KR101404103B1 - The apparatus and method of cloud application moudule in public tender with smartphone - Google Patents

Abstract

The present invention relates to a real-time bid analysis information providing device using an app cloud application module. The real-time bid analysis information providing device according to an embodiment of the present invention includes: a computing module (100); a web application server (WAS) (200); and a cloud application module for app bidding (300). The cloud application module for app bidding (300) includes: a cloud application intent unit for app bidding (310); a database activity unit for app bidding (320); a cloud application weight setting activity unit for app bidding (330); a cloud application control unit for app bidding (340); a smart winning bid analysis algorithm engine unit (350); and an SNS formation unit (360).

Description

TECHNICAL FIELD [0001] The present invention relates to an apparatus and method for providing real-time bidding analysis information on a smartphone through a cloud application module for auction of an app,

According to the present invention, a method for analyzing a human being has been improved, so that a large-capacity high-performance data processing and database distributed storage between a smartphone and a cloud server through a smartphone cloud computing environment, a database load caused by bidding information is reduced, And more particularly, to an apparatus and method for providing real-time bidding analysis information on a smartphone through a cloud application module for bidding for an application, which can guarantee efficient data transmission and can receive real-time bidding analysis information on a smart phone.

E-bidding is a process by which local governments, public agencies, and other organizations of the government conduct bidding announcements, taps, and wickets by the Public Procurement Service or its own e-bidding system regarding facility construction, goods, and services .

In addition, the nation's market for the e-procurement system of the Republic of Korea, which was only available to public institutions such as public institutions, municipalities and schools, will be available in the private sector from October 2013, It is possible to select a contractor by utilizing the bidding system and be fully open to the private sector in 2016.

In addition, many companies that want to participate in the bidding due to the expansion of the electronic bidding industry field tend to collect the information of the bidding announcement and analyze the announcement that can be tapped. However, they have difficulty in analyzing because they do not have knowledge or do not collect data. Although there is a website that provides information related to the bidders to the participants, it provides only simple information such as the bid information and the auction result, so that the bidder can not provide information that can be touched by a more objective bid analysis for winning the bid.

In addition, the analysis of the tender announcement is carried out by a self-analysis team, or the analysis consulting company is commissioned to pay the fee or the information fee, and the tender example is received by the analysis consulting company's electronic bidding analyst. In the case of the facility construction bidding, It will be posted 3 to 7 days before. It is often the case that a representative of a construction company or a bidding officer frequently works at a construction site due to the nature of the project, so that it is not possible to surpass the time of the breakup.

In addition, there are inconveniences in estimating the tack ratio compared to the base amount only from the estimated price since the tacking rate calculation standard is presented based on the estimated price at each client.

Korean Patent Registration No. 10-1005050 (published on December 30, 2010)

In order to solve the above-mentioned problems, the present invention proposes a high-capacity high-performance data processing and database distributed storage between a smartphone and a cloud server in a smartphone cloud computing environment, thereby reducing database load according to bid information and efficient data transmission between a smartphone and a cloud server Anyone who participates in the bidding process can receive the tentative amount of the objective bid analysis information without restriction of time and space through the smart phone and the bidding participant can receive the bidding probability more And the user can receive the tipping amount by inputting the base amount of the client's license area through the smartphone and by transferring the tipping amount to the third party by letter or SNS by the storage or sharing function, Prompt delivery to the staff in charge Real-time bidding analysis information on smartphone through cloud application module for app bidding which can reduce the transaction cost of bidding company because bidding price can be confirmed immediately without consulting analytic consulting firm. And an object of the present invention is to provide a device and a method for providing the same.

In order to achieve the above object, an apparatus for providing real-time bidding analysis information on a smartphone through a cloud application module for app bidding according to the present invention comprises:

The large-scale bidding information database is stored and distributed in the Internet virtual space, and the cloud application modules for N application bidding are grouped by location and ID through the web application server and connected to the network. A cloud computing module 100 for auction application for transmitting information data and editing and modifying an application auction cloud application module according to a user's purpose to create a new application auction cloud application module,

A web application server (WAS) that is located between the app auction cloud computing module and the app auction cloud application module and supports bidirectional data communication to perform dynamic server content between the app auction cloud application module and the app auction cloud application module (Web Application Server) 200,

In a state where the application is made on the smart phone, the bid information data is received in real time from the cloud computing module for bid by the application through the web application server and activated on the screen of the smart phone, and the bid amount, And an application auction cloud application module 300 for controlling to display an optimal tipping amount after analyzing it according to a bidding setting value for each customer, license, region, amount of money, quarter, month, ≪ / RTI >

Also, a method for providing real-time bidding analysis information on a smartphone through a cloud application module for app bidding according to the present invention

A step S100 of grouping the N application auction cloud application modules by location and ID through a web application server in an app auction cloud computing module,

A step (S200) of transmitting bidding information data to the cloud application module for bidding for app bidding in the app bidding cloud computing module,

A step (S300) of receiving bidding information data from the cloud computing module for auctioning the bidders in real time on the smartphone screen by receiving the bidding information data in real time from the app auction bidding cloud application module via the web application server in the app auction bidding cloud application module,

After analyzing by the client, license, region, amount of money, quarterly, monthly, and time of the ticket according to the bid amount set by the client in the cloud auction module for app auction, (Step S400) of displaying an optimal tipping amount,

(S500) of creating a cloud application module for bidding a new app by editing and modifying the cloud application module for bidding for the user according to the user's purpose.

As described above, in the present invention, the database load according to the bidding information between the smartphone and the cloud server is reduced through the smartphone cloud computing environment, and the effective data transmission enables the bidding participant, The bidder can receive the bid amount by objective bid analysis information and can provide real time bidding analysis information to the smartphone. Through bidding analysis information transmission and SNS sharing function, regardless of field work or outsourcing, It can be quickly shared with bidders everywhere. It can increase the probability of participating in bidding and winning bid to 60% compared to the previous one. And it is possible to check the tapped price analyzed immediately without asking analytic consulting firm. There is a good effect of reducing the cost.

1 is a block diagram showing components of an apparatus for providing real-time bidding analysis information 1 on a smartphone through a cloud application module for bidding an app according to the present invention;
FIG. 2 is a block diagram showing components of an apparatus for providing real-time bidding analysis information on a smartphone through a cloud application module for app bidding according to the present invention.
FIG. 3 is a block diagram illustrating components of a cloud bid module for app bidding in an application auction bidding module according to the present invention;
FIG. 4 is a block diagram illustrating components of a cloud data control unit for app bidding among cloud computing modules for app bidding according to the present invention;
5 is a block diagram illustrating components of a cloud application module for app bidding according to the present invention;
FIG. 6 is a block diagram illustrating components of a cloud application control unit for bidding an app among the cloud application modules for app bidding according to the present invention.
FIG. 7 is a block diagram showing the components of the smart auction analysis algorithm engine part of the cloud application module for app bidding according to the present invention;
FIG. 8 is a diagram illustrating a main screen of a smart winning bid analysis algorithm engine part displayed in a state where a cloud application module for bidding an app according to the present invention is activated on a smartphone,
FIG. 9 is a flowchart illustrating a method for activating a key input window for inputting a bid setting value related to an app amount, an assessment rate, and a tap rate on a smartphone screen through a cloud application control unit for app bidding according to an embodiment of the present invention. ,
FIG. 10 is a diagram illustrating an embodiment of setting analysis conditions through a smart winning bid analysis algorithm engine unit according to the present invention.
FIG. 11 is a diagram illustrating an example of selecting an ejb rate through the smart winning bid analysis algorithm engine unit according to the present invention.
12 is a flowchart illustrating an example of generating an optimal tally amount through a smart winning algorithm analysis engine according to an embodiment of the present invention.
FIG. 13 is a diagram illustrating an example in which the winning points are classified into a first decimal place (vertical) and a second place (horizontal) based on the standard winning bid set value 100 through the winning point collecting unit according to the present invention,
FIG. 14 is a diagram illustrating an example of supporting bidirectional data communication between a cloud computing module for app bid and a cloud application module for app auction through the web application server according to the present invention,
15 is a flowchart illustrating a method for providing real-time bidding analysis information on a smartphone through a cloud application module for app bidding according to the present invention;
16 is a flowchart illustrating a method of providing real-time bidding analysis information on a smartphone through a cloud application module for bidding according to an embodiment of the present invention, in a cloud application module for a bidding application, a bidding setting value related to a base amount, A flowchart showing a process of expressing an optimum amount of tipping after analyzing it according to an orderer, a license, a region, an amount of money, a quarter, a month, and a ticket opening time.

First, the base amount, the scheduled price, the estimated price, the lower limit of the winning bid rate, and the tangible amount, which are described in the present invention, will be described.

The base amount is the amount to be used as a basis for bidding, including the value added tax in the estimated price, which is the basis for the selection of 15 multiple preliminary prices for the determination of the planned price and is shown in the bid notice. .

The planned price is 15 multiple pricing systems in the range of ± 2% of the base amount created to determine the planned price in the electronic bidding using the country market (within the range of ± 3% by the Ministry of Government Administration and Home Affairs, , The bidder selects two lottery numbers and submits them together with the bid book. Four of the preliminary price numbers selected by the bidder in the order of the lottery numbers are selected, and the preliminary prices corresponding to the respective numbers are arithmetically averaged And is determined at a predetermined price. In the present invention, the planned price is reduced to be used as "Yes"

However, if there are two or more preliminary price numbers drawn by the same frequency, the number of preliminary price numbers to be selected will be selected from the lower number. If the preliminary price number is not less than four, Generator.

The above-mentioned estimated price refers to the standard for determining the bidding and contract method such as bidding for qualifying examination, which is the standard for distinguishing the international bidding and domestic bidding from the budgeted amount excluding the value added tax and procurement fee.

The bidder's lower bid rate is the bid rate, and, in the case of the qualifying examination evaluation field, other fields except for the field of bidding price score are assumed to have a full mark. In order to obtain the minimum bid price point necessary to pass the qualifying examination, It means the ratio of the price to be at least a few percent of the projected price and can be calculated by calculation of the bid price evaluation formula, not the term defined in the regulation.

The tipping amount is an amount paid by a bidder when participating in a bid, and is represented by the following Equation (1).

Hereinafter, preferred embodiments according to the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram illustrating components of an apparatus for providing real-time bidding analysis information 1 on a smartphone through a cloud application module for app bidding according to the present invention, A web application server 200, and an application auction cloud application module 300.

First, the cloud computing module 100 for app bidding according to the present invention will be described.

The cloud computing module 100 for auctioning bids stores and distributes a large-scale bidding information database in an internet virtual space, groups N cloud cloud application modules for auction by location and groups them for network connection, And to edit and manage the cloud application module for app auction according to the updated Android platform.

2, the app tender cloud testing unit 110, the app bidding database unit 120, the app auction cloud data control unit 130, the cloud auction software development kit (SDK) unit 140).

First, the cloud tester 110 for app bidding according to the present invention will be described.

The app tender cloud testing unit 110 performs error and safety verification of the cloud application module for the auction of bids, and performs a direct verification of the cloud application module for auction tender.

As shown in FIG. 3, this includes an error detection module 111, a security module 112, and a device module 113.

The error detection module 111 detects an error in the cloud application module for the auction of the app and transmits the error to the security module if no error is found.

The security module 112 verifies the contents included in the cloud application module for app bidding and, if there is no abnormality, transmits the result to the device module.

The device module 113 performs verification of non-ideal function usage of a smartphone in which a cloud application module for bid for an app is installed.

Second, an application bidding database unit 120 according to the present invention will be described.

The app bidding database unit 120 includes a bidding status DB for each client, a bidding status DB by license, a bidding status DB by region, a bidding status DB by amount bidding, a DB of bidding status by quarter, a monthly bidding status DB, bidding status DB by national ticket bidding point, and bidding information DB of country marketplace, and provides necessary database.

This is the DB part of the winning bid by each client, the DB part of the winning bid by license, the DB part of the winning bid by the region, the DB part of the winning bid by the amount, the DB part of the winning bid by quarter, the DB part of the winning bid by month, And a marketplace bidding information DB unit.

The DB section of the winning bids according to the client is used to store data, statistical data, classification data, and analysis data of the winning bidder's results on the basis of the year.

The DB section of the bidding status by license is used to store data, statistical data, classification data, and analysis data on the auction result by construction license based on the year.

The bidding status DB section of the above-mentioned area serves to store data, statistical data, classification data, and analysis data of the auction results of each region based on the year.

The bidding status DB section of the money amount bids records the data of the auction results of the money level, the statistical data, the classification data, and the analysis data based on the year.

The quarterly bidding status DB department stores the data, statistical data, classification data, and analysis data of quarterly auction results based on the year.

The Monthly Bidding Status DB section stores the data on the monthly bidding results, statistical data, classification data, and analysis data based on the year.

The DB section of the winning bids by the time of the ticket is used to store the data, statistical data, classification data, and analysis data of the auction result by the time of the opening of the ticket on the basis of the year.

The country marketplace bidding information DB unit stores bidding information, a demand agency, and a procurement company described in the country marketplace Internet site.

The app bidding database unit 120 according to the present invention having such a configuration provides a database required upon the request of the smart bidding analysis algorithm engine unit 350.

Third, the cloud data control unit 130 for app bidding according to the present invention will be described.

The cloud data control unit 130 for the application tender provides a cloud service to the cloud application module for the auction of the bids by applying the cloud computing technology, continuously detects malicious codes and viruses related to the auction application cloud application module, Cloud Application Module It stores user information about users' contacts and photos.

As shown in FIG. 4, a graphics engine 131, a video engine 132, an audio engine 133, a first local resource manager (Local) Resource Manager) 134, and a first event handler (135).

The graphics engine 131 performs a basic graphics function for performing image processing.

The video engine 132 processes the video playback function and transmits each video frame to the app auction cloud application module.

The audio engine 133 transmits the sound played by the cloud application module for auction to the cloud application module for auction.

The first local resource manager (Local Resource Manager) 134 plays a role of processing resource information and downloading of the client smartphone.

The first event handler 135 processes an event received from the app cloud application module for auction.

Fourth, a cloud SDK (Software Development Kit) unit 140 for app bidding according to the present invention will be described.

The cloud software development kit (SDK) unit 140 for auctioning a bug includes a cloud application module for bidding an app by building a development environment according to a user's purpose and editing and modifying the cloud environment to generate a cloud application module for bidding a new application. To the cloud app module for app bidding.

It provides APIs for developing cloud application modules for new app bidding.

That is, a function provided by a lower layer is wrapped, and a GUI application component is also edited and modified to create a new application auction cloud application module.

Next, a web application server (WAS) 200 according to the present invention will be described.

The web application server (WAS) 200 is located between a cloud computing module for bid for an app and a cloud application module for auction of bids, and is provided between a cloud computing module for auction of bids and a cloud application module for auction of bids. Way data communication so as to perform the data communication.

It is a Java-based Java EE standard for executing dynamic server contents by executing an application on a user's computer or device via HTTP on the Internet by receiving an HTML or an object using the HTTP protocol in response to a request from a client.

The web application server (WAS) 200 according to the present invention includes a cloud application module execution environment for bidding an application, a database part connection function for bidding an app of a cloud computing module for app bidding, To perform a business logic function.

That is, as shown in FIG. 13, when a Create Terminal button is executed in a cloud application control unit for bidding applications implemented in the cloud application module for app bidding, the URL of the application auction database unit, , And accesses the database for app bidding of the cloud computing module for the auction via the web application server (WAS) on the basis of the client name and password, the transaction rate, and the transaction type.

Then, when the Start Transaction button is executed, HttpSPot or HttpGet is requested to the cloud computing module for app bidding based on the defined transaction.

Here, HttpSPot is used when the client performs transaction operations such as insert or update when there is an input value in the cloud computing module for the application bidding, and HttpGet is a response such as select .

Next, the cloud application module 300 for app bidding according to the present invention will be described.

The application auction cloud application module 300 receives bidding information data in real time from the cloud computing module for app bid through the web application server in a state of beingapplied on the smart phone, License, region, amount of money, quarter, month, and time of the ticket, according to the bid amount set for the amount of money, It plays a role.

As shown in FIG. 5, the tent unit 310, which is a cloud application for the auction of bids, the database activity unit 320 for the auction of bids, the cloud application weight setting activity unit 330 for bidding for bids, A smart bidding analysis algorithm engine unit 350, and an SNS forming unit 360.

First, a tent unit 310 which is a cloud application for app bidding according to the present invention will be described.

The tent unit 310, which is a cloud application for auctioning an app, moves the screen to a different screen according to the touch of the client on the screen in which the cloud application UI for app bidding is displayed and switches the screen, And sends a request command to the app auction cloud application control unit so that the cloud event for the set app bidding is performed.

It consists of an intent class and contains event information.

That is, when a screen is switched to a key input window screen for inputting a bid setting value related to a base amount, an e-mail rate, and a tap rate in response to a touch of a client while a cloud application user interface (UI) The tent class is used.

The screen switching is performed through a start activity (startActivity) and a start activity ratio (startActivityForResult) method.

Second, an application bidding database activity unit 320 according to the present invention will be described.

The app bid database activity unit 320 authenticates the URL of the database unit for the app bidding and access to the driver and the app bidding database unit according to the bid setting values related to the base amount, the ejaculation rate, and the bid rate inputted by the client To the database unit for app bidding.

This is configured by activating the Edit window to enter the URL of the database part for the application bidding to be connected and the client name and password to allow access to the driver for the application bidding database part.

Third, the cloud application weight setting activity unit 330 for app bidding according to the present invention will be described.

The app auction cloud application weight setting activity unit 330 is a unit for setting a plurality of applications to be performed on the smartphone screen based on the selection of the order to be performed on the smartphone screen, the license selection, the number of transactions of the region selection and the transaction work time, The amount reference value, and the weight of the tap rate according to the client.

Here, weights of assessment rate according to the ordering party, standard value of base amount according to the construction standard, and weighting ratio of the inspection ratio according to the ordering party are set as shown in Table 1 below.

Client
Ejaculation rate range Amount division (based on amount of foundation) Tact rate Remarks Normal Professional (Electrical, Communication, Fire) PPS ± 2%
Local governments ± 3%
Land Housing Corporation 0 ~ -6
Korea Power ± 2.5%
Army institutions ± 3%
Korea Rural Community Construction ± 2%
Korea Gas Corporation 0 ~ -5%
Korean massage ± 3% Less than 1.1 billion

Less than 300 million 87.745 Less than 1.1 billion ~ 5.5 billion

Less than 3.3 ~ 5.5 billion 86.745 5.5 to 11 billion

5.5 to 11 billion 85.495 Korea Railroad Authority
0 to -5% (cut / raise)


Less than 300 million Less than 300 million 86.995 Less than 300 million ~ 1.1 billion 86.745 Less than 1.1 billion ~ 5.5 billion Less than 3.3 ~ 5.5 billion 86.335 5.5 to 11 billion 5.5 to 11 billion 85.495 Korea Telecom
± 2% (Raise / Raise) Less than 1.65 billion 80.450 Less than $ 1.25 billion to $ 11.0 billion 77.950 Korea Water Resources Corporation
± 2.5% (Raise / Raise) Multiple inputs 4 inputs 4 Total integration ÷ 4 Reward × Ratio Ratio Raise Trial amount Road construction
0 to -6% (Raise / Raise) Multiple inputs 4 inputs 4 Total integration ÷ 4 Reward × Ratio Ratio Raise Trial amount

In Table 1, "(Raising / Raising)" refers to raising or lowering the decimal point below the decimal point / lower bid price (planned price * bid rate)

"(Cut / raise)" refers to a decrease of decimal point or less from the lower limit of fractional decimals / winning bids when determining the scheduled price.

Fourth, the cloud application control unit 340 for app bidding according to the present invention will be described.

The app auction cloud application controller 340 sets a layout of a rectangular area to be displayed by a cloud application UI for app bidding on a smartphone screen and displays the base amount, And controls the smart bidding analysis algorithm engine unit to display the generated optimal bidding amount according to the inputted bidding setting value.

6, a protocol handler unit 341, a rendering engine unit 342, an IME manager unit 343, an audio player unit 344, a video player unit 345 A second local resource handler unit 346, and a second event manager unit 347.

The protocol handler unit 341 receives a message related to the bid information data from the cloud computing module for bid for the app, and transmits a response message accordingly.

The rendering engine 342 sets a layout of a rectangular area in which a cloud application user interface (UI) for auction bidding is to be displayed on the screen of a smartphone, and sets a layout of a rectangular area to be displayed in the bidding information data sent from the cloud computing module for auction Processes the embedded graphics and font related messages, and outputs the messages on the screen of the smartphone.

The IME manager unit 343 interlocks with the IME of the client smartphone and transmits the combined character to the cloud computing module for app auction.

The audio player 344 plays the sound of the bid information data sent from the cloud computing module for app bid in the smartphone of the client.

The video player unit 345 plays a video image of the bid information data sent from the cloud computing module for app bid in the smartphone of the client.

The second local resource handler 346 transmits information and resources of the smartphone resources of the client to the cloud computing module for the auction of the app.

As described above, the protocol handler unit 341, the rendering engine unit 342, the IME manager unit 343, the audio player unit 344, the video player unit 345, An application auction cloud application controller according to the present invention, which includes a local resource handler unit 346 and a second event manager unit 347, , And activates the key input window to input the bid setting value related to the tack ratio.

The second event manager unit 347 transmits the operation of the client or the events occurring in the smartphone to the cloud computing module for app tender.

Fifth, the smart winning bid analysis algorithm engine 350 according to the present invention will be described.

The smart bidding analysis algorithm engine unit 350 is driven under the control of the cloud application control unit for bidding for the auction, and when the bidding setting values related to the base amount, the estimation rate and the tack ratio are input by the client, , DB of successful bids by license, DB of successful bids by region, DB of successful bids by amount, DB of quarterly successful bids, Monthly bids of successful bids, DB of successful bids by bid time, And the current bidding setting value is input to the reference bidding analysis value for each ordering party, license, region, amount of money, quarter, month, and ticket opening time, and then the winning bid is collected, The frequency is removed from the reference set value or less, and the optimal tipping amount is generated by dividing by the ordering party, license, region, amount of money, quarterly, month, And to do.

7, the winning bid point collecting unit 351, the category winning bidder classifying unit 352, the winning point calculating rate calculating unit 353, the best lower winning bid point setting unit 354, A winning amount setting unit 358, and a touched amount analysis control unit 359. The tie-down amount calculating unit 355 includes a tie-down amount calculating unit 355, an award winning unit removing unit 356, an example forming unit 357,

The winning point collecting unit 351 accesses the database activity unit for app bidding, and accesses the auction bidding DB unit for each bidders, the winning bidding DB for each license, the winning bidding DB for each region, , And collects the preliminary price and winning points of the bid announcement witnessed from the DB section of the winning bids by quarter, the DB section of the monthly winning bids, the DB section of the winning bids by the time of the ticket opening, and the bidding information DB section of the country market.

The category winning unit classifying unit 352 calls up the winning bid status DB for each area in the database for app bid database, the winning bid map DB for each license, and the winning bid map DB for each winning bid to collect winning points collected through the winning point collecting unit, The winning bid, and the winning bid for money amount, and then displays the first digit and the second digit of the decimal point based on the standard winning bid number (100) on the smartphone screen in the form of a table table.

The winning point evaluation rate calculation control section 353 serves to calculate the data of the winning point evaluation rate up to the first digit and the second digit of the decimal point.

The best subordinate bidding point setting unit 354 sets a top winning bid point and a bottom bidding point based on the reference winning bid set value 100.

The coupon interval setting unit 355 sets a coupon interval setting unit 355 for a plurality of winning points at the highest distribution point among the winning points, a plurality of winning points at the highest point among the winning points, and a plurality of winning points After establishing the branch hub interval, it plays a role of selecting the first and second slots in the hub interval.

The bidding point elimination unit 356 includes a first elimination mode for eliminating the winning points of the winning bid point frequency of 15% or less at the maximum maximum point based on the standard winning bid set value 100, A second elimination mode for eliminating a winning bid point between the positive most recent earthing point and the minus last earthing point at an approximate point of the standard winning bid set value 100; 3 elimination mode, a fourth elimination mode for eliminating the winning points of the plus points on the basis of the standard winning bid set value 100, and a fifth elimination mode for eliminating the winning points of the minus points on the basis of the standard winning bid set value 100 Mode to select a specific winning point.

In the above example, the forming unit 357 is a mode in which a first example in which an example is formed in units of a reference weight value (0.0015) from one selection point to an upper (lower) A second example in which an example forms an example from the selection point of one of the most points of multiple award points to the upper point in units of a reference weight value (0.0015) (0.0015), and the third example in which an example is formed in units of a reference weight (0.0015), and a case where a reference weight (0.0015) is selected from a selection point of one of a plurality of low- A fourth example in which a unit price is formed in units of modes and a fifth example in which an example forms an example in units of a reference weight value (0.0015) upwards from a selection point of one of a plurality of lower most points, At the point of selection of one of the multiple winning points of the branch, The sixth example in which the example is formed in units of the reference weight value (0.0015), the middle point is selected at the two selection points among the plurality of winning points and the reference weight 0.0015), and an eighth example in which the center point is selected at two selected points among the plurality of winning points to form an example in terms of the reference weight (0.0015) And a ninth example in which the center point is selected at two selected points among the plurality of winning points to form an example in units of upper and lower reference values (0.0015), for example, .

The payout rate setting unit 358 sets the payout rate to the base amount for each client.

The truffle value analysis control unit 359 calculates an example of the base money amount input by the ordering party through the formation unit, calculates the tentative rate formed through the tentative rate setting unit, and displays the optimal tentative amount on the screen of the smartphone .

Sixth, the SNS forming unit 360 according to the present invention will be described.

The SNS forming unit 360 transmits the optimal tipping amount generated through the smart bidding analysis algorithm engine unit to an app auction cloud application module located at another place connected to the SNS (social network).

The winning bid point collecting unit 351, the category winning bidder classifying unit 352, the winning bid point calculating rate calculating unit 353, the highest lower winning bid point setting unit 354, the rental bill interval setting unit 355, The smart bidding analysis algorithm engine unit according to the present invention, which includes the rejection unit 356, the example forming unit 357, the bidding rate setting unit 358, and the bidding amount analysis control unit 359, As shown in FIG. 11, the selection rate is selected, and an optimal tally amount is generated as shown in FIG.

Hereinafter, a specific operation process of the method for providing real-time bidding analysis information on the smartphone through the cloud application module for app bidding according to the present invention will be described.

First, in the cloud computing module for app bid, N cloud application modules for bidding for apps are grouped by location and ID through a web application server and connected to each other by network (S100).

Next, the cloud computing module for the auction of the bidders transmits the bidding information data to the cloud application module for auction of the completed app (S200).

Next, in the cloud application module for app bid, the bid information data is received in real time from the cloud computing module for app bid through the web application server and activated on the screen of the smart phone (S300).

Next, according to the bidding setting values related to the base amount, the estimation rate, and the tap rate inputted by the client in the app application for the auction for the auction, analysis is performed by the ordering party, license, region, amount of money, quarterly, , The optimal amount of tapped money is displayed (S400).

In this case, it is determined whether or not the winning bid point has been collected (S410), the category winning bid classification step S420, the winning point evaluation rate calculation step S430, the best sub drop point setting step S440, S460), an example forming step S470, a touched rate setting step S480, and a touched amount analysis control step S490.

For example, it is assumed that a notice about the name of the construction as shown in the following Table 2 is presented on the smartphone through the cloud application module for app tender.

Announcement
Announcement Number - 20131105393-00
Name of Project - Gwangseon-gu Sewerage Facilities (2nd half)
License - Sewerage
Owner - Gyeonggi-do Suwon City Gwon Seong-gu Area Restrictions - Suwon, Gyeonggi-do
Basic amount - 61,237,000 Registration deadline - 12/13/2010 18:00
Estimated Price - 55,670,000 Due Date - 2013/12/11 16:00
Lower limit / ejaculation rate - 87.745 / 97 ~ 103 day - 2013/12/11 17:00
Contract Method - Local Restricted Publication Date - 2013/12/07 15:32

[Successful bid collection stage]

This is achieved by accessing the database activity part for app bid through the successful bid collecting part, and the database section of the database for the auction bidding by the client, the DB part of the winning bid by the client, the DB part of the winning bid by the license, the DB part of the winning bid by each region, The preliminary price and winning points of the bid announcement witnessed from the DB of the successful bid status, the DB of the successful bid for each month, the DB of the winning bid by the time of the ticket gate, and the DB of the country market are collected (S410).

In other words, the successful bid point collection portion, connected to the sub-database activity, bid danchebyeol Local from app-specific database portion Client (local government) for auction bid status DB unit into DB, region (game as depicted in Table 2 ) Status of the winning bids from the DB department Gyeonggi province bidding status DB, bidding status by the bidding time DB from the ward section bidding status DB is retrieved and collected.

[Category successful bid classification step]

This is done by inviting the category bidding status DB, the license bidding status DB, and the amount bidding status bidding DB of the database for the app bid database through the category auction bidding classifier, and a winning bid collected by the winning bidding point collecting unit, (S420), the first digit of the decimal point and the second digit of the decimal point are displayed on the smartphone screen in the form of a table.

That is, as shown in Table 2, and the category in the successful bid classifier license is sewage, after Client is a local government, the field classifies the category information corresponding to the professional (electrical, communications, fire protection), Table (Less than 300 million won) from the database on the smartphone screen.

[Evaluation step of winning point rate calculation step]

In operation S430, the winning point evaluation rate is calculated through the winning point estimation rate calculation control unit to the first and second digits of the decimal point.

In other words, the winning point evaluation rate calculation control unit computes the data of the announcement rate 87.745 described in Table 2 up to the first decimal place and the second decimal place.

[Steps for setting the best sub-bidding point]

In operation S440, the highest winning bid point and the lowest winning bid point are set on the basis of the standard winning bid set value 100 through the highest subordinate winning point setting unit.

That is, the best subordinate bidding point setting unit sets the highest point (101.4800) and the lowest point (98.0900) on the basis of the reference winning bid set value (100) in Fig.

[DAVIN section setting step]

This is achieved by setting a plurality of winning points through a plurality of awarding points, a plurality of award winning points at the highest distribution point, a plurality of winning points at the highest winning points among the winning points, and a winning point at the lowest winning point among the winning points After setting the interval, the first and second intervals in the interval are selected (S450).

That is, in FIG. 12, the service interval setting unit selects "99.50000-one point of multiple award" as the most distribution point, and selects "-100.2000-multiple sale point 2" as the highest point.

[Successful bid point removal step]

This is because a first elimination mode that eliminates the winning points of the winning bid point frequency of 15% or less at the maximum maximum point based on the standard winning bid set value 100 through the winning bid point elimination unit and the first elimination mode that the minus lowest A third elimination mode for eliminating a winning point between the positive latest ground point and the minus last ground point at an approximate point of the standard winning bid set value 100; A fourth cancellation mode for eliminating a winning point at a plus point based on the reference winning bid set value 100 and a fifth cancellation mode for eliminating a winning point at a minus point based on the standard winning bid set value 100 One is selected to select a specific winning point (S460).

That is, in the successful bidder elimination, the first elimination mode, the second elimination mode, and the fourth elimination mode are selected, and a specific winning point is selected through the following process.

First, based on the standard winning bid set value 100, the winner point of the winning bid point frequency less than 15% is removed from the maximum positive point (100.6000 or more removed).

Second, the winning point of less than 15% of winning point frequency is eliminated from the minus lowest point based on the standard winning bid set value 100 (less than 98.8000).

Third, the winning point of the fleece point is removed based on the standard winning bid set value 100.

[Example formation step]

This is because the first example in which an example is formed in units of the reference weight value (0.0015) from the selection point to the upper (upper) side and the lower (lower) A second example in which an example is formed in units of a reference weight (0.0015) from a selection point to an upper selection point among a plurality of winning points, The third example is a case where an example is formed in units of a reference weight value (0.0015) in an example, and a case where an example is shown in a unit of a reference weight value (0.0015) from an upper selection point to a lower selection point And a fifth example in which an example forms an example in units of a reference weight value (0.0015) upward from a selection point of one of the plurality of lower most points, and a mode in which a fourth From one of the winning points A sixth example in which an example is formed in units of a reference weight (0.0015) in an example of a plurality of winning points (lower), and a sixth example in which an example is formed in units of a reference weight (0.0015) The eighth example in which the center point is selected at the two selection points among the plurality of winning points and the example in which the example is formed in units of the reference weight value (0.0015) Mode and a ninth example in which the central point is selected at two selected points among the plurality of winning points to form an example in units of a reference weight value (0.0015) from upper to lower (lower) (S470).

That is, when the eighth example in which the central point is selected at two selection points among the plurality of winning points in the forming section and the example is formed in units of the reference weight value (0.0015) The two selection points 99.9000 and 99.5000 are centered at 99.7000 and up to 0.0015 units, so it is formed by selecting the example from 99.7015.

[Steps for Setting Tilt Rate]

In step S480, the tipping rate setting unit 358 sets the tipping ratio of the order amount to the base amount.

In other words, the tipping rate is set to 87.745 as shown in Table 2, compared to the base amount for each client.

[Touched amount analysis control step]

The tipping amount analyzing unit 359 calculates an example of the base money amount inputted for each ordering party through the forming unit, calculates the tipping ratio formed through the tipping ratio setting unit, and displays the optimum tipping amount on the screen of the smartphone (S490).

That is, in the tilt amount analysis control unit,

Amount based - 61,237,000

Analytical rate -99.7015

Based on the tacking rate of -87.745, it is calculated through the following equation (1) as follows.

Baseline Amount * Analysis Rate * Tentative Rate = Tentative Amount (Equation 1)

61,237,000 * 99,7015 * 87,745 = 53,572,014

Here, the optimal tilt amount is set to 53,572,014 and controlled to be displayed on the screen of the smartphone.

As a result, the resultant values displayed on the smartphone screen are expressed as shown in Table 3 below.

Notice number: 20131105393
Name: Gwon Seong-gu in-house sewage facility maintenance work
Tipping amount: 53,572,014

Finally, the cloud application module for bidding for the app is edited and modified according to the user's purpose to generate a cloud application module for bidding a new app (S500).

Hereinafter, the calculation of the biddable amount according to the performance multiple according to the client by means of the real-time bidding analysis information providing device on the smart phone through the cloud application module for app bidding according to the present invention will be described.

It is assumed that a table is set as shown in Fig. 13 by setting the area to Kyongsan Mountain, setting the license to water supply and sewerage, and setting the number of winning bids to 100.

[Example of collecting winning points]

As shown in FIG. 13, this embodiment relates to the acquisition of a decimal point by two-digit unit, which is a method of setting a first decimal place as "vertical" and a second decimal place as "horizontal" will be.

Here, the biggest point of the analysis of winning points is about the decimal point first digit and the second digit analysis.

The highest winning bid point is "101.4895", the lowest winning bid point is "98.0963", the highest distribution point is "99.50000-one winning bid", and the highest winning bid point is "-100.2000-two winning bid points".

[Example of Eliminating Successful Bidding Sites]

First, by checking the table shown in FIG. 13, a winning point of 15% or less of the winning point frequency of 15% or less at the maximum maximum point is selected based on the reference winning bid set value 100 to select a specific winning point.

Second, by checking the table table shown in FIG. 13, a winning bid point of 15% or less of the winning bid point frequency is eliminated at the minus lowest point based on the reference winning bid set value 100 to select a winning bid point.

Third, by checking the table table shown in FIG. 13, a winning bid point is selected by removing the winning bid point between the positive most recent earthing point and the minus last earthing point at the approximate point of the standard winning bid set value 100.

Fourth, the table table shown in FIG. 13 is checked to select a winning point by removing the winning point of the plus point on the basis of the reference winning bid set value 100.

Fifth, the table of the table shown in Fig. 13 is checked, and the winning points of the minus points are removed based on the reference winning bid set value 100 to select the winning points.

At this time, as the tilt tendency analysis, if one of the fourth and fifth is selected, the tilt tendency is analyzed and if the first, second, third, fourth, and fifth are all selected, the tilt tendency is analyzed.

[Embodiment of Formation of Example]

First, an example is formed in units of the reference weight (0.0015) from the selection point to the upper (upper) and lower (lower) of the plurality of highest winning points.

Second, an example from the selection point of one of the uppermost most points of succession to the upper end forms an example in terms of the reference weight (0.0015).

Third, an example is formed from the selection point of one of the uppermost most points to lower (lower), in units of the reference weight (0.0015).

Fourth, an example is formed in units of the reference weight (0.0015) from the selection point to the upper (lower) side of one of the multiple winning points of the lower most points.

Fifth, an example is formed from the selection point to the upper one of the multiple winning points of the lower most points in units of the reference weight value (0.0015).

Sixth, an example is formed from the selection point to the lower one of the multiple winning points at the lower most points in units of the reference weight value (0.0015).

Seventh, at the two selection points among the multiple bidding points, the center point is selected so that an example is formed in units of the reference weight (0.0015) from upper (lower) to lower (lower).

Eighth, at the two selection points of the multiple award winning points, the center point is selected and the example forms an example in terms of the reference weight value (0.0015).

In the ninth, among the multiple bidding points, the center point is selected at two selection points, and an example is formed in units of the reference weight value (0.0015) in the up and down directions.

For example, it is assumed that Gyeonggi-do facilities are maintained at 320 million won. In the case of Gyeonggi-do facilities, there are many minus points and it is assumed that more than 300 million units are available.

At this time, since there are not many companies having facilities maintenance license holders in Gyeonggi-do, formation of the fourth example is selected in the above example [Example of formation of the example].

That is, an example is formed in units of the reference weight (0.0015) from the selection point to the upper (upper) and lower (lower) of the multiple winning points at the lower most points.

1: Real-time bid analysis information providing device
100: Cloud computing module for app bidding
200: Web application server
300: Cloud app module for app bidding

Claims (6)

The large-scale bidding information database is stored and distributed in the Internet virtual space, and the cloud application modules for N application bidding are grouped by location and ID through the web application server and connected to the network. A cloud computing module 100 for auction application for transmitting information data and editing and modifying an application auction cloud application module according to a user's purpose to create a new application auction cloud application module,
A web application server (WAS) that is located between the app auction cloud computing module and the app auction cloud application module and supports bidirectional data communication to perform dynamic server content between the app auction cloud application module and the app auction cloud application module (Web Application Server) 200,
In a state where the application is made on the smart phone, the bid information data is received in real time from the cloud computing module for bid by the application through the web application server and activated on the screen of the smart phone, and the bid amount, And an app bidding cloud application module 300 for controlling the bidding amount to be displayed after analyzing the bidding value separately for each customer, license, region, amount of money, quarter, month, An apparatus for providing real-time bidding analysis information on a smartphone through a cloud application module for bidding,
The app bidding cloud application module 300
When a cloud application user interface (UI) for auction of an application is displayed, the cloud application is moved to another screen according to the touch of the client and the screen is switched, or when a key input window is keyed, A tent unit 310 which is a cloud application for app bidding for sending a request command to a tender cloud application control unit,
App bidding that authenticates the URL of the database part for the auction of the app, the access to the database for the driver and the app bidding, and accesses the database part for the app bidding based on the bid amount set by the client, the ejaculation rate and the bid rate A database activity unit 320 for the database,
App bidding to set the weighting ratio according to the order base, base value based on the construction standard, and the weighting ratio according to the client, the number of transactions in the region selection, number of transactions in the transaction, A cloud application weight setting activity unit 330,
In a state in which a layout of a rectangular area in which a cloud application user interface (UI) for auction bidding is to be displayed is set on a screen of a smartphone, a key input is made by a client to input a bid setting value related to a base amount, A cloud app application control unit 340 for controlling the smart bidding analysis algorithm engine unit to display the generated tipping amount according to the input bidding setting value,
When the bid set value related to the base amount, the e-mail rate, and the transmission rate is inputted by the client by the client under the control of the app auction cloud application control unit, the client accesses the database activity unit for the auction of the apps, The bidding status DB, the bidding status DB by region, the bidding status DB by amount, the bidding status DB by quarter, the monthly bidding status DB, the bidding status DB by the bidding time, and the bidding information DB of the country marketplace, The winning bid set value is input to the reference bid analysis value by region, amount, quarter, month, and ticket time, and the winning bid is collected and the winning bid point frequency is removed from the value below the reference setting value, A smart winning bid analysis algorithm engine unit 350 for generating a betting amount by dividing the winning bid amount by a winning bid, a star, a license, a region, an amount of money, a quarter,
And an SNS forming unit (360) for transmitting the tapped amount generated through the smart auction analysis algorithm engine unit to an app auction cloud application module located at another place connected to the SNS (social network network). Real time bid analysis information providing device on smartphone through cloud application module.
The method of claim 1, wherein the app bidding cloud computing module (100)
An app auction cloud testing unit 110 for performing an error and safety verification on the app auction cloud application module and performing a direct verification of the auction application cloud application module,
Bidding status by the client according to the requisite cloud application module for app auction DB, bidding status by region, bidding status DB by region, bidding status by amount bidding DB, bidding status by quarter DB, bidding status DB by month, An auction bidding database 120 for storing a marketplace bidding information DB and then providing a necessary database,
Cloud computing technology to apply cloud services to the cloud application module for app bidding, to detect continuous malware and viruses related to cloud application module for app bidding, cloud application module for app bidding, An app bid cloud data control unit 130 for storing information,
App bidding cloud application module builds a development environment for user's purpose, creates cloud application module for new app bidding through editing and modification, sends it to existing cloud application module for app bidding, and updates it by overwriting And a cloud SDK (Software Development Kit) unit (140) for a bid for an application.
delete The smart bidding analysis system according to claim 1, wherein the smart winning bid analysis algorithm engine unit (350)
An award winning point collecting unit 351 for acquiring a preliminary price and a winning bid for the bid notification accessed from the DB of the winning bid for each bid time by accessing the database activity unit for app bid,
The bidding status DB of the application bidding database, the bidding status DB by license, and the bidding status DB of the amount bidding are searched, and the winning points collected through the successful bidding point collecting unit are classified into successful bidding by category, successful bid by license, A category winning bidding classifying unit 352 for displaying the first digit and the second digit of the decimal point on the smartphone screen in the form of a table table based on the reference winning bid number 100,
A winning point estimation rate calculation control unit 353 for calculating the data of the winning point estimation rate up to the first digit and the second digit of the decimal point,
A best subordinate bidding point setting unit 354 for setting a top winning bid point and a bottom bidding point based on the reference winning bid set value 100,
After establishing a plurality of winning points at the highest distribution point among the winning points, a plurality of winning points at the highest point among the highest winning points among the winning points, and a plurality of winning points at the lower most points among the winning points, A running time interval setting unit 355 for selecting the first and second time intervals between the tools,
A first elimination mode for eliminating the winning points of the winning bid point frequency of 15% or less at the maximum maximum point based on the standard winning bid set value (100) and a first elimination mode for eliminating the winning bid point frequency at the minus lowest point based on the standard winning bid set value (100) %, A third elimination mode for eliminating the winning points between the plus latest ground point and the minus last ground point at the approximate point of the reference winning bid set value 100, A fourth elimination mode for eliminating a winning point at a plus point based on the reference winning bid 100 and a fifth elimination mode for eliminating a winning point at a minus point based on the standard winning bid set value 100, An award point removing unit 356 for selecting a point,
A first example in which an example is formed in units of a reference weight value (0.0015) from an upper selection point to a lower selection point among a plurality of highest winning points, (0.0015) from the selection point of the uppermost point to the upper point, and a second example in which the example forms the prize in units of the reference weight value (0.0015) ) And the fourth example in which the example is formed in units of the reference weight (0.0015) from the selection point of one of the plurality of lower most points to the upper (upper) and lower (lower) The fifth example in which the example forms an example in the case of the example mode and the selection point of one of the plurality of lower most points to the upper side in the unit of the reference weight value (0.0015) is the mode and the fifth example in which one of the lower most points From the selection point down (lower) example is the reference weight (0 .0015), and the middle point is selected at the two selection points among the plurality of winning points, and the example is shown in the upper (upper) and lower (lower) The eighth example in which the seventh example to be formed is a mode and an eighth example in which the center point is selected at two selection points among the plurality of winning points to form an example in terms of the reference weight value (0.0015) The ninth example in which the central point is selected at the two selection points and is formed in the upper (upper) and lower (lower) units in the unit of the reference weight value (0.0015) is an example in which any one of the modes is selected, (357)
A tally rate setting unit 358 for setting a tally rate against the base amount for each client,
A tipping amount analysis control unit 359 for calculating an example of the base money amount input by each ordering party and calculating an example formed through the forming unit and then calculating the tipping ratio formed through the tipping ratio setting unit to display the tipping amount on the screen of the smartphone Time bidding analysis information on a smartphone through an application auction cloud application module.
A step S100 of grouping the N application auction cloud application modules by location and ID through a web application server in an app auction cloud computing module,
A step (S200) of transmitting bidding information data to the cloud application module for bidding for app bidding in the app bidding cloud computing module,
A step (S300) of receiving bidding information data from the cloud computing module for auctioning the bidders in real time on the smartphone screen by receiving the bidding information data in real time from the app auction bidding cloud application module via the web application server in the app auction bidding cloud application module,
After analyzing by the client, license, region, amount of money, quarterly, monthly, and time of the ticket according to the bid amount set by the client in the cloud auction module for app auction, A step S400 of displaying a touched amount,
(S500) of creating a new application auction cloud application module by editing and modifying the cloud auction module for app bidding according to the user's purpose (S500). As a result,
License, region, amount of money, quarter, month, and time of the ticket according to the bid amount set by the client in the app bid cloud application module, , The step of displaying the touched amount (S400)
(S410) of accessing a database activity unit for app bidding through a bidding point collecting unit, collecting a preliminary price and a winning bid for the bid notification witnessed from the bidding status database of the bid amount database of the app bid database,
Category bidding item classification database, the bidding status DB of the application bidding database by region, the bidding status DB by license, and the bidding status DB of the amount bidding are searched, and the winning points collected through the successful bidding point collecting section are classified into a winning bid by region, (S420) displaying the first digit and the second digit of the decimal point on the smartphone screen in the form of a table table based on the reference winning number (100)
(S430) of calculating the data of the winning point assessment rate through the winning point evaluation rate calculation control unit up to the first digit and the second digit of the decimal point,
(S440) setting a lowest winning bid point and a lowest winning bid point based on the standard winning bid set value (100) through the highest lowest winning bid point setting unit (S440)
A plurality of winning points of the highest distribution point among the winning points, a plurality of winning points of the highest winning points among the winning points, and a plurality of winning points of the lowest winning points among the winning points, A step S450 of selecting a first section and a second section in the broadcasting interval,
A first elimination mode for eliminating a winning bid point of a winning bid point frequency of 15% or less at a plus maximum point based on a standard winning bid set value (100) through a winning bid point eliminating unit; A third elimination mode for eliminating the winning points between the plus most recent earthing point and the minus last earthing point at an approximate point of the reference winning bid set value 100, A fourth cancellation mode for eliminating a winning point at a plus point on the basis of the reference winning bid set value 100 and a fifth cancellation mode for removing a winning point at a minus point based on the standard winning bid set value 100 (S460) for selecting a specific winning point,
The first example is that the first example in which an example is formed in units of a reference weight value (0.0015) from a selection point to an upper (upper) or lower (lower) The second example, in which an example is formed from a selection point to an upper one of winning points in units of a reference weight value (0.0015), and a case where an example from the selection point of one of the uppermost most winning points to the lower The third example in which the example price is formed in units of the reference weight value (0.0015) is the mode and the example is shown in the upper part and the lower part in the selection point of one of the lower most points in terms of the reference weight value (0.0015) A fifth example in which the fourth example of forming a winning bid is a mode and an example in which an example is formed in a unit of a reference weight value (0.0015) upward from a selection point of one of the plurality of lowest most winning points, At the point of selection of one of the points, The sixth example in which an example is formed in units of a reference weight value (0.0015) is a mode in which a center point is selected at two selection points among a plurality of winning points, (Eighth example) in which a center point is selected at two selection points among a plurality of winning points to form an example in terms of a reference weight value (0.0015), and a mode In the ninth example in which the center point is selected at the two selection points of the winning points and the example is formed in the upper (upper) and lower (lower) units in terms of the reference weight (0.0015), any one of the modes is selected to form the example Step S470,
A step S480 of setting a tapping rate to a base amount for each client through a tapping rate setting unit,
A step of calculating an example of a base money amount inputted for each ordering party through a touched amount analysis control unit through a forming unit and calculating a tipping ratio formed through the tipping ratio setting unit to display the tipping amount on the screen of the smartphone The method comprising the steps of: (a) providing a cloud service application module for app bidding; delete

Images