CN107369048A - A kind of footwear take big data cloud platform - Google Patents
A kind of footwear take big data cloud platform Download PDFInfo
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- CN107369048A CN107369048A CN201710618570.0A CN201710618570A CN107369048A CN 107369048 A CN107369048 A CN 107369048A CN 201710618570 A CN201710618570 A CN 201710618570A CN 107369048 A CN107369048 A CN 107369048A
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Abstract
The invention discloses a kind of footwear to take big data cloud platform, including data analysis module, intelligence analysis module, logistics analysis module and intelligent Matching module has been electrically connected in the output end of the data analysis module, the output end of the intelligence analysis module, logistics analysis module and intelligent Matching module is electrically connected with data storage module, and the logistics analysis module includes logistics environment system, logistics index system, logistics geographical index system, loglstics enterprise ability system and logistics and drives employment index system.Intelligence analysis module, logistics analysis module and intelligent Matching module are electrically connected with by the present invention with data analysis module respectively, information, logistics information and the intelligent Matching demand to footwear clothes that people take to footwear can be met, solves the situation that existing Xie Fu enterprises are usually faced with information asymmetry, it is difficult to accurately hold for the relation of production and sales and stock, the problem of causing its sales volume undesirable.
Description
Technical field
The present invention relates to footwear to take cloud platform technical field, and specially a kind of footwear take big data cloud platform.
Background technology
Big data refers to the data that can not be caught, managed and be handled with conventional software instrument in the range of certain time
Set, it is to need new tupe to have stronger decision edge, see clearly magnanimity, the Gao Zeng for finding power and process optimization ability
Long rate and diversified information assets, footwear clothes are the article general names of human body, including clothes, footwear, cap, socks, gloves, scarf, neck
Band, bag, sunshade, hair decorations etc., and existing Xie Fu enterprises are usually faced with the situation of information asymmetry, for production and sales and
The relation of stock is difficult to accurately hold, and causes its sales volume undesirable, therefore, it is proposed that a kind of footwear take big data cloud platform.
The content of the invention
It is an object of the invention to provide a kind of footwear to take big data cloud platform, is asked with solve to propose in above-mentioned background technology
Topic.
To achieve the above object, the present invention provides following technical scheme：A kind of footwear take big data cloud platform, including data point
Module is analysed, intelligence analysis module, logistics analysis module and intelligence has been electrically connected in the output end of the data analysis module
Matching module, the output end of the intelligence analysis module, logistics analysis module and intelligent Matching module are electrically connected with data
Storage module.
Preferably, the logistics analysis module includes logistics environment system, logistics index system, logistics geographical index system
System, loglstics enterprise ability system and logistics drive employment index system.
Preferably, the logistics environment service system includes logistics environment satisfaction, and logistics environment satisfaction is by server
The questionnaire of collection directly measures, and it, which is reflected, is difficult to the content to form quantizating index in logistics progress.
Preferably, the logistics index system includes logistics index, logistics growth rate, logistics ratio and loglstics enterprise growth
Rate, the logistics index={ logistics index n+ logistics index (n+1) }/2, wherein 1 year logistics number/n of logistics index n=are complete
City's logistics number (ten thousand), logistics index (n+1)=(n-1) year logistics number/(n-1) year whole city logistics number (ten thousand), the thing
Flow growth rate={ logistics growth rate n+ logistics growth rate (n+1) }/2, wherein logistics growth rate n={ n logistics number-(n-1)
Year logistics number }/(n-1) year logistics number, logistics growth rate (n+1)={ (n-1) year logistics number-(n-2) year logistics number }/
(n-2) year logistics number, the logistics ratio={ logistics ratio n+ logistics ratio (n+1) }/2, logistics ratio n=n logistics
Number/n logistics numbers, logistics ratio (n+1)=(n-1) year logistics number/(n-1) year logistics number, the loglstics enterprise growth rate
={ loglstics enterprise growth rate n+ loglstics enterprises growth rate (n+1) }, wherein loglstics enterprise growth rate n=n loglstics enterprises number-
(n-1) year loglstics enterprise number }/(n-1) year logistics number, loglstics enterprise growth rate (n+1)={ (n-1) year loglstics enterprise number-(n-
2) year materials circulation enterprise number }/(n-2) year loglstics enterprise number.
Preferably, the logistics geographical index system includes logistics geographical index, logistics region growth rate, logistics region ratio
Rate and logistics region enterprise growth rate, the logistics geographical index={ logistics geographical index n+ logistics geographical index (n+1) }/2,
Wherein 1 year logistics region number of logistics geographical index n=/n whole cities logistics region number (ten thousand), logistics geographical index (n+1)
=the (n-1) year logistics region number/(n-1) year whole city logistics region number (ten thousand), logistics region growth rate=logistics
Domain growth rate n+ logistics region growth rate (n+1) }/2, wherein logistics region growth rate n={ n logistics region number-(n-1)
Year logistics region number }/(n-1) year logistics region number, logistics region growth rate (n+1)=(n-1) year logistics region number-
(n-2) year logistics region number }/(n-2) year logistics region number, logistics region ratio={ logistics region ratio n+ logistics
Region ratio (n+1) }/2, wherein logistics region ratio n=n logistics region number/n whole cities logistics region number, logistics region
Ratio (n+1)=(n-1) year circulation logistics region number/(n-1) year whole city logistics region number, the logistics region enterprise increase
Rate={ logistics region enterprise growth rate n+ logistics region enterprise's growth rate (n+1) }, wherein logistics region enterprise growth rate n={ n
Year logistics region enterprise number-(n-1) year logistics region enterprise number }/(n-1) year logistics region enterprise number, the increasing of logistics region enterprise
Long (n+1)={ (n-1) year logistics region enterprise number-(n-2) year logistics region enterprise number }/(n-2) year logistics region enterprise
Number.
Preferably, the loglstics enterprise ability system includes loglstics enterprise survival index, the income from sales ratio of loglstics enterprise
Rate, loglstics enterprise income from sales growth rate and loglstics enterprise income from sales contribution rate, the loglstics enterprise survival index=n things
Stream enterprise has simultaneously declared increment Tax or entity number/n loglstics enterprises sum of Sales Tax, the logistics in (n+2) December in year
The income from sales ratio of enterprise={ the income from sales ratio (n+1) of the income from sales ratio n+ loglstics enterprises of loglstics enterprise }/2,
The wherein gross sales amount of the income from sales ratio n=n loglstics enterprises of loglstics enterprise or operating income/n whole cities entity sale
Total value or operating income, the gross sales amount or business of income from sales ratio (n+1)=(n-1) year loglstics enterprise of loglstics enterprise are received
Enter/(n-1) year whole city entity gross sales amount or operating income, loglstics enterprise income from sales growth rate={ the loglstics enterprise pin
Sell income increase rate n+ loglstics enterprise income from sales growth rates (n+1) }/2, wherein loglstics enterprise income from sales growth rate n=n
Loglstics enterprise gross sales amount or operating income-(n-1) year loglstics enterprise gross sales amount or operating income }/(n-1) year logistics enterprise
Industry gross sales amount or operating income, loglstics enterprise income from sales growth rate (n+1)=(n-1) year loglstics enterprise gross sales amount or
Operating income-(n-2) year loglstics enterprise gross sales amount or operating income }/(n-2) year loglstics enterprise gross sales amount or business receive
Enter, the loglstics enterprise income from sales contribution rate=loglstics enterprise income from sales contribution rate n+ loglstics enterprise income from sales contribution rates
(n+1), wherein loglstics enterprise income from sales contribution rate n=n loglstics enterprises gross sales amount or operating income-(n-1) year logistics
Enterprise marketing total value or operating income }/{ n whole cities industry gross sales amount or operating income-(n-1) whole city industry gross sales amount
Or operating income, loglstics enterprise income from sales growth rate (n+1)=(n-1) year loglstics enterprise gross sales amount or operating income-
(n-2) year loglstics enterprise gross sales amount or operating income }/(n-1) year whole city loglstics enterprise gross sales amount or operating income-
(n-2) whole city's loglstics enterprise gross sales amount or operating income }.
Preferably, the logistics drives employment index system to include logistics and drives employment index, the employment ratio of logistics, thing
The accession rate of stream and the Employment Contribution rate of logistics, the logistics drive employment index={ logistics drive employment index n+ things
Stream drives employment index (n+1) }/2, wherein logistics drives employment index n=n logistics employment volume/n whole cities industry employment
Number, logistics drive employment index (n+1)=(n-1) year logistics employment volume/(n-1) year whole city industry employment volume, institute
State employment ratio={ the employment ratio (n+1) of the employment ratio n+ logistics of logistics }/2, wherein the employment ratio n of logistics of logistics
=n logistics employment volume/n whole cities industry employment volume, employment ratio (n+1)=(n-1) year logistics employment people of logistics
Number/(n-1) year whole city's industry employment volume, the accession rate of the logistics={ the accession rate n+ logistics of logistics is just
Industry growth rate (n+1) }/2, the accession rate n={ n logistics employment volume-(n-1) year logistics employment volume } of logistics/
(n-1) year agricultural circulation employment volume, accession rate (n+1)={ (n-1) year logistics employment volume-(n-2) of logistics
Year logistics employment volume }/(n-2) year logistics employment volume, Employment Contribution rate={ accession rate n of logistics of the logistics
The accession rate (n+1) of+logistics }, Employment Contribution rate n={ the n logistics employment volumes-(n-1) year logistics of wherein logistics
Employment volume }/{ founding industry employment volume in n whole cities industry employment volume-(n-1) year whole city }, the Employment Contribution rate (n of logistics
+ 1)=(n-1] year logistics employment volume-(n-2) year logistics employment volume }/(n-1) year whole city industry employment volume-
(n-2) year whole city's industry employment volume }.
Preferably, the intelligent Matching module includes background management system, customer demand system, reaction system, analysis system
System, computer automatic patching system and display system, and background management system, customer demand system, reaction system, analysis system,
The output end of computer automatic patching system and display system is electrically connected with intelligently pushing system.
Preferably, the background management system receives the information of active user's input, and extracts the letter of active user's input
User's request keyword in breath, and current supplier information is gathered, modifying factor, while root are obtained from current supplier information
The demand information for needing to push according to user's request keyword and modifying factor selection, and demand information is pushed to active user
Terminal with facilitate supplier select and read.
Compared with prior art, beneficial effects of the present invention are as follows：
1st, the present invention is electric with data analysis module respectively by intelligence analysis module, logistics analysis module and intelligent Matching module
Property connection, information, logistics information that people takes to footwear and the intelligent Matching demand taken to footwear can be met, solve existing footwear
The situation that enterprise is usually faced with information asymmetry is taken, is difficult to accurately hold for the relation of production and sales and stock, causes
The problem of its sales volume is undesirable.
Brief description of the drawings
Fig. 1 is schematic flow sheet of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made
Embodiment, belong to the scope of protection of the invention.
Referring to Fig. 1, a kind of footwear take big data cloud platform, including data analysis module, the output end of data analysis module
Intelligence analysis module, logistics analysis module and intelligent Matching module, intelligence analysis module, logistics analysis mould has been electrically connected
The output end of block and intelligent Matching module is electrically connected with data storage module, and logistics analysis module includes logistics environment system
System, logistics index system, logistics geographical index system, loglstics enterprise ability system and logistics drive employment index system, logistics
Environmental system system includes logistics environment satisfaction, and logistics environment satisfaction is directly measured by the questionnaire of collection of server,
It, which is reflected, is difficult to the content to form quantizating index in logistics progress, logistics index system include logistics index, logistics growth rate,
Logistics ratio and loglstics enterprise growth rate, logistics index={ logistics index n+ logistics index (n+1) }/2, wherein logistics index n
=the n-th year logistics number/n whole cities logistics number (ten thousand), logistics index (n+1)=(n-1) year logistics number/(n-1) year whole city
Logistics number (ten thousand), logistics growth rate={ logistics growth rate n+ logistics growth rate (n+1) }/2, wherein logistics growth rate n={ n
Year logistics number-(n-1) year logistics number }/(n-1) year logistics number, logistics growth rate (n+1)=(n-1) year logistics number-
(n-2) year logistics number }/(n-2) year logistics number, logistics ratio={ logistics ratio n+ logistics ratio (n+1) }/2, logistics ratio
N=n logistics number/n logistics numbers, logistics ratio (n+1)=(n-1) year logistics number/(n-1) year logistics number, loglstics enterprise
Growth rate={ loglstics enterprise growth rate n+ loglstics enterprises growth rate (n+1) }, wherein loglstics enterprise growth rate n={ look forward to by n logistics
Industry number-(n-1) year loglstics enterprise number }/(n-1) year logistics number, loglstics enterprise growth rate (n+1)={ (n-1) year loglstics enterprise
Number-(n-2) year materials circulation enterprise number }/(n-2) year loglstics enterprise number, logistics geographical index system include logistics geographical index,
Logistics region growth rate, logistics region ratio and logistics region enterprise growth rate, logistics geographical index={ logistics geographical index n+
Logistics geographical index (n+1) }/2, wherein 1 year logistics region number of logistics geographical index n=/n whole cities logistics region number (ten thousand
Part), logistics geographical index (n+1)=(n-1) year logistics region number/(n-1) year whole city logistics region number (ten thousand), logistics
Domain growth rate={ logistics region growth rate n+ logistics region growth rate (n+1) }/2, wherein logistics region growth rate n={ n things
Flow region number-(n-1) year logistics region number }/(n-1) year logistics region number, logistics region growth rate (n+1)={ (n-1)
Year logistics region number-(n-2) year logistics region number }/(n-2) year logistics region number, logistics region ratio={ logistics region
Ratio n+ logistics region ratio (n+1) }/2, wherein logistics region ratio n=n logistics region number/n whole cities logistics region
Number, logistics region ratio (n+1)=(n-1) year circulation logistics region number/(n-1) year whole city logistics region number, logistics region
Enterprise's growth rate={ logistics region enterprise growth rate n+ logistics region enterprise's growth rate (n+1) }, wherein logistics region enterprise increase
Long rate n={ n logistics region enterprise number-(n-1) year logistics region enterprise number }/(n-1) year logistics region enterprise number, logistics
Domain enterprise is with increasing (n+1)={ (n-1) year logistics region enterprise number-(n-2) year logistics region enterprise number }/(n-2) year logistics
Domain enterprise number, loglstics enterprise ability system include loglstics enterprise survival index, the income from sales ratio of loglstics enterprise, loglstics enterprise
Income from sales growth rate and loglstics enterprise income from sales contribution rate, loglstics enterprise survival index=n loglstics enterprises and at (n+2)
Declare increment Tax or entity number/n loglstics enterprises sum of Sales Tax in year December, the income from sales ratio of loglstics enterprise=
The sale of { the income from sales ratio (n+1) of the income from sales ratio n+ loglstics enterprises of loglstics enterprise }/2, wherein loglstics enterprise is received
Enter the gross sales amount or operating income/n whole cities entity gross sales amount or operating income of ratio n=n loglstics enterprises, logistics enterprise
The gross sales amount or operating income of the income from sales ratio (n+1) of industry=(n-1) year loglstics enterprise/(n-1) year whole city entity pin
Sell total value or operating income, loglstics enterprise income from sales growth rate={ loglstics enterprise income from sales growth rate n+ loglstics enterprise pins
Sell income increase rate (n+1) }/2, wherein loglstics enterprise income from sales growth rate n=n loglstics enterprises gross sales amount or business is received
Enter-(n-1) year loglstics enterprise gross sales amount or operating income }/(n-1) year loglstics enterprise gross sales amount or operating income, logistics
Enterprise marketing income increase rate (n+1)=(n-1) year loglstics enterprise gross sales amount or operating income-(n-2) year loglstics enterprise
Gross sales amount or operating income }/(n-2) year loglstics enterprise gross sales amount or operating income, loglstics enterprise income from sales contribution rate
=loglstics enterprise income from sales contribution rate n+ loglstics enterprise income from sales contribution rates (n+1), the wherein tribute of loglstics enterprise income from sales
Offer rate n=n loglstics enterprises gross sales amount or operating income-(n-1) year loglstics enterprise gross sales amount or operating income }/{ n
Whole city's industry gross sales amount or operating income-(n-1) whole city industry gross sales amount or operating income }, loglstics enterprise income from sales
Growth rate (n+1)=(n-1) year loglstics enterprise gross sales amount or operating income-(n-2) year loglstics enterprise gross sales amount or battalion
Industry take in/(n-1) year whole city loglstics enterprise gross sales amount or operating income-(n-2) whole city loglstics enterprise gross sales amount or
Operating income }, logistics drives employment index system to include logistics and drives employment index, the employment ratio of logistics, the employment of logistics
The Employment Contribution rate of growth rate and logistics, logistics drive employment index={ logistics drives employment index n+ logistics to drive employment to refer to
Number (n+1) }/2, wherein logistics drives employment index n=n logistics employment volume/n whole cities industry employment volume, logistics band
Dynamic employment index (n+1)=(n-1) year logistics employment volume/(n-1) year whole city industry employment volume, the employment ratio of logistics
={ the employment ratio (n+1) of the employment ratio n+ logistics of logistics }/2, the employment ratio n=n logistics employment people of wherein logistics
Number/n whole cities industry employment volume, employment ratio (n+1)=(n-1) year logistics employment volume/(n-1) year whole city of logistics
Industry employment volume, accession rate={ accession rate (n+1) of the accession rate n+ logistics of logistics }/2 of logistics, thing
Accession rate n={ n logistics employment volume-(n-1) year logistics employment volume }/(n-1) the years agricultural circulation employment of stream
Number, accession rate (n+1)={ (n-1) year logistics employment volume-(n-2) year logistics employment volume }/(n- of logistics
2) year logistics employment volume, Employment Contribution rate={ accession rate (n+1) of the accession rate n+ logistics of logistics } of logistics,
The wherein Employment Contribution rate n={ n logistics employment volume-(n-1) year logistics employment volume } of logistics/{ n whole cities industry is just
Found industry employment volume in industry number-(n-1) year whole city }, the Employment Contribution rate (n+1) of logistics=(n-1] year logistics employment people
Number-(n-2) year logistics employment volume }/{ (n-1) year whole city industry employment volume-(n-2) year whole city industry employment volume },
Intelligent Matching module includes background management system, customer demand system, reaction system, analysis system, computer automatic patching system
And display system, and background management system, customer demand system, reaction system, analysis system, computer automatic patching system and aobvious
Showing that the output end of system is electrically connected with intelligently pushing system, background management system receives the information of active user's input, and
User's request keyword in the information of active user's input is extracted, and gathers current supplier information, from current supplier information
Middle acquisition modifying factor, while the demand information for needing to push according to user's request keyword and modifying factor selection, and will
Demand information is pushed to active user's terminal to facilitate supplier to select and read.
In use, the present invention by intelligence analysis module, logistics analysis module and intelligent Matching module respectively with data analysis
Module is electrically connected with, and can meet information, logistics information and the intelligent Matching demand to footwear clothes that people take to footwear, solve existing
Some Xie Fu enterprises are usually faced with the situation of information asymmetry, are difficult to accurately handle for the relation of production and sales and stock
Hold, the problem of causing its sales volume undesirable.
Although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of changes, modification can be carried out to these embodiments, replace without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (9)
1. a kind of footwear take big data cloud platform, including data analysis module, it is characterised in that：The output of the data analysis module
Intelligence analysis module, logistics analysis module and intelligent Matching module, the intelligence analysis module, logistics has been electrically connected in end
The output end of analysis module and intelligent Matching module is electrically connected with data storage module.
2. a kind of footwear according to claim 1 take big data cloud platform, it is characterised in that：The logistics analysis module includes
Logistics environment system, logistics index system, logistics geographical index system, loglstics enterprise ability system and logistics drive employment index
System.
3. a kind of footwear according to claim 2 take big data cloud platform, it is characterised in that：The logistics environment service system
Including logistics environment satisfaction, logistics environment satisfaction is directly measured by the questionnaire of collection of server, and it reflects logistics
During be difficult to the content to form quantizating index.
4. a kind of footwear according to claim 2 take big data cloud platform, it is characterised in that：The logistics index system includes
Logistics index, logistics growth rate, logistics ratio and loglstics enterprise growth rate, the logistics index={ logistics index n+ logistics refers to
Number (n+1) }/2, wherein 1 year logistics number of logistics index n=/n whole cities logistics number (ten thousand), logistics index (n+1)=the
(n-1) year logistics number/(n-1) year whole city logistics number (ten thousand), the logistics growth rate={ logistics growth rate n+ logistics growth rates
(n+1) }/2, wherein logistics growth rate n={ n logistics number-(n-1) year logistics number }/(n-1) year logistics number, logistics increase
Rate (n+1)={ (n-1) year logistics number-(n-2) year logistics number }/(n-2) year logistics number, the logistics ratio={ logistics
Ratio n+ logistics ratio (n+1) }/2, logistics ratio n=n logistics number/n logistics numbers, logistics ratio (n+1)=(n-1) year
Logistics number/(n-1) year logistics number, the loglstics enterprise growth rate={ loglstics enterprise growth rate n+ loglstics enterprise growth rates (n+
1) }, wherein loglstics enterprise growth rate n={ n loglstics enterprises number-(n-1) year loglstics enterprise number }/(n-1) year logistics number, logistics
Enterprise's growth rate (n+1)={ (n-1) year loglstics enterprise number-(n-2) year materials circulation enterprise number }/(n-2) year loglstics enterprise
Number.
5. a kind of footwear according to claim 2 take big data cloud platform, it is characterised in that：The logistics geographical index system
Including logistics geographical index, logistics region growth rate, logistics region ratio and logistics region enterprise growth rate, the logistics region
Index={ logistics geographical index n+ logistics geographical index (n+1) }/2, wherein 1 year logistics region number of logistics geographical index n=/
N whole cities logistics region number (ten thousand), logistics geographical index (n+1)=(n-1) year logistics region number/(n-1) year whole city thing
Stream region number (ten thousand), logistics region growth rate={ logistics region growth rate n+ logistics region growth rate (n+1) }/2, its
Middle logistics region growth rate n={ n logistics region number-(n-1) year logistics region number }/(n-1) year logistics region number, thing
Flow region growth rate (n+1)={ (n-1) year logistics region number-(n-2) year logistics region number }/(n-2) year logistics region
Number, logistics region ratio={ logistics region ratio n+ logistics region ratio (n+1) }/2, wherein logistics region ratio n=n
Year logistics region number/n whole cities logistics region number, logistics region ratio (n+1)=(n-1) year circulation logistics region number/(n-
1) year whole city's logistics region number, the logistics region enterprise growth rate={ logistics region enterprise growth rate n+ logistics region enterprise
Growth rate (n+1) }, wherein logistics region enterprise growth rate n={ n logistics region enterprise numbers-(n-1) year logistics region enterprise
Number }/(n-1) year logistics region enterprise number, logistics region enterprise growth (n+1)={ (n-1) year logistics region enterprise number-(n-
2) year logistics region enterprise number }/(n-2) year logistics region enterprise number.
6. a kind of footwear according to claim 2 take big data cloud platform, it is characterised in that：The loglstics enterprise ability system
Including loglstics enterprise survival index, the income from sales ratio of loglstics enterprise, loglstics enterprise income from sales growth rate and loglstics enterprise
Income from sales contribution rate, the loglstics enterprise survival index=n loglstics enterprises have simultaneously declared increment Tax in (n+2) December in year
Or the entity number of Sales Tax/n loglstics enterprises sum, income from sales ratio={ sale of loglstics enterprise of the loglstics enterprise
The income from sales ratio (n+1) of income sheet ratio n+ loglstics enterprises }/2, wherein the income from sales ratio n=n logistics of loglstics enterprise
The gross sales amount or operating income of enterprise/n whole cities entity gross sales amount or operating income, the income from sales ratio of loglstics enterprise
(n+1)=(n-1) gross sales amount of year loglstics enterprise or operating income/(n-1) year whole city entity gross sales amount or business are received
Enter, the loglstics enterprise income from sales growth rate={ loglstics enterprise income from sales growth rate n+ loglstics enterprises income from sales increases
Rate (n+1) }/2, wherein loglstics enterprise income from sales growth rate n=n loglstics enterprises gross sales amount or operating income-(n-1)
Year loglstics enterprise gross sales amount or operating income }/(n-1) year loglstics enterprise gross sales amount or operating income, loglstics enterprise sale
Income increase rate (n+1)=(n-1) year loglstics enterprise gross sales amount or operating income-(n-2) year loglstics enterprise gross sales amount
Or operating income/(n-2) year loglstics enterprise gross sales amount or operating income, the loglstics enterprise income from sales contribution rate=thing
Flow enterprise marketing revenue contributions rate n+ loglstics enterprise income from sales contribution rates (n+1), wherein loglstics enterprise income from sales contribution rate n
=n loglstics enterprises gross sales amount or operating income-(n-1) year loglstics enterprise gross sales amount or operating income }/{ the n whole cities
Industry gross sales amount or operating income-(n-1) whole city industry gross sales amount or operating income }, loglstics enterprise income from sales increases
Rate (n+1)=(n-1) year loglstics enterprise gross sales amount or operating income-(n-2) year loglstics enterprise gross sales amount or business are received
Enter/{ (n-1) year whole city loglstics enterprise gross sales amount or operating income-(n-2) whole city loglstics enterprise gross sales amount or business
Income }.
7. a kind of footwear according to claim 2 take big data cloud platform, it is characterised in that：The logistics drives employment index
System includes the Employment Contribution rate that logistics drives employment index, the employment ratio of logistics, the accession rate of logistics and logistics, institute
State logistics and drive employment index={ logistics drives employment index n+ logistics to drive employment index (n+1) }/2, wherein logistics drives
Employment index n=n logistics employment volume/n whole cities industry employment volume, logistics drive employment index (n+1)=(n-1)
Year logistics employment volume/(n-1) year whole city industry employment volume, employment ratio={ employment ratio n+ of logistics of the logistics
The employment ratio (n+1) of logistics }/2, wherein the employment ratio n=n logistics employment volume of logistics/n whole cities industry employment people
Number, employment ratio (n+1)=(n-1) year logistics employment volume/(n-1) year whole city industry employment volume of logistics, the thing
The accession rate of stream={ accession rate (n+1) of the accession rate n+ logistics of logistics }/2, the accession rate n of logistics
={ n logistics employment volume-(n-1) year logistics employment volume }/(n-1) year agricultural circulation employment volume, the employment of logistics
Growth rate (n+1)={ (n-1) year logistics employment volume-(n-2) year logistics employment volume }/(n-2) year logistics employment people
Number, Employment Contribution rate={ accession rate (n+1) of the accession rate n+ logistics of logistics } of the logistics, wherein logistics
Employment Contribution rate n={ n logistics employment volume-(n-1) year logistics employment volume }/{ n whole cities industry employment volume-(n-
1) year, industry employment volume found in the whole city }, the Employment Contribution rate (n+1) of logistics=(n-1] year logistics employment volume-(n-2) year
Logistics employment volume }/{ (n-1) year whole city industry employment volume-(n-2) year whole city industry employment volume }.
8. a kind of footwear according to claim 1 take big data cloud platform, it is characterised in that：The intelligent Matching module includes
Background management system, customer demand system, reaction system, analysis system, computer automatic patching system and display system, and backstage
Management system, customer demand system, reaction system, analysis system, the output end of computer automatic patching system and display system are equal
It is electrically connected with intelligently pushing system.
9. a kind of footwear according to claim 8 take big data cloud platform, it is characterised in that：The background management system receives
The information of active user's input, and user's request keyword in the information of active user's input is extracted, and gather current supplier
Information, modifying factor is obtained from current supplier information, while need are selected according to user's request keyword and modifying factor
The demand information to be pushed, and demand information is pushed to active user's terminal to facilitate supplier to select and read.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710618570.0A CN107369048A (en) | 2017-07-26 | 2017-07-26 | A kind of footwear take big data cloud platform |
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| CN104317920A (en) * | 2014-10-29 | 2015-01-28 | 中英融贯资讯（武汉）有限公司 | Information pushing method and information pushing system based on intelligent user demand matching |
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| CN105976226A (en) * | 2016-05-04 | 2016-09-28 | 余毅欣 | Internet E-commerce platform |
| CN106600051A (en) * | 2016-12-12 | 2017-04-26 | 天津知音网络科技有限公司 | Freight big-data platform |
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| CN105096072A (en) * | 2014-05-04 | 2015-11-25 | 李筑 | Logistics big data platform |
| CN104317920A (en) * | 2014-10-29 | 2015-01-28 | 中英融贯资讯（武汉）有限公司 | Information pushing method and information pushing system based on intelligent user demand matching |
| CN105447670A (en) * | 2015-12-01 | 2016-03-30 | 苏州铭冠软件科技有限公司 | Cloud database establishment method |
| CN105976226A (en) * | 2016-05-04 | 2016-09-28 | 余毅欣 | Internet E-commerce platform |
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