KR101979242B1 - Knowledge providing method in construction knowledge hub-center - Google Patents

Abstract

Embodiments relate to an information infrastructure module storing content information used for generating construction knowledge information and a knowledge providing method of a construction knowledge hub center including a construction knowledge platform for generating construction knowledge information in cooperation with the information infrastructure module, The method includes: receiving a provision request for construction knowledge information from a construction knowledge platform through a user's terminal device; Determining a function of the construction knowledge platform corresponding to the providing request; Extracting content information for generating the requested construction knowledge information from an information infrastructure module associated with the determined function; And generating the requested construction knowledge information based on the extracted content information through a predetermined process for the determined function.

Description

{KNOWLEDGE PROVIDING METHOD IN CONSTRUCTION KNOWLEDGE HUB-CENTER}

The present invention relates to providing construction knowledge of a construction knowledge hub center, and more particularly, to providing construction knowledge related to a construction topic, such as a country, a construction market, a construction company, a human resource, A construction information platform (hereinafter, referred to as " information infrastructure ") that generates construction knowledge information related to in-depth analysis results and / or foresight using information information extracted from the information infrastructure, To provide construction knowledge information of a construction knowledge hub center.

 [Explanation of R & D for National Support]

This research was conducted by the Seoul National University and developed by the Ministry of Land, Infrastructure and Transport Science and Technology Promotion Science and Technology (Ministry of Land, Infrastructure and Transport Technology Promotion Research Project) 1615008448).

Information organizations (e.g., nonprofit organizations, commercial and consulting service organizations, etc.) that collect conventional construction-related data and / or information or build databases can accumulate all data (or information) that can be modified and processed And the existing information organization is composed of a closed system architecture with limited functions because it provides very limited external output. Therefore, there is a limit to not operating a win-win service model that helps individual linkage with external information infrastructure.

In addition, existing information organizations have limitations in terms of user convenience depending on the nature of the information agency.

More specifically, the non-profit organization is a nonprofit organization, such as the National Statistical Office, the Bank of Korea, and government departments and / or the International Monetary Fund (IMF), the Organization for Economic Cooperation and Development (OECD), the World Economic Forum (WEF) MDBs), and are internationally accredited institutions, so there is a credibility of information and most of the information is free. However, there is a passive problem of providing knowledge to the user because the diversity of information is insufficient and the utilization of the provided information in accordance with the needs of the user depends entirely on the ability of the user to utilize the information.

The for-profit organization includes prospecting organizations that provide information on specific countries, industries and markets, such as HIS, BMI, CI, etc., in a fee-based or partial-euro format, Provided through the delivery platform. However, the information of these users does not take into consideration the status of the user, and the user has the inconvenience of requesting the consulting service to the consulting service agency based on the information provided by the profit-making organization.

The consulting service organization is a specialized consulting service organization that provides consulting services for the management of clients (principally corporations) such as McKinley, BCG, and PWC, and provides customized knowledge information to users requesting consulting services. There is a problem that can not be helped if the competency of the applicant is not supported.

Therefore, the above-mentioned provision of the construction industry information service which is being circulated or used in the past has a tendency to accumulate relevant information only for a limited part and to produce a result based on the accumulated information is passive so that the direction and / There is a limitation that the directionality of

Korean Patent Laid-Open No. 10-2002-75109 (Title: Construction Information Management System and Method Using Construction Integrated Database, and Recording Medium Recorded by Program Source) Korean Patent Laid-Open No. 10-2003-77891 (Name: Construction Information Infrastructure System) (Published October 4, 2003) Korean Patent Laid-Open No. 10-2014-121145 (name: BIM-based construction data integrated management system) (Published on October 15, 2014)

Embodiments of the present invention may provide in-depth and / or foresight construction knowledge information through a construction knowledge platform interfaced with an information infrastructure module built by collecting and processing distributed data related to construction .

According to an aspect of the present invention, there is provided a knowledge providing method of a construction knowledge hub center, comprising: receiving a provision request for construction knowledge information through a construction information platform; Determining a function of the construction knowledge platform corresponding to the providing request; Extracting content information for generating the requested construction knowledge information from an information infrastructure module associated with the determined function; And generating the requested construction knowledge information based on the extracted content information through a predetermined process for the determined function. Here, the construction knowledge hub center includes an information infrastructure module, in which contents information used to generate construction knowledge information is stored, and a construction knowledge platform, which is linked with the information infrastructure module to generate construction knowledge information.

In one embodiment, the step of determining the function is determined based on the meta information included in the providing request, and the meta information includes at least one of data representing a type of location, construction goods, and construction knowledge information .

In one embodiment, the construction knowledge information is generated based more on the user's profile, and the user's profile includes a user's type, name, construction knowledge level, human scale, assets, And a construction knowledge hub center utilization history.

In one embodiment, if the determined function is a prospective promising market prospect, construction knowledge information for a prospective promising market prospect is generated through a prospective promising market prospecting process, and the prospective promising market prospecting process generates content information Selecting a construction item based on at least one of meta information included in the providing request; Calculating demand for the selected construction product through analysis of the construction market trend associated with the selected construction product; Selecting an emerging country based on the calculated demand; Analyzing the demand and the business environment of the selected construction product in the selected industrialized and selected emerging economies; And generating construction knowledge information for a prospective market prospect based on the analysis results for the selected floating country.

In one embodiment, when the determined function is an order potential diagnosis, the construction knowledge information on the order potential diagnosis is generated through the order potential diagnostic process, and the order potential diagnosis process is performed based on the content information related to the promising technology forecast and the provision request Selecting a construction market based on at least one of the included meta information; Analyzing trends in the selected construction market; Selecting an orderable market candidate based on the analysis result and analyzing the construction industry environment of the selected market candidate; Analyzing the market selection and business environment; Analyzing the requester's retention capability; And generating construction knowledge information for the order potentiality diagnosis in the selected order target market.

In one embodiment, if the determined function is a commercialization strategy establishment, the construction knowledge information for establishing commercialization strategy is generated through a commercialization strategy establishment process, and the commercialization strategy establishment process is performed on contents information related to the promising technology prospect Selecting a wounded country based on at least one of the included meta information; Deriving an object of commercialization in the floating country; Deriving a commercial candidate group; Deriving a required competency required of the requester for the commercialization candidate group based on the company information associated with the emerging country and the commercialization object; Analyzing the retaining capability of the requester; Comparing the required capability with the retention capability; And generating construction knowledge information on commercialization strategy establishment based on the comparison result.

In one embodiment, when the determined function is determined to diagnose a construction business risk, the construction knowledge information for the construction business risk diagnosis is generated through the construction business risk diagnosis process, and the construction business risk diagnosis process includes the construction product, Setting a business group based on data representing at least one of a construction type; Analyzing trends of the business group and deriving potential risks; Selecting a risk factor included in the potential risk; And generating construction knowledge information for the construction business risk diagnosis including information diagnosed by the selected risk factor for the set business group.

In one embodiment, if the determined functionality is determined to be a promising technology prospect, construction knowledge information for a promising technology prospect is generated through a prospective technology prospecting process, and the prospecting technology prospecting process includes providing content information and provision Selecting an emerging product based on at least one of the meta information included in the request; Analyzing a technology trend for a construction technique associated with the wounded product; And selecting the promising technology candidates based on the result of the technology trend analysis and generating the construction knowledge information on the promising technology prospect.

In one embodiment, when the determined function is determined as the manpower supply / demand forecast, the construction knowledge information on the manpower supply and demand forecast is generated through the manpower supply forecasting process, and the manpower supply forecasting process is based on the meta information included in the supply request Selecting a wounded market; Deriving the demand for the human resources required for the injury market; And generating construction knowledge information on the human resource supply and demand forecast based on the derived demand result and content information related to the enterprise, the promising technology, and the construction manpower trend.

In one embodiment, when the determined function is determined by establishing the enterprise development strategy, the construction knowledge information about the enterprise development strategy establishment is generated through the enterprise development strategy establishment process, and the enterprise development strategy establishment process is related to the promising technology prospect Selecting an injury market based on at least one of content information and meta information included in a provision request; A step of deriving the possibility of entering the injured market; Analyzing the competency of the referral company based on the possibility of advancement and the capability of the requesting company; And generating construction knowledge information on the establishment of the enterprise development strategy based on the analysis result.

In one embodiment, the method may further comprise creating a sub-platform for each function of the construction platform. Here, the sub-platform is interlocked with an information infrastructure module storing content information for generating function-specific construction knowledge information, and each function-specific construction knowledge information is generated by each sub-platform.

A computer-readable recording medium according to another aspect of the present invention is a computer-readable storage medium capable of storing program instructions operable by the computer. Here, the program instructions, when executed by a processor of the computer, may cause the processor to perform a knowledge provisioning method of the construction knowledge hub center according to the embodiments described above.

A computer program according to another aspect of the present invention is stored in a computer-readable recording medium readable by a computer, and when the program instructions of the computer program are executed by a processor of the computer, And the knowledge providing method of the construction knowledge hub center according to the present invention.

According to embodiments of the present invention, in-depth analysis is performed according to construction-related functions corresponding to user's request to provide information by using construction-related contents information of an information infrastructure module constructed by collecting and / or processing distributed construction- And / or provide in-depth predicted construction knowledge information to the user.

Thus, it is possible to actively provide the user with the customized construction knowledge information optimized for the user without depending on the ability of the user to utilize the knowledge. Accordingly, the user can minimize the consumption of resources (e.g., time, cost, etc.) consumed in a separate consulting service by receiving the requested customized information.

In contrast to conventional information agencies that provide domestic construction-related raw data or provide global construction-related raw data that does not accurately reflect the current state of the domestic construction market and / or users, And provide domestic and global construction knowledge information.

Furthermore, the provided construction knowledge information can be used variously for each user as well as presenting the direction and / or direction of the construction company at the national construction industry level. For example, in the case of the government, construction policy related to infrastructure policy and city planning can be established through the construction knowledge platform of the construction knowledge system, and it is possible to help the company to enter and expand into the global market. Knowledge and knowledge such as promising market prospects, promising technology prospects, and manpower supply and demand forecasts for education / research institutes can be utilized. Through the results, it is possible to reorganize the education programs that can be applied in practice, to train the experts, to design market-friendly curriculums, and to obtain market-friendly research data. In the case of construction engineers, To acquire knowledge information on global market entry, , In the case of private individuals, such as students can use the knowledge to further study or employment information.

1 is an overall configuration diagram of a construction knowledge hub center and a construction knowledge providing system including a construction knowledge platform interlocked with an information infrastructure module according to an embodiment of the present invention.
2 is a conceptual diagram of a knowledge providing method of a construction knowledge hub center according to an embodiment of the present invention.
3 is a diagram showing a service form of a knowledge providing method according to embodiments of the present invention.
FIGS. 4-10 illustrate a process of generating construction knowledge information for each function through a process for each function according to the embodiments of the present invention.
11 is an exemplary data structure diagram included in construction knowledge information according to an embodiment of the present invention.
FIG. 12 is an exemplary view showing details included in construction knowledge information according to an embodiment of the present invention.
Figure 13 is a relationship diagram between a construction knowledge platform and a functional sub-platform, according to an embodiment of the present invention.

Embodiments will now be described with reference to the accompanying drawings, however, the principles disclosed herein may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In the description of the invention, a detailed description of well-known features and techniques may be omitted to avoid unnecessarily obscuring the features of the embodiments.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to limit the invention. The singular forms as used herein include plural forms as long as the phrases do not expressly express the opposite meaning thereto. Means that a particular feature, region, integer, step, operation, element and / or component is specified and that the presence or absence of other features, regions, integers, steps, operations, elements, and / It does not exclude addition.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

In the present specification, the source data is data and / or information that can be obtained from existing information agencies and includes various data including construction related statistical data (for example, a newspaper, a paper, a book, an editorial, Etc.) as well as various construction related reports such as analysis report, forecast report, business report and so on.

As used herein, content information refers to information stored in an information infrastructure module, as data and / or information that is collected and / or processed as source data.

In the present specification, the knowledge information refers to construction-related data and / or information output from the construction knowledge platform as construction-related data and / or information generated based on the content information extracted from the information infrastructure module.

In this specification, a construction product refers to the end result in a construction business.

1 is an overall configuration diagram of a construction knowledge hub center 100 including a construction knowledge platform 300 interworking with an information infrastructure module 200 and a construction knowledge providing system 1000 according to an embodiment of the present invention .

The construction knowledge providing system 1000 is a knowledge ecosystem in which the processes of production, accumulation, sharing, utilization and destruction of knowledge are performed by interaction between components without external control and adjustment, And generates more valuable knowledge information (e.g., user-customized knowledge information) based on the expert opinion analyzing the information and provides it to the user. The user can directly share information and share information based on a human network (for example, a group of experts). The construction information information system 1000 can operate in a sustainable manner in an environment that efficiently and efficiently creates construction knowledge information by self-supporting through provision of free / free services. This leads to the expansion of the user due to the increase in knowledge, to induce the increase of the expert group due to the expansion of the user, to the improvement of the expert knowledge qualitatively and quantitatively through the increase of the expert group, And provides a cyclic structure that continuously improves the knowledge utilization ability of the user group.

Referring to FIG. 1, a construction knowledge providing system 1000 and / or a construction knowledge hub center 100 may include components including a computing device suitable for implementing the embodiments disclosed herein. The computing device may be a device having one or more alternative and special purpose processors, memory, storage space, and networking components (either wireless or wired), such as a personal computer (PC), a server computer, A laptop computer, a laptop, a smart phone, a server computer, or the like, or may be any device that may be integrated. The computing device may be, for example, an operating system compatible with Microsoft's Windows, an operating system such as Apple OS X or iOS, a Linux distribution, or Google's Android OS.

In addition, the program for implementing the present embodiment is configured in the form of functional program instructions and codes that can be executed in the above-described computing device. The above-described operations and their associated units, modules, etc., may be implemented within software, firmware, hardware, or any combination thereof. For example, a software module may be implemented with a program product comprised of a computer-readable medium including program code, which may be executed by a processor for performing any or all of the steps, operations, or procedures described herein .

The program instructions for implementing the tangible asset management method when executed by the processor of the construction information providing system 1000, such as, for example, the functional program instructions for implementing the present embodiment, As will be appreciated by those skilled in the art.

A user is a component of the construction knowledge providing system 1000 that requests and provides knowledge information provided by the construction knowledge platform 300, and includes a government, an enterprise, a education / research institute, a construction engineer, and an individual. In some embodiments, the user's access rights to the construction knowledge platform 300 may be different in stages. For example, the functions that can be provided depending on the cost paid by the user may be applied differently, or the information that can be provided may be limited.

The user terminal device 10 can access the construction knowledge hub center 100 through the network 200 and communicate a request for information that the user desires to receive through the communication to the construction knowledge hub center 100. [ And the overall operation related to the knowledge providing method shown in Figs. 2 and 4-10, such as receiving the contents information and / or construction knowledge information provided by the construction knowledge hub center 100, is performed. The user terminal 100 may be a personal computer, a notebook computer, a personal digital assistant (PDA), a personal computer (PDA) , A tablet, a smart phone, and the like.

The network 200 may be a LAN (Local Area Network), a Metropolitan Area Network (MAN), a Global System for Mobile Network (GSM), an Enhanced Data GSM Environment (EDGE), a High Speed Downlink Packet Access (HSDPA) Wideband Code Division Multiple Access (CDMA), Code Division Multiple Access (CDMA), Time Division Multiple Access (TDMA), Bluetooth, Zigbee, Wi-Fi, Voice over Internet Protocol (VoIP) LTE Advanced, IEEE 802.16m, WirelessMAN-Advanced, HSPA +, 3GPP Long Term Evolution (LTE), Mobile WiMAX (IEEE 802.16e), UMB (formerly EV- DO Rev. C), Flash-OFDM, iBurst and MBWA may be referred to as a communication network by one or more communication methods selected from the group consisting of HIPERMAN, Beam-Division Multiple Access (BDMA), Wi-MAX (World Interoperability for Microwave Access) But is not limited thereto.

The information agency 20 refers to a conventional information agency that has collected data related to the construction industry in the past and is a component that provides the source data to the information infrastructure module 200. The information agency 20 may be a national or international nonprofit organization (eg, the International Monetary Fund (IMF), the Organization for Economic Cooperation and Development (OECD), the World Economic Forum (WEF), the Multilateral Development Bank ), A commercial organization (e.g., HIS, BMI, CIC, etc.), and a consulting services organization (e.g., McKinsey, BCG, PWC, etc.).

The construction knowledge hub center 100 is connected to the information infrastructure module 200 constructed in accordance with the construction-related functions and the information infrastructure module 200 in order to allow the users related to the construction industry to receive the construction knowledge information that is currently required, And a construction knowledge platform 300 for providing construction knowledge information.

The construction knowledge hub center 100 includes one or more databases for storing construction related data and information such as source data, contents information, and construction knowledge information. The database refers to a large set of fixed, irregular or semi-fixed data, wherein the fixed data is data stored in a fixed field such as a relational database, a spreadsheet, and the like. In addition, the atypical data is data that is not stored in a fixed field, for example, a text document, an image, a moving image, voice data, and the like. Semi-fixed data is data that is not stored in a fixed field but includes metadata and schema, for example, XML, HTML, text, and the like. In some embodiments, the database may be included in the information infrastructure module 200 below to store category related data and / or information corresponding to the information infrastructure module 200.

The information infrastructure module 200 provides construction related data and / or information (hereinafter referred to as " content information ") necessary to generate construction knowledge information to be provided to the user in the construction knowledge platform 300, It is the component responsible for the role of the information bank. In some embodiments, the information infrastructure module 200 collects, processes, and stores associated source data by function.

The information infrastructure module 200 collects source data by category, and stores the collected source data itself or processed data obtained by processing the source data as content information. This category derives the user-specific knowledge information category as a result of text mining of users 'requirements based on the analysis of the users' (industry, public sector, research) IPA (important performance analysis) For example, construction market information, new technology construction information, construction administrative policy information, construction economic statistics information, etc.). In some embodiments, the category may be determined based further on the advisory opinion of the expert group.

In one embodiment, the information infrastructure module 200 collects and processes a variety of construction-related source data to generate a global national information infrastructure module 210, a global construction market information infrastructure module 220, a global construction enterprise information infrastructure module 230, , Global construction business risk monitoring information infrastructure module 240, global human resource information infrastructure module 250, global construction equipment information infrastructure module 260, global construction technology information infrastructure module 270, Korean peninsular information infrastructure module 280 ), And R & D / education information infrastructure module 290, and stores content information associated with each category.

The global national information infrastructure module 210 provides the general status (eg, politics, economy, market, finance, industry, etc.) and the construction industry status (price information, etc.) for overseas countries. In one embodiment, the national information infrastructure module 210 may provide country-specific construction information or country-specific stability information.

The country-specific construction information stores quantitative / qualitative source data for the general country including construction industry-related information necessary for entering each country and / or processed data processed based thereon as content information. Here, the information on the general state of the country includes information on the macroeconomic, political / institutional, industrial, market and financial aspects of the country, and is mainly based on the source data published by global intelligence agencies. Information on licenses, licenses, and contracts for the necessary manpower, equipment rental fees, materials, etc. when entering the market.

Based on the information stored in the National Information Infrastructure Module 210, the stability information of each country is expressed by a stability index of entry into each country (safety, economy, politics, industry, market, financial) Includes basis for estimation and analysis thereof.

The entry stability index is a comparison index that makes it easier to compare the entry stability of each country and is calculated based on content information related to a predetermined factor representing a field in each field.

For example, stability in the economic sector is estimated based on information on economic contents related to the nation, such as GDP information, inflation information, and unemployment rate, and the stability of the political sector is calculated based on political contents information , And the stability in the industrial sector is estimated based on the information on the industry related contents such as the amount of R & D investment and the ability to apply the latest technology. The stability of the market field is calculated based on the market content information related to the market such as the degree of market competition, , And the stability in the financial sector can be estimated based on the information on financial contents related to the financial service accessibility, the amount of money, and the like necessary for carrying out the business.

The entry stability index can be used to generate various knowledge information. For example, a country may not be selected as an entry market (or candidate) if it has a high demand for construction goods in selecting a market for entry, and the evaluation of the stability of entry into the particular country based on the entry stability index is negative . In another example, if the demand for construction goods is not significantly different from other countries but the stability of the entry into the particular country is positive based on the stability index of entry, the country may be selected as an entry market (or candidate).

The Global Construction Market Information Infrastructure Module (hereinafter, referred to as the Market Information Infrastructure Module) 220 can provide construction market trend and forecast information, construction market issues and current status information.

The construction market trends and forecast information includes trends and forecasts for the overall construction market based on changes in the construction market size, market competition, contract type and funding style based on the construction project data among the source data. More specifically, Ⅰ) Information on forecasts of changes in the global construction market, which has led to changes in the size of the construction market based on contract prices and sales of construction project data; ⅱ) Information on project construction companies, sales, The degree of competition in the global construction market, and (iii) the contracting method and financing method used mainly in the construction project. Here, the global construction market size outlook information includes information processed to provide the current status of the construction market.

The global construction market issues and status information will be used to identify key issues in the global construction market that comprehend major political, economic, social and cultural issues in the construction market, as well as graphs, maps, tables, Text, and a combination thereof.

In some embodiments, the market information infrastructure module 220 may store and provide a construction product classification scheme categorized by construction product. The construction commodity classification system is a reference system for classifying construction commodities related to types of construction commodities. For example, the construction product classification system includes "urban planning" and "transportation" as types of use, and construction products related to "urban planning" include residential complexes, commercial complexes, industrial complexes, agricultural complexes, reclaimed land and harbors Construction products related to "transportation" can include highways, public roads, high-speed railways, subways, international trade ports, seawalls and artificial islands. In yet another embodiment, the construction goods classification system may further include a subclass of usage types to enhance the accuracy of the classification. For example, "urban planning" may further include "sub-category" and "landfill composition" as sub-categories, and "traffic" may further include sub-categories such as roads, railways, and harbors. In this case, residential complexes, commercial complexes, industrial complexes and agricultural complexes are related to "complex construction", reclaimed land and estuaries are related to "landfill construction", highways and public roads are related to "roads" , Seawalls and man-made islands are related to "harbors". Each classification can be indexed to be uniquely identified.

In this manner, the market information infrastructure module 220 provides various contents information on the global construction market status so that the construction knowledge platform 300 can generate knowledge information related to establishment of a market entry strategy.

The global construction company information infrastructure module (hereinafter referred to as the enterprise information infrastructure module) 230 can provide global construction company information.

Global construction company information includes information on the position and company information of top-ranked companies by product, information on the amount of orders and order backlog of a specific company, profit structure by major products, number of employees, change in business structure ratio, sales by region, A brief introduction to the company, information on the global construction company analysis report including the company's response strategy and case due to changes in the market environment, and the like. Here, some information may include information processed to be visualized yearly.

As described above, the enterprise information infrastructure module 230 can be configured such that the construction information platform 300 is constructed in accordance with the knowledge information about the overseas construction market, and the domestic construction company is related to the establishment of the growth strategy and the establishment of the competition object and the advancement strategy at the project bidding / Provides content information about a construction company so that knowledge information can be generated.

The Global Infrastructure Risk Management Information Infrastructure Module (hereinafter referred to as the "Risk Information Infrastructure Module") 240 provides information on the potential risks of the projects in progress at a certain point in time by area (by type of work, region, (IPRI, International Procurement Risk Index), the UI, Unstability Index, which is used to describe the size and variability of the IPRI by region, and the sensitivity to explain the extent to which the industry- Information including current, alarm, and forecast (2WF, Watching, Warning, Forecasting) maps that provide forecasts of the SI, Sensitivity Index, and early warning of project progress and future trends. Here, some information can be classified by area and analysis time.

Thus, the risk information infrastructure module 240 can generate the knowledge information related to the result of analyzing the trends and sizes of the potential risks possessed by the domestic construction company's business performed by the construction knowledge platform 300 And provides risk-related content information.

The Global Human Resources Information Infrastructure Module 250 can provide global construction job information, capability diagnosis, education or training program information, and global construction manpower trend information.

Global construction job information summarizes the objectives and contents of the position of organization in each construction product, including all required positions of construction products and the required position by level of competence level, Job descriptions that specify the level of job competence required from a description of the organization and elements of the organization chart (for example, departments included in the organization chart). In some embodiments, the global construction job information may further include information predefined by the product-specific core technology and the job classification system as an organization chart.

The above-mentioned core technology of the product shows the inherent construction technology relation necessary for constructing the construction product according to the characteristics of the construction product such as the bridge construction method and the tunnel construction method when the construction product is road, and the track facility planning for the railroad . In some embodiments, the core technology may be further categorized by stages of building the construction product.

The above classification system refers to the classification of duties into business and management, business management, business development, administration, engineering, purchasing and contracting, construction, quality control, and information systems.

The organizational chart is an organizational chart that matches the person in charge of the job in charge of each technology based on the core technology and the job classification system for each product. For example, the business development department is responsible for business development, . ≪ / RTI > That is, the organization chart refers to the organization chart of the performing organization of the business for completing a specific product, and is referred to as an organization chart for each product. In some embodiments, the organizational chart may comprise a business performance stage for each construction product and a level of business extinguishing capability for each step.

Therefore, when a company refers to an organization chart, it can analyze the occupation and holding level of each job required for the business in order to enter a specific market, and can establish a strategy for further advancement.

Competency diagnosis, education or training program information includes a learning system for the development of competency of the construction workforce by product, product classification and job classification system by construction products. The learning framework defines the training or training programs needed to improve performance. In some embodiments, it may further include information processed to recommend the program according to job, proficiency, and the like.

Global construction manpower trend information includes overseas employment report including construction employment trend information, overseas manpower employment information and overseas employment trend information including statistical data related to construction manpower status, and mid / long-term manpower forecasting for global construction manpower supply in decade Includes forecast reports. In some embodiments, it may further include information processed to a construction worker perspective.

The information infrastructure module (hereinafter referred to as equipment infrastructure module) 260 of the global construction equipment and materials includes information on construction equipment related to equipment and supplier information, and information on equipment issues and trends related to procurement of equipment for construction projects.

Construction equipment information includes raw material trend index information that expresses information related to equipment cost (for example, name of commodity, major commodity name, exchange price, price, change trend relative to previous month, year, Supplier and supplier information by equipment category, including electricity, equipment price, supply price, specification, supplier list and supplier list by region, supplier information, supplier order status, supplier evaluation information, , Project status and required equipment list for each power generation plant, project price of each equipment, supply price, specifications, supplier list, supplier information, supplier order status, supplier evaluation information.

In this way, the equipment information infrastructure module 260 provides the contents information about the purchase and procurement of the equipment to be directly connected to the profitability of the project of the construction company so that the construction knowledge platform 300 can generate the knowledge information related to the establishment of the equipment related strategy do.

The global construction technology information infrastructure module (hereinafter referred to as a technology information infrastructure module) 270 provides construction technology integration information and construction promising technology outlook information.

The construction technology integration information includes classification information classified by product category, definition of technology, configuration technology, trends and prospects, content information related to the technology such as research and patents. In some embodiments, it may further include processing information (hereinafter referred to as a technology matrix) defined in the form of a matrix that classifies the construction technique by product. The technology matrix defines the construction technology required for each construction product in the product classification system, and associates the required technologies with each construction business stage. In other words, the technology matrix expresses the construction technology relation by job for the construction product, and furthermore, it indicates to which construction product the construction technology is used at which stage.

For example, in a construction product " steel structure " included in a classification bridge, it can be configured to correspond to technology A when the application is a structural analysis and correspond to technology B when the application is an electrical design.

If a company refers to a technology matrix, it can determine the stage of construction business that can participate in a product market or technology that can be entered into by the technology of a specific company. If the individual refers to the technology matrix, Can determine the market for construction products.

The promising technology outlook information includes content information related to the background, technology and market trends of the construction promising technologies that are expected to be activated in the future, the status of the leading countries and leading companies in the technology, and future prospects of the technology and the market.

Thus, the technology information infrastructure module 270 provides the technology-related content information so that the construction knowledge platform 300 can generate the knowledge information that can support the construction technology-related decision making.

The Korea National Territory Information Infrastructure Module (hereinafter referred to as the 'Territorial Information Infrastructure Module') 280 can collect information related to North Korea dispersed in various institutions and provide the stored terrestrial information. In some embodiments, the terrestrial information may further include processed information by infrastructure sector, research date, and accuracy. In some other embodiments, the terrestrial information may further include knowledge information associated with the research direction and need policies of the entire terrestrial infrastructure generated based on expert opinion. In some other embodiments, the terrestrial information may further include information of the relevant researcher and the land registry personnel. Thus, the network between the related researchers and the policy officers can be formed through the land information infrastructure module 280.

The R & D and educational information infrastructure module 290 can provide information on construction policy, R & D status analysis information, and construction related cyber education information.

Construction policy and R & D status analysis information includes construction-related policies and R & D-related information that are being implemented or completed.

Construction-related cyber education information includes construction and travel information on famous buildings and facilities, public relations information on construction companies, construction construction information, and various construction-related media materials.

In this manner, the R & D and educational information infrastructure module 290 provides content information on R & D and education so that the construction knowledge platform 300 can generate knowledge information that enhances public familiarity with construction.

The types of the information infrastructure module 200 and the information that can be stored and provided by the information infrastructure module 200 are merely exemplary, and various construction related information can be stored and provided without being limited thereto. The construction knowledge hub center 100 may include more, fewer, or modified information infrastructure modules 200 depending on the capabilities of the provisioning content, construction knowledge platform 300.

The construction knowledge platform 300 generates combined knowledge information of functions or functions by using content information obtained from a single information infrastructure module 200 or a plurality of information infrastructure modules 200 as an input source. The function-specific knowledge information will be described in more detail with reference to Figs. 4-10 below.

The construction knowledge information generated in the construction knowledge platform 300 may be stored in a database associated with the construction knowledge platform 300. In one embodiment, the construction knowledge hub center 100 may further include a separate storage module for storing various construction knowledge information generated through the processes shown in FIGS. 4-10.

In some embodiments, the construction knowledge providing system 1000 may further comprise a terminal group of a first expert group. The terminal device of the first expert group inspects data and information of the information infrastructure generated by the first expert group when receiving a request for providing expert opinion from the construction knowledge platform 300, The construction knowledge platform 300 receives the expert opinion including the foresight result and the direction of the building information platform 300 and transmits the construction expert knowledge to the construction knowledge platform 300. The construction knowledge platform 300 receives construction information When providing information to a user, the cost of providing expert opinion can be provided to the expert group through the terminal unit of the expert group.

In some other embodiments, the construction knowledge providing system 1000 may further comprise a terminal group of a second expert group. The second expert group terminal receives the expert opinion when receiving a request for expert opinion from the construction knowledge platform 300 and transmits the expert opinion to the construction knowledge platform 300, , Or a solution to a particular construction-related problem of the user received via the construction platform 300. < RTI ID = 0.0 > When the construction knowledge platform 300 generates construction knowledge information based on expert opinion, the cost of providing a solution or providing expert opinion can be provided to the expert group through the terminal group of the expert group. And is configured to be able to communicate with the terminal device of the first expert group for collaboration with the first expert group.

FIG. 2 is a conceptual diagram of a knowledge providing method of a construction knowledge hub center according to an embodiment of the present invention, and FIG. 3 is a flowchart of a knowledge providing method according to a service type of a knowledge providing method according to an embodiment of the present invention It is a conceptual diagram.

The construction knowledge hub center 100 can generate a variety of construction knowledge information as well as relate a supplier who supplies construction knowledge with a desired customer. Furthermore, it enables the formation of a human network between the supplier and the consumer.

In one embodiment, the construction knowledge platform 300 of the construction knowledge hub center 100 communicates a provision request for construction-related contents information desired by the user to the information infrastructure module 200 interlocked with the construction knowledge platform 300 , And can perform a relay service that extracts content information desired by the user from the information infrastructure module 200 and provides the extracted content information again.

The interworking between the construction knowledge platform 300 and the information infrastructure module 200 is not made up of standardization of DB and UI / UX but is performed by the information infrastructure module 200, which is necessary to generate construction knowledge information in the construction knowledge platform 300, To the construction knowledge platform (300).

Referring to FIG. 3A, the construction knowledge platform 300 receives a search request for specific construction-related content information from the user terminal 10 and transmits the search request to the information infrastructure module 200. In response, the information infrastructure module 200 retrieves stored content information matching with the requested construction-related information and provides it to the construction knowledge platform 300. The construction knowledge platform 300 transmits the content information extracted from the information infrastructure module 200 to the user terminal device 10.

In one embodiment, the construction knowledge platform 300 may perform a knowledge provision service that provides the user with various construction related knowledge information generated within the construction knowledge platform 300. Referring to FIG. 3 (b), the construction knowledge platform 300 receives a provision request for construction knowledge information related to one of the view, diagnosis and strategy establishment for a user specified object from the user terminal device 10, And analyzes the provision request to determine the function of the construction knowledge platform 300 for generating the requested construction knowledge information.

In one embodiment, the construction knowledge platform 300 analyzes the meta information contained in the provision request to determine the functionality corresponding to the provision request. The meta information may include at least one of a location (e.g., a country, a state, a city, a neighborhood hood), an object (a construction product, a construction market, a technology, a resource, (Eg, order, business, risk, promising technology, supply of manpower, direction of company development, career development), and data related to type (forecasting, strategy establishment, analysis, diagnosis and guide presentation). In some embodiments, the meta information may further comprise data representing time.

For example, in the case where the provision request is "diagnosis of possibility of entering the construction market in Myanmar in 2021", the meta information included in the provision request includes data expressing the location "Myanmar", data expressing the target "construction market" Data expressing " advancement possibility " and data expressing type " diagnosis ".

In this manner, the construction knowledge platform 300 determines the functions corresponding to the provision request among the functions of the pre-established construction knowledge platform based on the meta information included in the provision request, Extracts content information for generating construction knowledge information, and generates the requested construction knowledge information through a predetermined process for the determined function based on the extracted content information, and provides the generated construction knowledge information to a user.

In one embodiment, the construction knowledge platform 300, in addition to the content information, generates construction knowledge information based further on the profile of the user who requested the provision.

A user's profile is a unique identification that represents a user, such as a user's type, name, level of construction knowledge, construction business capabilities (e.g., human scale, assets, project performance history, etc.), system usage history Element. The user's profile is mainly used when the providing request is specialized for customization (for example, commercialization strategy, order possibility, etc.), but can be used to partially specify the target market even in the case of a market analysis.

FIGS. 4-10 illustrate a process of generating construction knowledge information for each function through a process for each function according to the embodiments of the present invention.

In one embodiment, if the function corresponding to the provision request is determined to be a prospective promising market prospect, the construction promising market prospect process generates construction knowledge information for the prospective promising market prospect. The prospective entry market prospecting process consists of selecting a construction product; Calculating demand for the selected construction product through analysis of the construction market trend associated with the selected construction product; Selecting an emerging country based on the calculated demand; Analyzing the demand and the business environment of the selected construction product in the selected industrialized and selected emerging economies; And generating construction knowledge information for a promising market prospect based on the analysis results for the selected floating country.

Referring to FIG. 4, in some embodiments, a construction product that is a target for a prospective promising market prospect is constructed through a predefined construction commodity classification system based on meta information included in a provision request received by the construction knowledge platform 300 Is selected. For example, when the construction knowledge platform 300 receives a provision request including a construction product designated by the user, the construction product classification system matching the designated construction product is selected.

In some other embodiments, the construction knowledge platform 300 receives expert opinions based on content information associated with the promising technology prospects extracted from the technical information infrastructure module 270 and selects at least one suitable construction item from the construction product classification system . In this case, the construction knowledge information may include a reason for selection.

Thereafter, the construction knowledge platform 300 determines the construction market trends related to the construction products selected based on the construction market trend information (the scale of the construction product, the proportion of the construction product, etc.) extracted from the market information infrastructure module 220 . The construction knowledge platform 300 then analyzes the construction industry trends for the selected emerging countries (e.g., including demand for construction products and business environment for promising emerging markets) And select promising market candidates. In this case, the national security information extracted from the country information infrastructure module 210 can be used.

Thereafter, a prospective entry market is selected based on the selected prospective promising market candidates and content information related to the potential risk forecast extracted from the risk information infrastructure module 240, Based on the leading company information, the construction knowledge information for the prospective promising market prospect is generated.

In selecting an emerging market and selecting a prospective market candidate, the construction knowledge platform 300 may, in one embodiment, select each demand if the demand is greater than or equal to a predetermined threshold, and, in another embodiment, .

As such, the construction knowledge platform 300 analyzes the emerging construction product market, the industry in the region (country), the market trend, the demand and the business environment. As a result, Can be provided.

In one embodiment, when the function corresponding to the providing request is determined to be an order potential diagnosis, construction knowledge information on the order potential diagnosis is generated by the order potential diagnosis process. Selecting a construction market based on content information associated with a promising technology outlook and / or meta information included in a provision request; Analyzing trends in the selected construction market; Selecting an orderable market candidate based on the analysis result and analyzing the construction industry environment of the selected market candidate; Analyzing the market selection and business environment; Analyzing the requester's retention capability; And generating construction knowledge information about the order potentiality diagnosis in the selected order target market.

Referring to FIG. 5, the construction market is selected through the construction goods classification system based on the contents information related to the promising technology forecast and / or the meta information included in the providing request. Trends in selected construction markets and trends in relevant construction markets are analyzed based on the stability information of the countries involved in the construction market. In other words, we will analyze the trends of the global construction market from a macro perspective, and select a market that is likely to win. In some embodiments, an orderable market is selected based on demand and national stability information.

Then, based on the demand for the construction market, which is the result of the trend analysis, it is possible to select an orderable market candidate that is likely to win an order, and to select a construction company in the candidate market (for example, a leading company that entered the candidate market, Environment, etc.) and risk situation, and analyze the environment of the target market. Then, the capability of the requester (for example, the requesting company) is analyzed based on the organizational chart, job specification, etc. extracted from the human information infrastructure module 250. Here, the client's capacity to hold includes construction-related technologies, talents, experience, assets, and internal systems. Then, based on the analysis result of the target market and the requester, the construction knowledge information that diagnoses the possibility of winning the order in the target market is generated.

As such, the construction knowledge platform 300 can be used to identify the client's needs based on the analysis of the construction commodity market, the industry in the region (country), market trends and demand, business environment, It is possible to provide construction knowledge information that diagnoses the possibility of winning an order.

In one embodiment, when the function corresponding to the providing request is determined to form the commercialization strategy, the construction knowledge information on the commercialization strategy establishment is generated by the commercialization strategy establishment process. Wherein the commercialization strategy establishment process comprises: selecting an emerging country; Deriving an object of commercialization in the floating country; Deriving a candidate for commercialization based on construction knowledge information on a prospective market prospect; Deriving a required competency required of the requester for the commercialization candidate group based on the company information associated with the emerging country and the commercialization object; Analyzing the retaining capability of the requester; Comparing the required capability with the retention capability; And generating construction knowledge information on commercialization strategy establishment based on the comparison result.

Referring to FIG. 6, the construction knowledge platform 300 first selects a wounded country to select an object of commercialization. The construction knowledge platform 300 may select a floating country through the construction product classification system based on content information associated with the promising technology view or meta information included in the providing request.

After the emerging countries are selected, the construction knowledge platform 300 may generate various information and / or construction knowledge information (e.g., content information associated with the prospective promising market prospects and / or construction knowledge (Eg, construction goods and / or construction services) suitable for implementation in the injured country. In some embodiments, the construction knowledge platform 300 may send the content information of FIG. 6 to the first and / or second expert group to derive commercialization candidates and may further be based on expert input entered in response thereto . The inputted expert opinion includes data indicating a commercialization candidate group. In some other embodiments, the entered expert opinion may further include data indicating a range of business candidates, an advance time, a start and a start time for each business step, and the like.

In some embodiments, the construction knowledge platform 300 may utilize construction knowledge information for promising market prospects for the same requester. In some other embodiments, the construction knowledge platform 300 may utilize construction knowledge information for promising market prospects for other clients to enter.

The construction knowledge platform 300 may be configured to provide information on the business candidates to the requester based on the information of the enterprise associated with the emerging country and the object of commercialization (for example, the status information of the leading company or local company that has entered the emerging country and the business environment of the emerging country) Demand required capacity is derived. Thereafter, the requester capacity of the requester is analyzed, and the required capacity is compared with the retention capacity (Gap analysis). In some embodiments, the commercialization candidate with the lowest Gap analysis result may be determined to be commercialized. In some other embodiments, the construction knowledge platform 300 may send data associated with the request capability and data associated with the sponsor ' s capabilities to the first and / or second expert group and, based thereon, Generate Gap analysis results.

In some other embodiments, specific simulations of commercial candidates with comparative analysis may proceed. For example, you can design and simulate the merchantability and profitability of a commercialization target. The construction knowledge platform 300 can determine an object of commercialization based on simulation results of each candidate group. In this case, the Gap analysis can be performed only on the determined commercialization target.

The construction knowledge platform 300 generates construction knowledge information on commercialization strategy establishment based on comparison results and / or simulation results. The construction knowledge information on the establishment of the commercialization strategy includes the target of the commercialization, the scope, the advancement time, the launching and execution timing of each business stage, and the like.

In some embodiments, the construction knowledge platform 300 may generate construction knowledge information for commercialization strategy establishment based on construction knowledge information for orderability diagnostics and the like.

In some other embodiments, construction knowledge information on commercialization strategy establishment may be generated based further on the analytical results and / or forecasts of commercialization of the internal analysis department.

As described above, the construction knowledge platform 300 determines the strategy for the commercialization object selected based on the result of the commercialization of the product and profitability design simulation, the result of the business environment analysis, the result of the capability analysis of the client, And provide the established construction knowledge information.

In one embodiment, if a function corresponding to a provision request is determined to diagnose a construction market risk, construction knowledge information for a construction market risk diagnosis is generated by a construction market risk diagnostic process. The construction market risk diagnosis process includes: setting a business group based on data representing at least one of a construction product, a country, and a construction type included in a provision request; Analyzing trends of the business group and deriving potential risks; And analyzing the risk factors included in the potential risk to generate construction knowledge information on the risk diagnosis for the established business group.

Referring to FIG. 7, the business group is set based on at least one of the information related to the construction product, the country, and the type of construction included in the provision request. In some embodiments, the business group may be configured such that the construction knowledge platform 300 sends data associated with construction goods, countries and construction types to the first and / or second expert group and, in response, .

Thereafter, the project library including project information extracted from the market information infrastructure module 220, information on construction industry trends, construction market trend information, current status of construction companies (leading and local companies), integrated information on construction technology, Potential risk is derived through the construction risk monitoring system including the index, organizational chart for each construction product, and job description. The construction knowledge platform 300 analyzes the risk factors included in the potential risk and generates construction knowledge information on the risk diagnosis of the established business group. Here, risk factors include risk factors of the country, market, and enterprise.

In some embodiments, the construction knowledge platform 300 may generate construction knowledge information for the construction business risk diagnosis based on content information associated with the enterprise analysis and national policy. It may also be further based on content information associated with various issues (e.g., construction market issues, equipment issues).

In some other embodiments, the risk factor may be selected by the construction knowledge platform 300 by sending the potential risk results to the first and / or second expert group and receiving expert input entered in response thereto.

As described above, the construction knowledge platform 300 is a construction information platform (300) that is based on the analysis of the risk factors (country, market and enterprise) through the monitoring of the project status performed in the construction product market and the regional It can provide construction knowledge information that suggests the result of risk diagnosis and management direction.

In one embodiment, if a function corresponding to a provision request is determined to be a promising technology prospect, construction knowledge information for a promising technology prospect is generated by a prospecting technology prospecting process. The prospecting technology prospecting process includes selecting an emerging product; Analyzing a technology trend for a construction technique associated with the wounded product; And selecting a promising technology candidate based on the result of the technology trend analysis and generating construction knowledge information on a promising technology prospect.

Referring to FIG. 8, the construction knowledge platform 300 selects an emerging product. In some embodiments, the construction knowledge platform 300 selects a floatation product through at least one of a technology matrix and a construction goods classification system based on content information associated with a prospective market forecast or meta information included in a presentation request. The construction knowledge platform 300 is in a state where the designated construction product is preprocessed through the construction product classification system when the floatation product is selected based on the designated construction product included in the provision request.

Then, the required technology related to the floatation product is derived through a predefined product-technology matrix, and various contents information shown in FIG. 8 is extracted from each information infrastructure module 200 to analyze the technology trend. The construction knowledge platform 300 selects promising technology candidates based on the analysis results, and generates construction knowledge information on the promising technology prospects based on the construction knowledge information on the promising market prospect, the construction project potential risk information, and the like. In some embodiments, the promising technology candidates and / or promising technologies may be selected by the construction knowledge platform 300 by sending the potential risk results to the first and / or second expert group, .

Thus, the construction knowledge platform 300 can provide the construction knowledge information that derives the required technologies related to the construction products and analyzes the technology trends to select and forecast promising technologies.

In one embodiment, if the function corresponding to the provision request is determined by the manpower supply / demand forecast, the manpower supply forecasting process generates construction knowledge information about the manpower supply / demand forecast. The manpower supply forecasting process includes selecting a wounded market; Deriving the demand for the human resources required for the injury market; And generating construction knowledge information on the human resource supply and demand forecast based on the derived demand result and content information related to the enterprise, the promising technology, and the construction manpower trend.

Referring to FIG. 9, an emerging market is selected through a construction product classification system based on a construction product included in a provision request received by the construction knowledge platform 300. Then, the required human resources are derived based on job classification system, organizational chart of each construction product, and technology - product matrix, and the quantitative demand and qualitative demand of human resources are derived. Here, as shown in FIG. 9, the construction knowledge platform 300 is configured to display the trends and forecasts of the construction industry in each country, the trends and forecasts of the construction industry, the status of construction companies, From the information infrastructure module 200, which stores content information related to classification systems, construction equipment issues, trends, and the like.

The construction knowledge platform 300 generates construction knowledge information on the human resource supply and demand forecast based on the derived demand result and the content information related to the enterprise, the promising technology, and the construction manpower trend.

In some embodiments, the construction knowledge information about the manpower supply and demand forecasts can be generated based on the construction knowledge information for commercialization strategy establishment.

As such, the construction knowledge platform 300 can provide the construction knowledge information on the manpower supply and demand outlook as a result of analyzing the tendency of supply and demand of human resources as a result of deriving quantitative and qualitative demand of the demanding personnel related to the construction product. Furthermore, it can provide construction knowledge information that suggests a guide to supply and demand forecasts based on the outlook results.

In one embodiment, when the function corresponding to the providing request is determined by establishing the enterprise development strategy, the construction knowledge information about the enterprise development strategy establishment is generated by the enterprise development strategy establishment process. Wherein the business development strategy establishment process comprises: selecting an emerging market; A step of deriving the possibility of entering the injured market; Analyzing the advancing capability of the requester based on the advance possibility and the retaining capability of the requester; And generating construction knowledge information on the establishment of the enterprise development strategy based on the analysis result.

Referring to FIG. 10, the construction knowledge platform 300 selects a flood market through a construction product classification system based on content information associated with a promising technology prospect. Then, various contents information shown in FIG. 10 is extracted from each information infrastructure module 200, and the possibility of entering into the floating market is derived. Thereafter, as shown in FIG. 10, the competence of the requester is analyzed based on the possibility of advancement and the competency of the requester, and knowledge information such as order potential diagnosis information, commercialization strategy establishment knowledge information, And / or enterprise analysis information based on the content information.

In some embodiments, an enterprise's entry competency may be analyzed through a competency diagnostic program stored in the information infrastructure modules 250 and 270. In some other embodiments, a Gap analysis comparing the sponsor ' s retention capacity with the client ' s entry competency may be performed by the construction knowledge platform 300 by sending the potential risk results to the first and / or second expert group, By receiving the expert opinion. In addition, a countermeasure can be selected based on the Gap analysis.

In some other embodiments, the construction knowledge platform 300 may generate construction knowledge information based further on the content information associated with the construction technology integration.

Thus, the construction knowledge platform 300 provides construction knowledge information on establishment of the enterprise development strategy including the enterprise development strategy including the corresponding strategy based on the result of the analysis of the enterprise capacity.

Fig. 11 is a diagram showing exemplary data included in construction knowledge information according to an embodiment of the present invention, and Fig. 12 is a diagram showing details of construction information included in construction knowledge information according to an embodiment of the present invention Fig.

As shown in Fig. 11, the construction knowledge information includes data representing a knowledge type, an input source, a knowledge information user, a corresponding product group, or a corresponding region. Here, the code name data is data representing a code and a name. For example, the government code name data is composed of data indicating the name and code of the government (department), and can be classified according to a specific knowledge accumulation system. For example, it can be classified and stored as a type of knowledge information, a subject, a source data, a user, a corresponding construction product group, a region, and a combination thereof.

Also, the construction knowledge information may include information related to the content of FIG. 12 in detail. It should be apparent to those skilled in the art that the details shown in FIG. 12 are merely exemplary and may include more, fewer, or changed details.

In some embodiments, the construction knowledge information may further comprise data (e.g., analysis sub-code) associated with a group of experts providing expert opinions for generating various construction knowledge information.

Figure 13 is a relationship diagram between a construction knowledge platform and a functional sub-platform, according to an embodiment of the present invention.

The construction knowledge platform 300 may include a sub-platform 400 in the form of a combination of information infrastructure modules 210-290 for retrieving the necessary content according to a specific function, Knowledge information on in-depth analysis and in-depth prediction according to functions can be generated. The construction knowledge platform 300 determines a function corresponding to the requested construction knowledge information when receiving a provision request for the construction knowledge information from the user, and generates the requested construction knowledge information for the sub-platform in charge of the corresponding function .

Each sub-platform 400 generates construction knowledge information and the like through the process of FIGS. 4-10 described above. The sub-platform 400 shown in Fig. 13 is merely exemplary, and the sub-platform 400 may be generated more, less, or changed depending on the function or the combination of information infrastructure modules.

The construction knowledge hub center 100 may classify, store, and reuse the case of providing the construction knowledge information to the requesting user and / or the case of using it as the input source for generating other construction knowledge information. In some of the above embodiments, the right to use the construction knowledge information may be set to be different.

In some embodiments, the construction knowledge hub center 100 may provide the construction knowledge information (e.g., construction information) generated by the construction knowledge platform 300 in a predetermined cycle (e.g., quarterly or yearly) To the user.

As such, the construction knowledge platform 300 can provide various types of construction knowledge information including the view results based on the analysis result, as a result of analyzing the content information, by customizing the provision information of the user.

The operation by the knowledge providing method of the construction knowledge hub center 100 according to the embodiments described above can be implemented at least partly by a computer program.

In addition, the operation by the knowledge providing method of the construction knowledge hub center 100 can be recorded in a computer-readable recording medium. The construction information hub 100 according to the embodiments of the present invention may be a program for implementing operations by the knowledge providing method of the hub 100 and a computer-readable recording medium may be any type of recording apparatus for storing data that can be read by a computer . Examples of the computer-readable recording medium include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage, and the like. The computer readable recording medium may also be distributed over a networked computer system so that computer readable code is stored and executed in a distributed manner.

While the invention has been shown and described with reference to certain embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. However, it should be understood that such modifications are within the technical scope of the present invention. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

Claims (13)

A knowledge providing method of a construction knowledge hub center including an information infrastructure module in which contents information used to generate construction knowledge information is stored and a construction knowledge platform in cooperation with the information infrastructure module,
The construction knowledge platform receiving a provision request for construction knowledge information through a terminal device of a user;
Determining a function of the construction knowledge platform corresponding to the providing request, the function of the construction knowledge platform including a promising market prospect, and the function of the construction knowledge platform being determined based on the meta information included in the providing request ;
Extracting content information for generating the requested construction knowledge information from an information infrastructure module associated with the determined function; And
And generating the requested construction knowledge information based on the extracted contents information through a predetermined process for the determined function,
If the determined function is a promising promising market prospect, construction knowledge information on promising promising market prospects is generated through a prospective promising market prospecting process, and the prospective promising market prospecting process is included in content information and provision request related to promising technology prospect Selecting an item of construction based on at least one of the meta information; Calculating demand for the selected construction product through analysis of the construction market trend associated with the selected construction product; Selecting an emerging country based on the calculated demand; Analyzing the demand and the business environment of the selected construction product in the selected industrialized and selected emerging economies; And generating construction knowledge information for a promising market prospect based on analysis results for the selected floating country and content information related to the entry stability to the floating country,
Wherein the step of selecting a floating country based on the calculated demand is characterized by selecting a country having a predetermined threshold value or more as a floating country in the country where demand is calculated,
Wherein the business environment includes stability information for the selected floating country extracted from the information infrastructure module,
Wherein the stability information for the emerging country is represented by an index calculated based on content information associated with a predetermined factor for each field in one or more fields of economy, industry, market field, and financial field. How the center provides knowledge. The method according to claim 1,
Wherein the meta information includes at least one of a location, a construction product, and data representing a type of construction knowledge information. The method according to claim 1,
The construction knowledge information is generated based on the profile of the user,
The user's profile includes data representing at least one of a type of a user, a name, a construction knowledge level, a human scale, an asset, a construction business capability including a project execution history, and a construction knowledge hub center usage history. How to provide knowledge. The method according to claim 1,
The function of the construction knowledge platform may include at least one of the following: diagnosis of order potential, establishment of commercialization strategy, diagnosis of construction business risk, promising technology outlook, supply and demand forecast of manpower, and establishment of enterprise development strategy. 5. The method of claim 4,
If the determined function is an order possibility diagnosis, the construction knowledge information for the order possibility diagnosis is generated through the order possibility diagnosis process, and the order possibility diagnosis process is performed based on the content information related to the prospective market forecast and the meta information Selecting a construction market based on at least one; Analyzing trends in the selected construction market; Selecting an orderable market candidate based on the analysis result and analyzing the construction industry environment of the selected market candidate; Analyzing the market selection and business environment; Analyzing the requester's retention capability; And generating construction knowledge information for the order potentiality diagnosis in the selected order target market. 5. The method of claim 4,
In the case where the determined function is a commercialization strategy establishment, construction knowledge information on commercialization strategy establishment is generated through a commercialization strategy establishment process, and the commercialization strategy establishment process is a process of establishing the commercialization strategy by using the content information related to the prospective market forecast and the meta information Selecting a wounded country based on at least one; Deriving an object of commercialization in the floating country; Deriving a commercial candidate group; Deriving a required competency required of the requester for the commercialization candidate group based on the company information associated with the emerging country and the commercialization object; Analyzing the retaining capability of the requester; Comparing the required capability with the retention capability; And generating construction knowledge information on commercialization strategy establishment based on the comparison result. 5. The method of claim 4,
If the determined function is determined as a construction business risk diagnosis, the construction knowledge information for the construction business risk diagnosis is generated through the construction business risk diagnosis process, and the above-mentioned construction business risk diagnosis process includes at least one of the construction product, Setting a business group based on the data representing the business group; Analyzing trends of the business group and deriving potential risks; Selecting a risk factor included in the potential risk; And generating construction knowledge information for a construction business risk diagnosis including information diagnosed by a selected risk factor for a set business group. 5. The method of claim 4,
If the determined function is determined to be a promising technology prospect, the construction knowledge information on the promising technology prospect is generated through a prospective technology prospecting process, and the prospecting technology prospecting process is performed using content information associated with the promising technology prospect and meta Selecting an emerging product based on at least one of the information; Analyzing a technology trend for a construction technique associated with the wounded product; And a step of selecting a promising technology candidate based on the result of the technology trend analysis and generating construction knowledge information on a promising technology prospect. 5. The method of claim 4,
If the determined function is determined to be a manpower supply / demand forecast, the construction knowledge information on the manpower supply and demand forecast is generated through the manpower supply forecasting process, and the manpower supply forecasting process selects the injury market based on the meta information included in the supply request ; Deriving the demand for the human resources required for the injury market; And generating construction knowledge information on a human resource supply / demand forecast based on the derived demand result and content information related to a company, a promising technology, and construction manpower trend. 5. The method of claim 4,
If the determined function is determined to establish the enterprise development strategy, the construction knowledge information for establishing the enterprise development strategy is generated through the enterprise development strategy establishment process, and the process for establishing the enterprise development strategy includes the content information related to the prospective market forecast, Selecting an injury market based on at least one of meta information included in the at least one meta information; A step of deriving the possibility of entering the injured market; Analyzing the entry capability of the target enterprise based on the possibility of entry and the capability of the target enterprise; And generating construction knowledge information on establishing a company development strategy based on the analysis result. The method according to claim 1,
Further comprising generating a sub-platform for each function of the construction knowledge platform,
Wherein the sub platform is interlocked with an information infrastructure module storing content information for generating function specific construction knowledge information, and the construction knowledge information for each function is generated by each sub platform. A computer-readable medium having stored thereon program instructions readable by a computer and operable by the computer, the program instructions being executable by a processor of the computer, wherein the processor is any one of claims 1 to 11 A computer-readable recording medium for performing a knowledge providing method of a construction knowledge hub center according to one clause. A computer program stored in a computer readable recording medium readable by a computer, the program instructions of the computer program being executed by a processor of the computer, the processor comprising: A computer program that allows knowledge hub centers to perform knowledge provisioning methods.

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