CN116681355A - Management system for information technology multimedia display stand - Google Patents
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Abstract
The application discloses an information technology multimedia display stand management system, which relates to the field of multimedia display stand management, and the technical scheme is characterized by comprising a preset module, wherein a target audience aimed by a multimedia display stand is preset as a target set, people attracted by each demonstration mode of the multimedia display stand are acquired through an acquisition module, the personnel set is set as a personnel set, answer scores of each personnel in the target set are acquired, the personnel set is set as a scoring set, each item of data in a duration set is processed and analyzed through a processing and analyzing module to obtain a first influence set, each item of data in the scoring set is processed and analyzed to obtain a second influence set, the first influence set and the second influence set are subjected to simultaneous analysis to obtain a display effect evaluation difference value, and the effect evaluation difference value obtained according to different demonstration modes is adjusted, so that a better demonstration mode of demonstration is adjusted to conduct leading demonstration, and demonstration efficiency is improved.
Description
Technical Field
The application relates to the field of multimedia display stand management, in particular to an information technology multimedia display stand management system.
Background
With the continuous development of modern technology, the application of digital display technology has penetrated into various fields and is everywhere. The multimedia display stand is also widely applied to different exhibition halls and markets as a presentation mode of a digital display technology, and realizes a powerful interaction function with audience groups while playing. However, in the process of propaganda and demonstration on the theme multimedia display stand, a plurality of demonstration modes are designed to display and advertise the theme, and some of the themes can also be aimed at specific customer groups, because the cooperation modes of a plurality of module operation in each demonstration mode are different, the external expression modes are also different, so that different interaction modes are generated with target groups, and the influence degree of different interaction demonstration modes on personnel is different, so that different demonstration modes can also generate different propaganda effects on the target groups, and the common working operation of a plurality of demonstration modes can cause huge resource consumption to increase the propaganda cost, so that the demonstration mode with better propaganda effect is selected, and the method belongs to a part of scientific management of the multimedia display stand.
Disclosure of Invention
Aiming at the defects existing in the prior art, the application aims to provide an information technology multimedia display stand management system.
In order to achieve the above purpose, the present application provides the following technical solutions:
an information technology multimedia display stand management system, comprising:
the presetting module: according to the displayed theme, setting different demonstration modes for the multimedia display stand, and setting the different demonstration modes which can be put in by the multimedia display stand as a demonstration set in advance; setting a desired set for a propaganda effect which is desired to be achieved by each demonstration mode, and setting a target audience aiming at each demonstration mode of the multimedia demonstration table as a target set in advance;
the acquisition module is used for: acquiring the people attracted during the playing of each demonstration mode of the multimedia demonstration table, and setting the people as a personnel set; obtaining the watching time length of each person in the target set, and setting the watching time length as a time length set; obtaining answer scores of each person in the target set, and setting the answer scores as evaluation sets;
and a processing analysis module: in various demonstration modes, processing and analyzing various data in a time length set to obtain a first influence set; processing and analyzing each item of data in the scoring set to obtain a second influence set; carrying out simultaneous analysis on the first influence set and the second influence set to obtain a display effect evaluation difference value;
and an adjustment module: in various demonstration modes, the obtained evaluation difference values are compared in size, and various demonstration modes of the multimedia display stand are adjusted according to the evaluation difference values.
Preferably, the presentation set is set asQ is the demonstration mode, i is the number of each demonstration mode, Q i Representing the ith demonstration mode of the multimedia display stand, the expected set is set as followsUR is the expected value, UR i Representing a demonstration effect expected value preset by an ith demonstration mode;
where n is the number of presentation modes, i=1, 2, … …, n.
Preferably, the personnel set is set as，Expressed as the set of people attracted by the ith demonstration mode, thenRepresenting a data value contained by a j-th person attracted by an i-th presentation mode of the multimedia presentation stand;
after the personnel set is screened, the personnel meeting the target audience condition is filled into the target set, and the target set is set as，Representing the set of selected persons among the persons attracted by the ith demonstration modeRepresenting a slave person setThe data value contained by the h-th target audience selected, i.e. representing the number of subjectsThe data value contained in the h target audience personnel meeting the conditions is selected from all personnel attracted by the ith demonstration mode of the media display stand;
wherein, inAndin the superscript Q i The i value of (1) carries out label assignment according to different demonstration modes, g represents the number of people attracted by the demonstration mode, j represents the number of the attracted people, j is not less than 1 and not more than g, m represents the number of each selected target audience, h represents the label of the selected target audience meeting the condition, and h is not less than 1 and not more than m.
Preferably, the time duration set is set as，Middle and upper mark Q i I values of (c) are assigned with the numbers according to the different demonstration modes,and the h conforming target audience watching duration value which represents the attraction of the ith demonstration mode.
Preferably, the evaluation set is set as，/>Middle and upper mark Q i I value of (2) is assigned with the number according to the demonstration mode, and +.>Representing the score value obtained by the h eligible target audience member attracted by the i th demonstration mode.
Preferably, the first influence set processing procedure specifically includes:
s01, step: sequentially playing the demonstration modes in the demonstration set according to a preset sequence, acquiring the number of people attracted in the playing process of each demonstration mode, and forming a personnel setFor personnel collectionScreening the personnel meeting the characteristic conditions to obtain a target set；
S02, step: according to the target setThe personnel data value in the multimedia display table is used for acquiring the corresponding watching time length of each personnel in the demonstration process of the multimedia display table, and obtaining a time length set；
S03, step: according to the formula
Calculating the average effective average watching time length coefficientAnd recording and storing the data.
Preferably, the second influence set processing procedure specifically includes:
s01, step: randomly generating questions related to a plurality of demonstration modes of the multimedia demonstration table in the demonstration process of the demonstration modes for each attracted target person to answer;
s02, step: according to the question answer result, obtaining the score generated by each attracted target audience answer question to generate a scoring set；
S03, step: according to the formula
Calculating the average effective scoring coefficient of each demonstration modeAnd recording and storing the data.
Preferably, the display effect evaluation difference analysis process specifically includes:
s01, step: acquiring a person average effective watching duration coefficientAnd average effective scoring coefficient；
S02, step: according to the formula
Calculating effect values corresponding to each demonstration mode of the multimedia demonstration table；
wherein ,respectively, effective time length coefficient for people averageEffective scoring coefficient for peopleCorresponding estimated duty cycle weight coefficients;
s03, step: acquiring expected set corresponding to each demonstration mode of multimedia demonstration tableAccording to the formula
Calculating the evaluation difference value of the actual effect and the expected effect corresponding to each demonstration mode of the multimedia demonstration table；
wherein ,is an evaluation index set, and；
thus evaluating the differenceAnd effect valueIn positive correlation, i.e. effect valueThe higher the evaluation differenceThe larger the presentation mode, the better the effect.
Preferably, the evaluation difference valueThe process of comparing the sizes is specifically as follows:
s01, step: obtaining the evaluation difference value output by each demonstration modeThe data are summarized and transmitted to an adjusting module to form an evaluation difference set;
evaluation of difference setsComprises evaluation difference values of n demonstration modes of the multimedia display stand, wherein the evaluation difference value set is that，Representing the evaluation difference value obtained by the ith demonstration mode;
s02, step: acquiring an evaluation difference setAccording to the formula
Obtaining the maximum evaluation difference valueD is the demonstration mode label corresponding to the maximum evaluation difference value;
s03, step: based on the maximum evaluation differenceOutputting the optimal demonstration mode;
wherein the maximum evaluation differenceThe d-th presentation mode of the multimedia presentation stand aiming at the target audience has the best effect.
Preferably, the outputting process of the best demonstration mode in the step S03 specifically includes:
s031: outputting an optimal demonstration mode with the reference number d, and if a plurality of optimal demonstration modes exist, namely when the value of d is not the same, outputting all the value reference numbers of d together, transmitting the output demonstration modes to operation and maintenance personnel, selecting and adjusting the optimal demonstration modes by the operation and maintenance personnel, and carrying out emphasis on the optimal demonstration modes by the multimedia demonstration table.
Compared with the prior art, the application has the following beneficial effects:
1. in the application, byQuantifying the actual display effect of each demonstration mode Q and comparing with the expected value UR i Comparing the values, selecting the expected value UR with higher value i And furthermore, a demonstration mode with better demonstration effect is obtained, the multimedia demonstration table is convenient to adjust the originally set demonstration mode, the optimal demonstration mode of the multimedia demonstration table is selected, the demonstration effect is improved, and therefore management of theme propaganda of the multimedia demonstration table is better completed.
2. In the process of quantifying the actual display effect of various demonstration modes Q, according to the data information visualization of the targeted target audience personnel, acquiring the effective watching duration of people per capitaSum of people effective score valueAs the effective influence set of propaganda effect quantification, the display effect corresponding to the demonstration mode can be effectively represented, and in the process of carrying out simultaneous analysis on the first influence set and the second influence set to obtain the display effect evaluation difference value, the effect value is effectively simultaneously linked through a direct proportion calculation formula, so that forward correlation is conveniently carried out on the effect value according to the variable, namely the effective per capita watching durationLonger, average effective score valueThe higher the effect valueThe larger the display effect of the demonstration mode is, the better the display effect of the demonstration mode is, the effect of the demonstration mode is convenient to observe, and the direct observation of the numerical value change is realized.
Drawings
Fig. 1 is a schematic diagram of a module of an information technology multimedia display stand management system according to the present application;
FIG. 2 is a schematic diagram of a first influence set processing procedure according to the present application;
FIG. 3 is a schematic diagram of a second influence set processing procedure according to the present application;
fig. 4 is a schematic diagram showing the effect evaluation difference analysis process in the present application.
Detailed Description
Hereinafter, exemplary embodiments according to the present application will be described in detail with reference to the accompanying drawings. It should be apparent that the described embodiments are only some embodiments of the present application and not all embodiments of the present application, and it should be understood that the present application is not limited by the example embodiments described herein.
Example 1
With reference to fig. 1, fig. 2, fig. 3 and fig. 4, a management system for an information technology multimedia display stand according to the present application will be further described.
An information technology multimedia display stand management system comprises a preset module:
according to the displayed theme, setting different demonstration modes for the multimedia display stand, and setting the different demonstration modes which can be put in by the multimedia display stand as a demonstration set in advance; the method comprises the steps of setting a desired set for a propaganda effect desired to be achieved by each demonstration mode, and setting a target audience aiming at each demonstration mode of the multimedia demonstration table as a target set in advance.
Wherein the demonstration set is set asQ is the demonstration mode, i is the number of each demonstration mode, Q i Representing the ith demonstration mode of the multimedia display stand, the expected set is set as followsUR is the expected value, UR i The expected value of the demonstration effect preset by the ith demonstration mode is shown.
Where n is the number of presentation modes, i=1, 2, … …, n.
The selection standard of the target personnel is determined by the operation and maintenance personnel, the operation and maintenance personnel select according to the target audience personnel characteristic data aimed at by the multimedia display stand, and the expected value of the demonstration effect set by each demonstration mode is also set by the operation and maintenance personnel according to the situation.
Acquiring the people attracted during the playing of each demonstration mode of the multimedia demonstration table, and setting the people as a personnel set; obtaining the watching time length of each person in the target set, and setting the watching time length as a time length set; and obtaining answer scores of each person in the target set, and setting the answer scores as evaluation sets.
Wherein the personnel set is set as，Expressed as the set of people attracted by the ith demonstration mode, thenRepresenting the data value contained by the jth person being attracted by the ith presentation mode of the multimedia presentation stand.
After the personnel set is screened, the personnel meeting the target audience condition is filled into the target set, and the target set is set as，Representing the set of selected persons among the persons attracted by the ith demonstration modeRepresenting a slave person setThe data value contained in the h target audience selected represents the data value contained in the h target audience selected from all people attracted by the i demonstration mode of the multimedia demonstration table.
Wherein, inAndin the superscript Q i The i value of (1) carries out label assignment according to different demonstration modes, g represents the number of people attracted by the demonstration mode, j represents the number of the attracted people, j is not less than 1 and not more than g, m represents the number of each selected target audience, h represents the label of the selected target audience meeting the condition, and h is not less than 1 and not more than m.
The duration set is set as，/>Middle and upper mark Q i I value of (2) is assigned with the number according to the demonstration mode, and +.>The viewing duration value of the h qualified target audience member representing the attraction of the i th demonstration mode, wherein the viewing duration value can be obtained from the data value contained by the target centralized personnel.
The evaluation set is set as，/>Middle and upper mark Q i I value of (2) is assigned with the number according to the demonstration mode, and +.>The scoring values obtained by the h qualified target audience representing the attraction of the i presentation may be obtained from the data values contained by the target collection of individuals.
In various demonstration modes, processing and analyzing various data in a time length set to obtain a first influence set; processing and analyzing each item of data in the scoring set to obtain a second influence set; and carrying out simultaneous analysis on the first influence set and the second influence set to obtain a display effect evaluation difference value.
In the process of processing and analyzing various data in a time length set to obtain a first influence set, the method specifically comprises the following steps:
s01, step: sequentially playing the demonstration modes in the demonstration set according to a preset sequence, acquiring the number of people attracted in the playing process of each demonstration mode, and forming a personnel setFor personnel collectionScreening the personnel meeting the characteristic conditions to obtain a target set。
In this embodiment, i is assigned to 2, i.e. the multimedia presentation table is presented in 2 modes, and when i=2, the presentation set isTwo sets of people are obtained, and,representing the first demonstration pattern Q 1 Sets of personal information that are attracted during the presentation process,representing the second demonstration mode Q 2 And (5) attracting various personnel information sets in the display process.
According to a first demonstration mode Q 1 Aiming at the audience personnel characteristics, filling the personnel meeting the characteristic conditions in the personnel set into the target set, namely, screening m personnel information from the personnel set and filling the personnel information into the target set to obtain。
According to the second demonstration mode Q 2 Aiming at the audience personnel characteristics, filling the personnel information meeting the characteristic conditions in the personnel set into the target set, namely, screening m personnel information from the personnel set and filling the personnel information into the target set to obtain。
First demonstration mode Q 1 And a second demonstration mode Q 2 The m personnel information screened in the method is only a virtual value, and does not have limiting information, namely, two m can represent two different values, and not only represent two same values.
S02, step: according to the target setThe personnel data value in the multimedia display table is used for acquiring the corresponding watching time length of each personnel in the demonstration process of the multimedia display table, and obtaining a time length set +.>。
In this embodiment, when the presentation modes of the multimedia presentation stand are 2, i=2, 2 duration sets are formed, and there are viewing duration values corresponding to each target audience member that are respectively attracted by the 2 presentation modes, that isAnd，indicating the value of the h eligible target audience viewing time period for the 1 st demonstration mode attraction,indicating the value of the time period for viewing by the h th eligible target audience member for attraction in the 2 nd demonstration mode.
S03, step: according to the formula
Calculating the average effective average watching time length coefficientAnd recording and storing the data.
In this embodiment, the average effective viewing time length coefficients of different demonstration modes are obtained by the same calculation mode, that is, the average effective viewing time length coefficient obtained by the first demonstration mode isThe effective average person viewing time length coefficient obtained by the second demonstration mode isFor the obtained data valueAndand (5) storing.
In the process of processing and analyzing each item of data in the scoring set to obtain a second influence set, the method specifically comprises the following steps:
s01, step: in the process of displaying a plurality of demonstration modes of the multimedia display stand, questions related to the demonstration modes are randomly generated for each attracted target person to answer.
The operation and maintenance personnel can preset a question library corresponding to each demonstration mode, related questions are randomly extracted from the question library in the demonstration process of each demonstration mode, the questions are answered by target audience personnel, the extracted questions of each demonstration mode have the same number, and the set scores are the same.
S02, step: according to the question answer result, obtaining the score generated by each attracted target audience answer question to generate a scoring set。
In this embodiment, when the presentation mode of the multimedia presentation stand is 2, i=2, 2 score sets are formed, which are the score sets respectivelyAnd score set->，/>Score value obtained by the h target audience answer questions representing the 1 st presentation mode attraction, +.>The scoring values obtained for the h eligible target audience response questions for the 2 nd presentation mode attraction are shown.
S03, step: according to the formula
Calculating the average effective scoring coefficient of each demonstration modeAnd recording and storing the data.
In this embodiment, the average of the people effective scoring coefficients of different demonstration modes are obtained by the same calculation mode, that is, the average of the people effective scoring coefficient obtained by the first demonstration mode isThe effective average person score coefficient obtained by the second demonstration mode isFor the obtained dataAndand (5) storing.
In the process of carrying out simultaneous analysis on the first influence set and the second influence set to obtain the display effect evaluation value, the method specifically comprises the following steps:
s01, step: acquiring an average effective duration coefficientNumerical coefficient of effective score of sum people；
S02, step: according to the formula
Calculating effect values corresponding to each demonstration mode of the multimedia demonstration table。
wherein ,respectively, effective time length coefficient for people averageNumerical coefficient of effective score of peopleThe corresponding estimated duty cycle weight coefficients.
In this embodiment, when the presentation mode of the multimedia presentation stand is 2, i=2, 2 effect values are formedAndobtaining the effect value of the first demonstration mode of the multimedia demonstration tableEffect value of second demonstration mode of multimedia demonstration table。
Wherein, in this embodiment, the people are valid for viewing the duration coefficientLonger, people's average effective score coefficientThe higher the effect valueThe larger the display mode, the better the display effect of the display mode.
S03, step: acquiring expected set corresponding to each demonstration mode of multimedia demonstration tableAccording to the formula
Calculating the evaluation difference value of the actual effect and the expected effect corresponding to each demonstration mode of the multimedia demonstration table。
wherein ,is an evaluation index set, and。
thus evaluating the differenceAnd effect valueIn positive correlation, i.e. effect valueThe higher the evaluation differenceThe larger the presentation mode, the better the effect.
In this embodiment, the evaluation differences of the different demonstration modes are obtained by the same calculation mode, i.e. the evaluation difference obtained by the first demonstration mode isThe evaluation difference obtained by the second demonstration mode is。
Further, in the formula
In the above, it is noted that:
if it isRepresenting the actual effect value obtained by the ith demonstration mode of the multimedia demonstration tableReaching or exceeding the desired value UR i ；
If it isRepresenting the actual effect value obtained by the ith demonstration mode of the multimedia demonstration tableNot reaching the desired value UR i ；
On this, the effect valueAnd an expected value UR i The magnitude relation of (2) does not affect the evaluation differenceIs determined by the (a).
Therefore, in the first embodiment, various evaluation differences of the multimedia display stand are obtained, and a basis is provided for adjusting the demonstration mode of the multimedia display stand.
Example two
Referring to fig. 1, a management system for an information technology multimedia display stand according to the present application is further described.
When the multimedia display stand demonstrates the ith demonstration mode, setting g=10, and obtaining the personnel setAfter the personnel set is set and screened, the personnel number meeting the target audience condition is set to be 7, namely, m=7 is set to obtain a target set +.>The target set includes data information of 7 target audience members.
Acquiring duration set from target setRepresenting that the ith presentation mode attracts 7 eligible target audience members and forms a 7 person viewing duration value.
Obtaining a scoring set from a target setRepresenting 7 scoring values obtained by the ith presentation mode attracting 7 target audience members.
Thereafter, the effect value is calculated according to the formulaThe calculation steps and procedures are the same as those of the first embodiment.
Example III
Referring to fig. 1 and fig. 4, a management system for an information technology multimedia display stand according to the present application will be further described.
For the obtained evaluation differenceComparing the sizes, and obtaining the fitting degree of each demonstration mode and the expected demonstration effect standard according to the size sequence, wherein the larger the numerical value is, the more the expected demonstration can be achievedThe better the effect of the demonstration mode, and then, the more demonstration modes of the multimedia demonstration table are adjusted according to the evaluation difference value.
For evaluating differenceThe process for comparing the sizes comprises the following steps:
s01, step: obtaining the evaluation difference value output by each demonstration modeThe data is summarized and transmitted to an adjusting module to form an evaluation difference value set；
Evaluation of difference setsComprises evaluation difference values of n demonstration modes of a multimedia display stand and an evaluation difference value set，The evaluation difference obtained by the ith demonstration mode is shown.
S02, step: acquiring an evaluation difference setAccording to the formula
Obtaining the maximum evaluation difference valueD is the demonstration mode label corresponding to the maximum evaluation difference value.
S03, step: based on the maximum evaluation differenceOutputting the optimal demonstration mode, outputting the optimal demonstration mode with the reference number d, and if a plurality of optimal demonstration modes exist, namely, when the value of d is not the same, outputting all the value reference numbers of d together, and adjusting the playing of the optimal demonstration mode by the multimedia demonstration table, increasing the display time of the multimedia demonstration table or deleting other demonstration modes, and taking the multimedia demonstration table as the main demonstration mode to realize the maximization of the display effect benefit.
Wherein the maximum evaluation differenceThe d-th presentation mode for the target audience of the multimedia presentation table has the best effect and the expected value UR corresponding to the d-th presentation mode d The mode of the d demonstration is the most fit and can reach the expected demonstration effect standard.
Wherein when more than one maximum evaluation difference occursWhen the plurality of maximum evaluation differences are usedAnd outputting the representative demonstration mode, and automatically selecting and adjusting the representative demonstration mode by operation and maintenance personnel.
According to the 2 demonstration modes set in the first embodiment, 2 evaluation differences are obtained, which are respectivelyAnd：
if it isThe 1 st demonstration mode can reach expected demonstration effect standard more than the 2 nd demonstration mode, the multimedia demonstration table adjusts the demonstration mode, and the 1 st demonstration mode is mainly used, or the demonstration time of the 1 st demonstration mode is increased, and the demonstration time of the 2 nd demonstration mode is reduced;
if it isThe 2 nd demonstration mode can reach expected demonstration effect standard more than the 1 st demonstration mode, the multimedia demonstration table adjusts the demonstration mode, and the 2 nd demonstration mode is mainly used, or the demonstration time of the 2 nd demonstration mode is increased, and the demonstration time of the 1 st demonstration mode is reduced;
if it isThe 2 nd demonstration mode is the same as the 1 st demonstration mode reaching the expected demonstration effect standard, and the operation and maintenance personnel autonomously select the 1 st demonstration mode or the 2 nd demonstration mode.
The above description is only a preferred embodiment of the present application, and the protection scope of the present application is not limited to the above examples, and all technical solutions belonging to the concept of the present application belong to the protection scope of the present application. It should be noted that modifications and adaptations to the present application may occur to one skilled in the art without departing from the principles of the present application and are intended to be within the scope of the present application.
Claims (10)
1. An information technology multimedia display stand management system, comprising:
the presetting module: according to the displayed theme, setting different demonstration modes for the multimedia display stand, and setting the different demonstration modes which can be put in by the multimedia display stand as a demonstration set in advance; setting a desired set for a propaganda effect which is desired to be achieved by each demonstration mode, and setting a target audience aiming at each demonstration mode of the multimedia demonstration table as a target set in advance;
the acquisition module is used for: acquiring the people attracted during the playing of each demonstration mode of the multimedia demonstration table, and setting the people as a personnel set; obtaining the watching time length of each person in the target set, and setting the watching time length as a time length set; obtaining answer scores of each person in the target set, and setting the answer scores as evaluation sets;
and a processing analysis module: in various demonstration modes, processing and analyzing various data in a time length set to obtain a first influence set; processing and analyzing each item of data in the scoring set to obtain a second influence set; carrying out simultaneous analysis on the first influence set and the second influence set to obtain a display effect evaluation difference value;
and an adjustment module: in various demonstration modes, the obtained evaluation difference values are compared in size, and various demonstration modes of the multimedia display stand are adjusted according to the evaluation difference values.
2. The information technology multimedia presentation stand management system of claim 1, wherein the presentation set is set toQ is the demonstration mode, i is the number of each demonstration mode, Q i Representing the ith demonstration mode of the multimedia display stand, the desired set is set as +.>UR is the expected value, UR i Representing a demonstration effect expected value preset by an ith demonstration mode;
where n is the number of presentation modes, i=1, 2, … …, n.
3. The information technology multimedia display stand management system according to claim 2, wherein the person set is set as follows，/>Expressed as the set of people attracted by the ith demonstration mode, then +.>Representing a data value contained by a j-th person attracted by an i-th presentation mode of the multimedia presentation stand;
after the personnel set is screened, the personnel meeting the target audience condition is filled into the targetIn the set, the target set is set as，/>Representing the set of selected persons among the persons attracted by the ith demonstration mode, then +.>Representing the slave personnel set->The data value contained in the h target audience is selected, namely the data value contained in the h target audience selected from all people attracted by the i demonstration mode of the multimedia display stand;
wherein, in and />In the superscript Q i The i value of (1) carries out label assignment according to different demonstration modes, g represents the number of people attracted by the demonstration mode, j represents the number of the attracted people, j is not less than 1 and not more than g, m represents the number of each selected target audience, h represents the label of the selected target audience meeting the condition, and h is not less than 1 and not more than m.
4. An information technology multimedia presentation stand management system according to claim 3, wherein the time duration set is set as，/>Middle and upper mark Q i I value of (1) carries out label assignment according to different demonstration modes，/>And the h conforming target audience watching duration value which represents the attraction of the ith demonstration mode.
5. The information technology multimedia presentation stand management system of claim 4, wherein the evaluation set is，/>Middle and upper mark Q i I value of (2) is assigned with the number according to the demonstration mode, and +.>Representing the score value obtained by the h eligible target audience member attracted by the i th demonstration mode.
6. The system according to claim 5, wherein the first set of effects processing procedure specifically includes:
s01, step: sequentially playing the demonstration modes in the demonstration set according to a preset sequence, acquiring the number of people attracted in the playing process of each demonstration mode, and forming a personnel setPerson set->Screening the personnel meeting the characteristic conditions to obtain a target set +.>；
S02, step: according to the target setThe personnel data value in the multimedia display table is used for acquiring the corresponding watching time length of each personnel in the demonstration process of the multimedia display table, and obtaining a time length set +.>；
S03, step: according to the formula
Calculating the effective average viewing time length coefficient of average persons +.>And recording and storing the data.
7. The information technology multimedia presentation stand management system according to claim 6, wherein the second influence set processing procedure specifically includes:
s01, step: randomly generating questions related to a plurality of demonstration modes of the multimedia demonstration table in the demonstration process of the demonstration modes for each attracted target person to answer;
s02, step: according to the question answer result, obtaining the score generated by each attracted target audience answer question to generate a scoring set；
S03, step: according to the formula
Calculating the person average effective scoring coefficient of each demonstration mode +.>And recording and storing the data.
8. The information technology multimedia display stand management system according to claim 7, wherein the display effect evaluation difference analysis process specifically includes:
s01, step: acquiring a person average effective watching duration coefficientAnd person average effective scoring coefficient->；
S02, step: according to the formula
Calculating effect values corresponding to each demonstration mode of the multimedia demonstration table>；
wherein ,the effective watching duration coefficients of people are respectively +.>Effective scoring coefficient of human body average->Corresponding estimated duty cycle weight coefficients;
s03, step: acquiring expected set corresponding to each demonstration mode of multimedia demonstration tableAccording to the formula
Calculating the evaluation difference value of the actual effect and the expected effect corresponding to each demonstration mode of the multimedia demonstration table>；
wherein ,is the set evaluation index, and +.>；
Thus evaluating the differenceAnd effect value->Positive correlation, i.e. effect value +.>The higher the evaluation difference +.>The larger the presentation mode, the better the effect.
9. The information technology multimedia presentation stand management system of claim 8, wherein the evaluation difference valueThe process of comparing the sizes is specifically as follows:
s01, step: obtaining the evaluation difference value output by each demonstration modeThe data are summarized and transmitted to an adjusting module to form an evaluation difference set;
evaluation of difference setsComprises n demonstration modes of a multimedia demonstration tableAnd the evaluation difference set is as follows，/>Representing the evaluation difference value obtained by the ith demonstration mode;
s02, step: acquiring an evaluation difference setAccording to the formula
Obtaining the maximum evaluation difference->D is the demonstration mode label corresponding to the maximum evaluation difference value;
s03, step: based on the maximum evaluation differenceOutputting the optimal demonstration mode;
wherein the maximum evaluation differenceThe d-th presentation mode of the multimedia presentation stand aiming at the target audience has the best effect.
10. The system according to claim 9, wherein the outputting of the best presentation mode in step S03 is specifically:
s031: outputting an optimal demonstration mode with the reference number d, and if a plurality of optimal demonstration modes exist, namely when the value of d is not the same, outputting all the value reference numbers of d together, transmitting the output demonstration modes to operation and maintenance personnel, selecting and adjusting the optimal demonstration modes by the operation and maintenance personnel, and carrying out emphasis on the optimal demonstration modes by the multimedia demonstration table.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050123192A1 (en) * | 2003-12-05 | 2005-06-09 | Hanes David H. | System and method for scoring presentations |
| US20080126179A1 (en) * | 2006-08-31 | 2008-05-29 | Skura Corporation | System and method for tracking and predicting response to a presentation |
| CN106779814A (en) * | 2016-11-28 | 2017-05-31 | 加和（北京）信息科技有限公司 | A kind of advertisement placement method, business platform and media platform |
| CN107993078A (en) * | 2017-12-22 | 2018-05-04 | 北京三快在线科技有限公司 | For evaluation information bandwagon effect method and apparatus and computing device |
| CN111340535A (en) * | 2020-02-21 | 2020-06-26 | 北京三快在线科技有限公司 | Data processing method, device and medium for display information and electronic equipment |
| JP2020190579A (en) * | 2019-05-17 | 2020-11-26 | ソフトバンク株式会社 | System for evaluating presentation, method, learned model and program, information processing device and terminal device |
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050123192A1 (en) * | 2003-12-05 | 2005-06-09 | Hanes David H. | System and method for scoring presentations |
| US20080126179A1 (en) * | 2006-08-31 | 2008-05-29 | Skura Corporation | System and method for tracking and predicting response to a presentation |
| CN106779814A (en) * | 2016-11-28 | 2017-05-31 | 加和（北京）信息科技有限公司 | A kind of advertisement placement method, business platform and media platform |
| CN107993078A (en) * | 2017-12-22 | 2018-05-04 | 北京三快在线科技有限公司 | For evaluation information bandwagon effect method and apparatus and computing device |
| JP2020190579A (en) * | 2019-05-17 | 2020-11-26 | ソフトバンク株式会社 | System for evaluating presentation, method, learned model and program, information processing device and terminal device |
| CN111340535A (en) * | 2020-02-21 | 2020-06-26 | 北京三快在线科技有限公司 | Data processing method, device and medium for display information and electronic equipment |
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