550 to be polymerized, can comprise:

First data module to be polymerized places subelement, for:

In the second implementation, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized preset; Described Equations of The Second Kind reference information comprises: tag set, wherein, each label in described tag set be preset can the word of the information content of presentation data module and a corresponding priority.

On first kind reference information given in the second implementation and the basis of Equations of The Second Kind reference information, data module determining unit 520 to be polymerized, can comprise:

Second data module determination word cell to be polymerized, for from the data module storehouse built in advance, there are multiple data modules of occuring simultaneously in extraction tag set and described keyword set, and using the to be polymerized data module of extracted multiple data modules as the described page to be polymerized;

Accordingly, priority match data module determining unit 530, can comprise:

Second priority match data module determination subelement, for from described data module to be polymerized, filter out the data module to be polymerized of the label that there is priority second predetermined condition in the common factor of tag set and keyword set, and using filtered out partial data module as priority match data module;

Second data module to be polymerized places subelement, for:

In the third implementation, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding weighted value that preset;

On first kind reference information given in the third implementation and the basis of Equations of The Second Kind reference information, data module determining unit 520 to be polymerized, can comprise:

3rd data module determination subelement to be polymerized, for from the data module storehouse built in advance, extract tag set and described keyword set exist occur simultaneously and the weighted value of keyword in existing common factor and the weighted value of label meet multiple data modules of the 3rd predetermined condition;

Accordingly, priority match data module determining unit 530, can comprise:

3rd priority match data module determination subelement, for successively according to the weighted value of keyword in the tag set of each data module to be polymerized and the common factor of described keyword set and/or the weighted value of label, calculate the synthetic weights weight values of corresponding data module to be polymerized; From described data module to be polymerized, filter out the data module to be polymerized that synthetic weights weight values meets the 4th predetermined condition;

3rd data module to be polymerized places subelement, for:

For system or device embodiment, because it is substantially similar to embodiment of the method, so description is fairly simple, relevant part illustrates see the part of embodiment of the method.

It should be noted that, in this article, the such as relational terms of first and second grades and so on is only used for an entity or operation to separate with another entity or operational zone, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thus make to comprise the process of a series of key element, method, article or equipment and not only comprise those key elements, but also comprise other key elements clearly do not listed, or also comprise by the intrinsic key element of this process, method, article or equipment.When not more restrictions, the key element limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment comprising described key element and also there is other identical element.

One of ordinary skill in the art will appreciate that all or part of step realized in said method embodiment is that the hardware that can carry out instruction relevant by program has come, described program can be stored in computer read/write memory medium, here the alleged storage medium obtained, as: ROM/RAM, magnetic disc, CD etc.

The foregoing is only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.All any amendments done within the spirit and principles in the present invention, equivalent replacement, improvement etc., be all included in protection scope of the present invention.

Claims

1. the method for data module in aggregation page, is characterized in that, comprising:

2. method according to claim 1, it is characterized in that, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding priority that preset;

3. method according to claim 2, is characterized in that, the described Equations of The Second Kind parameter information according to described first kind reference information and data module, extracts multiple data module, comprising from the data module storehouse built in advance:

4. method according to claim 1, is characterized in that, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized preset;

5. method according to claim 4, is characterized in that, the described Equations of The Second Kind parameter information according to described first kind reference information and data module, extracts multiple data module, comprising from the data module storehouse built in advance:

6. method according to claim 1, it is characterized in that, described first kind reference information comprises: keyword set, and wherein, in described keyword set, each keyword is the word can stating subject content corresponding to the page to be polymerized and a corresponding weighted value that preset;

7. method according to claim 6, is characterized in that, the described Equations of The Second Kind parameter information according to described first kind reference information and data module, extracts multiple data module, comprising from the data module storehouse built in advance:

8. the device of data module in aggregation page, is characterized in that, comprising: