CN106991199A - The commending system score in predicting of probability is inclined to recommending method based on user behavior - Google Patents
The commending system score in predicting of probability is inclined to recommending method based on user behavior Download PDFInfo
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Abstract
The invention provides a kind of commending system score in predicting and recommendation method that probability is inclined to based on user behavior, score calculation is carried out for the relation between scoring the article in current commending system, the label of article and the tendentiousness of user, and the recommendation service of similar article is provided when targeted customer searches for article from current commending system to the targeted customer, it is characterised in that it includes following steps:Step one, item database is built;Step 2, builds user's scoring storehouse;Step 3, calculates user urTo label TqTendentiousness probabilistic forecasting scoring P (ur, Tq);Step 4, calculates user urTo article IiTendentiousness scoring R (ur, Ii);Step 5, in targeted customer u*Article I is searched for from current commending systemiWhen, calculate article IiWith article IjSimilarity S (Ii, Ij);Step 6, calculates targeted customer u*To article IiPrediction score value r (ur, Ii);Step 7, according to prediction score value r (ur, Ii) neighbours' article is ranked up, the neighbours' article for coming predetermined figure is recommended into targeted customer u*。
Description
Technical field
The present invention relates to a kind of recommendation method, and in particular to a kind of commending system scoring that probability is inclined to based on user behavior
Prediction is with recommending method.
Background technology
Commending system can be recommended to feel based on the similitude between article as a content of personalized service to user
Interest or suitable film, the commodity and other items of its own so that user, which can obtain rapidly meeting, to be liked and select tendency
Item Information.Meanwhile, commending system can save system resource and the band that user is consumed during article is largely browsed
The costs such as width so that commending system is trusted by a large number of users, favors and used.
In the prior art, commending system mainly uses collaborative filtering recommending method, and this method utilizes the user having similar tastes and interests
The common hobby of colony is recommended article to targeted customer.
But, above-mentioned collaborative filtering recommending method deposits problem both ways.On the one hand it is that conventional recommendation method is relied solely on
Similarity between user chooses the neighbours of targeted customer, causes to recommend the diversity for the article that precision is relatively low, recommend poor;
On the other hand it is that conventional recommendation method depends on user unduly to the scoring of article to be predicted, it is impossible to avoid commenting for user completely
Divide prejudice and malice score data, cause the article and user's article interested recommended to have deviation.Accordingly, it would be desirable to which one kind is more
Effectively and with appropriate multifarious commending system, convenient and efficient recommendation service is provided the user.
The content of the invention
The present invention is carried out to solve the above problems, it is therefore intended that provide a kind of based on user behavior tendency probability
Commending system score in predicting with recommend method.
The invention provides a kind of commending system score in predicting for being inclined to probability based on user behavior with recommending method, it is used for
Relation between scoring the article in current commending system, the label of article and the tendentiousness of user carries out score calculation, and
The recommendation service of similar article, its feature are provided when targeted customer searches for article from current commending system to the targeted customer
It is, comprises the following steps:
Step one, item database is set up, the item database includes N number of article IiWith for describing article IiThe L of property
Individual label Tq, article IiSet be set toLabel TqSet be set to TG={ Tq, q=
1 ..., L }, each article IiL (Ii) individual label tpSet be set to T (Ii)={ tp|tp∈ TG, the t as p ≠ qp≠tq, its
Middle p, q=1 ..., L (Ii), each article IiWith each label TqRelation be δ (tp, Tq);
Step 2, sets up user's scoring storehouse, and user scoring storehouse includes M user urWith each user urTo K (ur) it is individual
Evaluate article IiScoring, user urSet be set to UR={ ur, r=1 ..., M }, evaluate article IiCollection be combined into I (ur)
={ Ii|Ii∈ IM, i=1 ..., K (ur), score as r ' (ur∈ UR, Ii∈IM);
Step 3, user u is calculated according to pre-defined rulerTo label TqTendentiousness probabilistic forecasting scoring P (ur, Tq);
Step 4, user u is calculated according to following formularTo article IiTendentiousness scoring R (ur, Ii):
Step 5, in targeted customer u*Article I is searched for from current commending systemiWhen, article I is calculated according to following formulaiWith thing
Product IjSimilarity S (Ii, Ij):
In above formula, article IiDegree be d (Ii), targeted customer u*Degree be d (ur), a (ur, Ii) represent targeted customer u*It is
It is no to article IiScoring was carried out, as targeted customer u*To article IiWhen commenting undue, a (ur, Ii)=1, as targeted customer u*It is not right
Article IiWhen commenting undue, a (ur, Ii)=0;
Step 6, calculates targeted customer u*To article IiPrediction score value, article IiWith article IjKnown average score
It is r respectivelyi' and rj', user urTo article IjScore value be r ' (ur, Ij), setting article IiNeighbours' article number be n,
The prediction score value for calculating each neighbours' article according to following formula is r (ur, Ii):
Step 7, according to prediction score value r (ur, Ii) neighbours' article is ranked up from high to low, and pre-determined bit will be come
Several neighbours' articles recommend targeted customer u*。
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, in step one, article Ii∈IM。
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, L (Ii) individual label tpBetween different, and L (Ii)≤L。
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, in step one,
Work as tp=TqWhen, δ (tp, Tq)=1,
Work as tp≠TqWhen, δ (tp, Tq)=0.
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, including:In step 2, r ' (ur∈ UR, Ii∈ IM) value be 1~5, as user urTo article IiDo not comment
Valency is out-of-date, r ' (ur∈ UR, Ii∈ IM)=0.
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, in step 3, the formula of pre-defined rule is as follows:
As user urEvaluated article IiWhen,
As user urArticle I was not evaluatediWhen, P (ur, Tq)=0.
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, in step 5 and step 6, article Ij∈IM。
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, in step 6, r ' (ur, Ij) value be 1~5, as user urTo article IjIt is out-of-date not evaluate, r '
(ur, Ij)=0.
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, in step 6, n ∈ { 10,20,30,40 }.
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior that the present invention is provided, can also have
There is such feature, wherein, in step 7, predetermined figure is 5~10.
The effect of invention and effect
According to the commending system score in predicting involved in the present invention based on user behavior tendency probability with recommending method, by
Relation between the scoring of the article in commending system, label and the tendentiousness of user carries out score calculation, and is calculating mesh
Mark user to before the prediction score value of article to article IiWith article IjSimilarity Measure is carried out so that commending system is to mesh
Mark the article more diversification that user recommends.In addition, because the commending system score in predicting of probability should be inclined to based on user behavior
User's scoring is not depended on unduly with recommendation method so that the article that commending system is recommended to user meets the interest of user, so that
Improve the accuracy of recommendation.
Brief description of the drawings
Fig. 1 is the commending system score in predicting and recommendation method for being inclined to probability in embodiments of the invention based on user behavior
Flow chart.
Embodiment
In order that the technological means realized of the present invention is easy to understand with effect, with reference to embodiments and accompanying drawing to
Invention is specifically addressed.
<Embodiment>
Fig. 1 is the commending system score in predicting and recommendation method for being inclined to probability in embodiments of the invention based on user behavior
Flow chart.
As shown in figure 1, being inclined to the commending system score in predicting of probability with recommending method to include following step based on user behavior
Suddenly:
Step one, item database is set up, the item database includes N number of article IiWith for describing article IiThe L of property
Individual label Tq, article IiSet be set toLabel TqSet be set to TG={ Tq, q=
1 ..., L }, each article IiL (Ii) individual mutually different label tpSet be set to T (Ii)={ tp|tp∈ TG, as p ≠ q
When tp≠tq, wherein p, q=1 ..., L (Ii), each article IiWith each label TqRelation be δ (tp, Tq), work as tp=Tq
When, δ (tp, Tq)=1, works as tp≠TqWhen, δ (tp, Tq)=0, i.e.,
In the present embodiment, the item database is the item database related to film, including 6 article IiIt is (i.e. electric
Shadow 1, film 2, film 3, film 4, film 5, film 6), and for describing article Ii6 label Tq(i.e. love, terrified, acute
Feelings, science fiction, history, action).Wherein, each article IiThere are multiple mutually different label tp, each article IiWith each label
TqRelation be δ (tp, Tq)。
6 film IiRespectively with 6 label TqRelation δ (tp∈T(Ii∈ IM), Tq∈ TG) as shown in table 1.For example, electric
Shadow 1 has 3 label tp(i.e. terrified, science fiction, action), so, film 1 and three label TqThe pass of (i.e. terrified, science fiction, action)
System is 1, film 1 and other 3 label TqThe relation of (i.e. love, the story of a play or opera, history) is 0.
Table 1
Step 2, sets up user's scoring storehouse, and user scoring storehouse is related to film user's scoring storehouse, including M is used
Family urWith each user urTo K (ur) individual evaluate article IiScoring, user urSet be set to UR={ ur, r=1 ..., M },
Article I is evaluatediCollection be combined into I (ur)={ Ii|Ii∈ IM, i=1 ..., K (ur), score as r ' (ur∈ UR, Ii∈ IM), should
r′(ur∈ UR, Ii∈ IM) value be 1~5, as user urTo article IiIt is out-of-date not evaluate, r ' (ur∈ UR, Ii∈ IM)=0.
In the present embodiment, user urTo each film IiScore data r ' (ur∈ UR, Ii∈ IM) as shown in table 2.With
Family scoring storehouse includes 6 user ur(u1, u2, u3, u4, u5, targeted customer u*), and each user urElectricity has been evaluated to multiple
Shadow IiScoring r ' (ur∈ UR, Ii∈ IM), such as scorings of the user u3 to film 2 is 5, and scorings of the user u3 to film 4 is 0.
Table 2
Step 3, user u is calculated according to pre-defined rulerTo label TqTendentiousness probabilistic forecasting scoring P (ur, Tq), make a reservation for
The formula of rule is as follows:As user urEvaluated article IiWhen,As user ur
Article I was not evaluatediWhen, P (ur, Tq)=0, i.e.,
In the present embodiment, it can be calculated by above formula and obtain user urTo each label TqTendentiousness probability P (ur∈ UR,
Tq∈ TG), as shown in table 3, such as user u3, which is evaluated, to flash back past events 2 and film 3, the label of film 2 for the story of a play or opera, history and action with
And the label of film 3 is love, science fiction and action, user u3 did not evaluated the film for including label 2 (terror), so, user
U3 is that the tendentiousness probability of films of the user u3 to belonging to love class is 1/6 to label 1, and user u3 is u3 couples of user to label 2
The tendentiousness probability for belonging to the film of terrified class is 0.
Table 3
Step 4, user u is calculated according to following formularTo article IiTendentiousness scoring R (ur, Ii):
In the present embodiment, it can be calculated by above formula and obtain user urTo film IiTendentiousness scoring R (ur∈ UR, Ii∈
IM), as shown in table 4, for example understand that tendentiousness scorings of the user u3 to film 2 is 0.66 by calculating.
Table 4
Step 5, in targeted customer u*Article I is searched for from current commending systemiWhen, article I is calculated according to following formulaiWith thing
Product IjSimilarity S (Ii, Ij):
In above formula, Ij∈ IM, article IiDegree be d (Ii), targeted customer u*Degree be d (ur), a (ur, Ii) represent target
User u*Whether to article IiScoring was carried out, as targeted customer u*To article IiWhen commenting undue, a (ur, Ii)=1, when target is used
Family u*Not to article IiWhen commenting undue, a (ur, Ii)=0.
In the present embodiment, in targeted customer u*Film I is searched for from current commending systemiWhen, electricity can be calculated by above formula
Shadow IiWith film IjSimilitude S (Ii∈ IM, Ij∈ IM), as shown in table 5.The similitude of such as film 1 and film 1 is 1, electricity
The similitude of shadow 1 and film 2 is 0.008333.
Table 5
Step 6, calculates targeted customer u*To article IiPrediction score value, article IiWith article IjKnown average score
It is r respectivelyi' and rj', user urTo article IjScore value be r ' (ur, Ij), r ' (ur, Ij) value be 1~5, as user urIt is right
Article IjIt is out-of-date not evaluate, r ' (ur, Ij)=0, setting article IiNeighbours' article number be n, n ∈ { 10,20,30,40 },
The prediction score value for calculating each neighbours' article according to following formula is r (ur, Ii),
In the present embodiment, neighbours' article number is set as 10, and targeted customer u is calculated by above formula*To film IiPrediction
Score value r (u*, Ii(i=2,3,4)), as shown in table 6, such as targeted customer u*Calculated value to film 2 is 2.415, through four houses
Five enter after must predict score value be 2, wherein, targeted customer u*Evaluation is flashed back past events 1 and film 6, so targeted customer u*To film 1
Prediction score value with film 6 is that existing score value is respectively 5 and 3.
Table 6
Step 7, according to prediction score value r (ur, Ii) neighbours' article is ranked up from high to low, and pre-determined bit will be come
Several neighbours' articles recommend targeted customer u*, predetermined figure is 5~10.
In the present embodiment, the prediction score value of film 2, film 3, film 4 and film 5 in table 6, which sorts, is respectively
Film 4, film 5, film 3, film 2.Due to recommending predetermined figure to be 5, and digit is currently recommended to be less than 5, therefore by film
4th, film 5, film 3 and film 2 recommend targeted customer u in order*。
The effect of embodiment and effect
Commending system score in predicting and recommendation method that probability is inclined to based on user behavior according to involved by the present embodiment,
Relation between due to scoring the article in commending system, label and the tendentiousness of user carries out score calculation, and is calculating
Targeted customer to before the prediction score value of article to article IiWith article IjCarried out Similarity Measure so that commending system to
The article more diversification that targeted customer recommends.In addition, because the commending system scoring that probability should be inclined to based on user behavior is pre-
Survey and do not depend on user's scoring unduly with recommendation method so that the article that commending system is recommended to user meets the interest of user, from
And improve the accuracy of recommendation.
Claims (10)
1. a kind of commending system score in predicting and proposed algorithm that probability is inclined to based on user behavior, for current commending system
In article, the label of article and the scoring of the tendentiousness of user between relation carry out score calculation, and in targeted customer from institute
State the recommendation service that similar article is provided when article is searched in current commending system to the targeted customer, it is characterised in that including
Following steps:
Step one, item database is set up, the item database includes N number of article IiWith for describing the article IiProperty
The L label T of matterq, the article IiSet be set toThe label TqSet set
For TG={ Tq, q=1 ..., L }, each article IiL (Ii) individual label tpSet be set to T (Ii)={ tp|tp∈ TG,
The t as p ≠ qp≠tq, wherein p, q=1 ..., L (Ii), each article IiWith each label TqRelation be δ
(tp, Tq);
Step 2, sets up user's scoring storehouse, and user scoring storehouse includes the M user urWith each user urTo K (ur)
It is individual to have evaluated article IiScoring, the user urSet be set to UR={ ur, r=1 ..., M }, it is described to have evaluated article Ii
Collection be combined into I (ur)={ Ii|Ii∈ IM, i=1 ..., K (ur), the scoring is r ' (ur∈ UR, Ii∈IM);
Step 3, the user u is calculated according to pre-defined rulerTo the label TqTendentiousness probabilistic forecasting scoring P (ur, Tq);
Step 4, the user u is calculated according to following formularTo the article IiTendentiousness scoring R (ur, Ii):
Step 5, in the targeted customer u*The article I is searched for from the current commending systemiWhen, institute is calculated according to following formula
State article IiWith article IjSimilarity S (Ii, Ij):
In above formula, the article IiDegree be d (Ii), the targeted customer u*Degree be d (ur), a (ur, Ii) represent the target
User u*Whether to the article IiScoring was carried out, as the targeted customer u*To the article IiWhen commenting undue, a (ur, Ii)
=1, as the targeted customer u*Not to the article IiWhen commenting undue, a (ur,Ii)=0;
Step 6, calculates the targeted customer u*To the article IiPrediction score value, the article IiWith the article Ij's
Known average score is r respectivelyi' and rj', the user urTo the article IjScore value be r ' (ur, Ij), set the thing
Product IiThe number of neighbours' article be n, the prediction score value for calculating each neighbours' article according to following formula is r (ur,
Ii):
Step 7, according to the prediction score value r (ur, Ii) neighbours' article is ranked up from high to low, and will come pre-
Neighbours' article of positioning number recommends the targeted customer u*。
2. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step one, the article Ii∈IM。
3. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, the L (Ii) the individual label tpBetween it is different,
L (the Ii)≤L。
4. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step one, t is worked asp=TqWhen, the δ (tp, Tq)=1,
Work as tp≠TqWhen, the δ (tp, Tq)=0.
5. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step 2, the r ' (ur∈ UR, Ii∈ IM) value be 1~5, as the user urTo the article
IiIt is out-of-date not evaluate, the r ' (ur∈ UR, Ii∈ IM)=0.
6. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step 3, the formula of the pre-defined rule is as follows:
As the user urEvaluated the article IiWhen, it is described
As the user urThe article I was not evaluatediWhen, the P (ur, Tq)=0.
7. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step 5 and the step 6, the article Ij∈IM。
8. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step 6, the r ' (ur, Ij) value be 1~5, as the user urTo the article IjDo not evaluate
It is out-of-date, the r ' (ur, Ij)=0.
9. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step 6, the n ∈ [10,20,30,40 }.
10. the commending system score in predicting and recommendation method according to claim 1 that probability is inclined to based on user behavior, its
It is characterised by:
Wherein, in the step 7, the predetermined figure is 5~10.
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