CN104850622A - Method and system for collecting and analyzing information by using visual graph - Google Patents
Method and system for collecting and analyzing information by using visual graph Download PDFInfo
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- CN104850622A CN104850622A CN201510253977.9A CN201510253977A CN104850622A CN 104850622 A CN104850622 A CN 104850622A CN 201510253977 A CN201510253977 A CN 201510253977A CN 104850622 A CN104850622 A CN 104850622A
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/80—Information retrieval; Database structures therefor; File system structures therefor of semi-structured data, e.g. markup language structured data such as SGML, XML or HTML
- G06F16/83—Querying
- G06F16/838—Presentation of query results
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- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
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Abstract
The present invention discloses a method and system for collecting and analyzing information by using a visual graph. The method comprises: step I, defining information elements which need to be collected; step II, collecting object instance data of the information elements according to the defined information elements; step III, memorizing the object instance data, recording the object instance data of different information elements, and structuring query information of each piece of the object instance data; step IV, querying the needed information elements according to the query information of the memorized object instance data, and performing early warning analysis on the information elements. The method and system according to the present invention have the beneficial effects that more succinct and more visual information input is provided for operators, the difficult problem that a traditional system fails to adapt to the input and the organizing of complex information in dynamic changes is solved, and the problem that the traditional system fails to achieve off-line data collecting is solved.
Description
Technical field
The present invention relates to the information acquiring technology field of visualized graphs, in particular to a kind of method and system utilizing visualized graphs to carry out information acquisition and analysis
Background technology
Along with the widespread use of computer technology in recent years, computing machine is utilized to have huge progress to the acquisition and processing of the information of carrying out.But at present in information platform and related application, the information loose to vital of whole information platform, the weak link that the collection of that namely do not embody obvious relevance, discrete information and analytical work are still larger, imbody in the following areas:
1, the sheet information of faling apart in a large amount of routine work is difficult to gather and management.Sheet fall apart information due to and have uncertain and provisional, be difficult to enter existing infosystem and carry out gathering and managing, and often can only leave in the notebook of analyst, in brain, cause information useful to be in a large number difficult to utilize.
2, the sheet information of faling apart covers a large amount of specific informations, often has more value to the analysis of information.
3, current existing information acquisition system is difficult to the collection typing solving the complex information that sheet falls apart.Traditional information acquisition management system based on list typing can only the relatively-stationary information element of typing, and requires that analyst carries out standardization to information.But a lot of complicated interim information is very flexible in real work, be difficult to express intuitively and the various information element of typing by existing system.
4, at present a lot of information studies and judges analytical technology and system just based on existing business and integrated data, such as resources bank, tourism system etc., by precise information item, such as I.D., phone etc., Query Information from existing data, and a large amount of sheets that have ignored daily collection fall apart, fuzzy, uncertain information, being badly in need of new technology and product can fall apart these sheets information acquisition management, and realizes information inquiry, analysis on this kind of information data basis.
5, at present a lot of information studies and judges analytical technology and system is also just Network Based carries out Gather and input, cannot do off-line unit Gather and input, cause under the off-line case not having network, cannot realize the timely collection of information.
Current information management system is main mainly with traditional list mode typing, can solve information acquisition problem that is fixing, relative standard, but there is larger limitation for typing that is relatively unfixed, fuzzy, complex information, shows:
1, the form of list typing solidifies relatively, is difficult to process the information acquisition typing with the continuous running modification of business.In routine duties, that collects has very strong randomness and uncertainty with the relevant information of work, this traditional mode of list typing due to had cured during the design the element item of likely typing, so be difficult to the unfixed difficult problem of element item in solution information.
2, conventional information acquisition system is difficult to the various running modification of acquisition management, information that is fuzzy, uncertain complexity.Because legacy system often can only store main information key element, and is difficult to the information element of the complexity in storage information.
Summary of the invention
For solving the problem, the object of the present invention is to provide a kind of utilize visualized graphs to realize information typing, storage, analysis, the information acquisition of inquiry and the method and system of analysis.
The invention provides a kind of method utilizing visualized graphs to carry out information acquisition and analysis, it is characterized in that, comprising:
Step 1, definition needs the information element gathered;
Step 2, according to the described information element of definition, gathers the object instance data of described information element;
Step 3, stores described object instance data, records the object instance data of different information element, and constructs the Query Information of each object instance data;
Step 4, according to the Query Information of the object instance data stored, the information element required for inquiry also carries out early warning analysis to information element.
Further improve as the present invention, step 1 comprises:
Step 101, the information element gathered as required, definition is used for the list structure of image data that backstage stores, and comprises the dictionary item of field name, Chinese description, data type, data length and correspondence, and in background data base, creates corresponding tables of data;
Step 102, the information element gathered as required, definition is used for the attribute of the acquisition target type at interface, foreground, comprises object oriented, icon, identification item and data item.
Further improve as the present invention, step 2 comprises:
Step 201, selects the object type needing to gather, according to the attribute of described object type, the object instance of a described object type is generated in information acquisition scene, comprise icon and data item to be collected, according to data item and the form of described object type, object instance data described in typing;
Step 202, repeats step 201, generates other object instance, all object sample datas of typing, and describe object instance described in each by the mode of line and textual description.
Further improve as the present invention, step 3 comprises:
The object instance data gathered in same information acquisition scene are stored with a big field, are stored as XML file form by data by step 301;
Step 302, the object instance data gathered in different information acquisition scene are classified according to the data structure of acquisition tables and deposits, the query elements of each object instance data is left in full-text query table, and constructs the Query Information of each object instance data.
Further improve as the present invention, step 4 comprises:
Step 401, according to the data structure of acquisition tables, navigates in concrete information acquisition scene, by the data reproduction of described information acquisition scene out;
Step 402, according to the Query Information of each object instance data, navigate to the object instance data meeting described information element, the object instance data gathered in different information acquisition scene are collected in same query interface and represents, by object instance data acquisition high for the centrad method display emphasized, realize the early warning to all object instance data.
Present invention also offers a kind of system utilizing visualized graphs to carry out information acquisition and analysis, it is characterized in that, comprising:
Information definition module, definition needs the information element gathered;
Information acquisition module, according to the described information element of definition, gathers the object instance data of described information element;
Information storage module, stores described object instance data, records the object instance data of different information element, and constructs the Query Information of each object instance data;
Information inquiry analysis module, according to the Query Information of the object instance data stored, the information element required for inquiry also carries out early warning analysis to information element.
Further improve as the present invention, described information definition module comprises:
Backstage definition module, the information element gathered as required, definition is used for the list structure of image data that backstage stores, and comprises the dictionary item of field name, Chinese description, data type, data length and correspondence, and in background data base, creates corresponding tables of data;
Foreground definition module, the information element gathered as required, definition is used for the attribute of the acquisition target type at interface, foreground, comprises object oriented, icon, identification item and data item.
Further improve as the present invention, described information acquisition module comprises:
Data inputting module, according to described foreground definition module, select the object type needing to gather, according to the attribute of described object type, the object instance of a described object type is generated in information acquisition scene, comprise icon and data item to be collected, according to data item and the form of described object type, object instance data described in typing;
Graphical describing module, utilizes other object instance of described data inputting CMOS macro cell, all object sample datas of typing, and describes object instance described in each by the mode of line and textual description.
Further improve as the present invention, described information storage module comprises:
The object instance data gathered in same information acquisition scene are stored with a big field, are stored as XML file form by data by memory module;
Storage module, the object instance data gathered in different information acquisition scene are classified according to the data structure of acquisition tables and deposits, the query elements of each object instance data is left in full-text query table, and constructs the Query Information of each object instance data.
Further improve as the present invention, described information inquiry analysis module comprises:
Locating module, according to the data structure of the acquisition tables in described storage module, navigates in concrete information acquisition scene, by the data reproduction of described information acquisition scene out;
Warning module, according to the Query Information of each object instance data, navigate to the object instance data meeting described information element, the object instance data gathered in different information acquisition scene are collected in same query interface and represents, by object instance data acquisition high for the centrad method display emphasized, realize the early warning to all object instance data.
Beneficial effect of the present invention is:
1, provide provide more succinctly for business personnel, Data Enter intuitively.Relative to the Data Enter of traditional form mode, graphical typing mode more can expressing information business connotation intuitively.Service-user need not be confined to fixing input format that system presets and collection project carries out typing, and the information element such as personage, address, article taking patterned mode to set up to comprise in information, and graphically record, business personnel need not organize entry information project according to stiff computing machine list mode, and can organize and Information Monitoring according to raw information; Do not need to carry out too many use training to user of service simultaneously yet, and the mode of graphical operation the most intuitively taking each business personnel to understand, the work of daily information is made to become more succinct and directly perceived, the thinking of the business personnel that more fits and operating habit.
2, graphical information acquisition method can solve legacy system be difficult to adapt to dynamic change complex information typing and organize a difficult problem.Traditional information acquisition system based on list generally can only comprise fixing limited element item at the collection input interface designed, but the limitation of this technical approach is the element item can only supporting pre-designed good determination.In reality business, the feature of information be but a kind of temporarily, uncertain, dynamic change, patterned way can realize this information acquisition typing very easily.
3, the off-line collection of graphical information collection can solve legacy system and is difficult to realize off-line image data.Situation is very complicated in routine duties, and a lot of information acquisition scene all occurs in the incomplete region of networking.Off-line acquisition system solves need not to finish drilling work at thread environment, and support that offline mode is based on local desktop Gather and input, all operations is consistent with online effect, especially more convenient when a large amount of Information Monitoring.Thus the operability of user and the consistance of data are well embodied.
Accompanying drawing explanation
Fig. 1 is a kind of process flow diagram utilizing visualized graphs to carry out the method for information acquisition and analysis described in the embodiment of the present invention;
Fig. 2 is a kind of structural drawing utilizing visualized graphs to carry out the system of information acquisition and analysis described in the embodiment of the present invention.
Embodiment
Also by reference to the accompanying drawings the present invention is described in further detail below by specific embodiment.
Embodiment 1, as shown in Figure 1, a kind of method utilizing visualized graphs to carry out information acquisition and analysis of the embodiment of the present invention, comprising:
Step 1, definition needs the information element gathered;
Step 2, according to the described information element of definition, gathers the object instance data of described information element;
Step 3, stores described object instance data, records the object instance data of different information element, and constructs the Query Information of each object instance data;
Step 4, according to the Query Information of the object instance data stored, the information element required for inquiry also carries out early warning analysis to information element.
Wherein, step 1 comprises:
Step 101, the information element gathered as required, definition is used for the list structure of image data that backstage stores, and comprises the dictionary item of field name, Chinese description, data type, data length and correspondence, and in background data base, creates corresponding tables of data;
Step 102, the information element gathered as required, definition is used for the attribute of the acquisition target type at interface, foreground, comprises object oriented, icon, identification item and data item.
Wherein, step 2 comprises:
Step 201, selects the object type needing to gather, according to the attribute of described object type, the object instance of a described object type is generated in information acquisition scene, comprise icon and data item to be collected, according to data item and the form of described object type, object instance data described in typing;
Step 202, repeats step 201, generates other object instance, all object sample datas of typing, and describe object instance described in each by the mode of line and textual description.
Wherein, step 3 comprises:
The object instance data gathered in same information acquisition scene are stored with a big field, are stored as XML file form by data by step 301;
Step 302, the object instance data gathered in different information acquisition scene are classified according to the data structure of acquisition tables and deposits, the query elements of each object instance data is left in full-text query table, and constructs the Query Information of each object instance data.
Wherein, step 4 comprises:
Step 401, according to the data structure of acquisition tables, navigates in concrete information acquisition scene, by the data reproduction of described information acquisition scene out;
Step 402, according to the Query Information of each object instance data, navigate to the object instance data meeting described information element, the object instance data gathered in different information acquisition scene are collected in same query interface and represents, by object instance data acquisition high for the centrad method display emphasized, realize the early warning to all object instance data.
Embodiment 2, as shown in Figure 2, present invention also offers a kind of system utilizing visualized graphs to carry out information acquisition and analysis, comprising:
Information definition module, definition needs the information element gathered;
Information acquisition module, according to the described information element of definition, gathers the object instance data of described information element;
Information storage module, stores described object instance data, records the object instance data of different information element, and constructs the Query Information of each object instance data;
Information inquiry analysis module, according to the Query Information of the object instance data stored, the information element required for inquiry also carries out early warning analysis to information element.
Wherein, information definition module comprises:
Backstage definition module, the information element gathered as required, definition is used for the list structure of image data that backstage stores, and comprises the dictionary item of field name, Chinese description, data type, data length and correspondence, and in background data base, creates corresponding tables of data;
Foreground definition module, the information element gathered as required, definition is used for the attribute of the acquisition target type at interface, foreground, comprises object oriented, icon, identification item and data item.
Information definition module mainly realizes the definition of the various information key element mainly paid close attention to for information service, user can according to this department's vocational work to the division of information and organizational form definition information feature model, such as, carry out definition information key element according to the conventional personage of business, article, address, mechanism, event or carry out appropriate reconstruction on this basis.Different information element type can also define its subtype; Often kind of information element type can the attribute of self-defined information key element.
Wherein, information acquisition module comprises:
Data inputting module, according to described foreground definition module, select the object type needing to gather, according to the attribute of described object type, the object instance of a described object type is generated in information acquisition scene, comprise icon and data item to be collected, according to data item and the form of described object type, object instance data described in typing;
Graphical describing module, utilizes other object instance of described data inputting CMOS macro cell, all object sample datas of typing, and describes object instance described in each by the mode of line and textual description.
Information acquisition module divides network collection module and unit off-line acquisition module, and they are the concrete input functions for solving information.Concrete information according to the information element model of systemic presupposition, can be carried out the typing of tissue and data by business personnel according to the various analytical information key elements in information element model.Because information element relation freely can be defined by user, so the information type and number that gather various change can be processed when Data Enter, accomplish the collection typing of wysiwyg.Meanwhile, can organize according to information acquisition scene, in units of chart entity, carry out maintenance and management, carry out the collection typing of bulk information.
Wherein, information storage module comprises:
The object instance data gathered in same information acquisition scene are stored with a big field, are stored as XML file form by data by memory module;
Storage module, the object instance data gathered in different information acquisition scene are classified according to the data structure of acquisition tables and deposits, the query elements of each object instance data is left in full-text query table, and constructs the Query Information of each object instance data.
Wherein, information inquiry analysis module comprises:
Locating module, according to the data structure of the acquisition tables in described storage module, navigates in concrete information acquisition scene, by the data reproduction of described information acquisition scene out;
Warning module, according to the Query Information of each object instance data, navigate to the object instance data meeting described information element, the object instance data gathered in different information acquisition scene are collected in same query interface and represents, by object instance data acquisition high for the centrad method display emphasized, realize the early warning to all object instance data.
Information inquiry analysis module mainly realizes based on gathering the integrated information database set up, carry out the analysis and utilization of various ways, comprise traditional information inquiry, patterned Information expansion, information analysis early warning etc., mutually can also supplement with the various information in existing business data in addition, thus realize the comprehensive analysis and utilization of information.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. utilize visualized graphs to carry out a method for information acquisition and analysis, it is characterized in that, comprising:
Step 1, definition needs the information element gathered;
Step 2, according to the described information element of definition, gathers the object instance data of described information element;
Step 3, stores described object instance data, records the object instance data of different information element, and constructs the Query Information of each object instance data;
Step 4, according to the Query Information of the object instance data stored, the information element required for inquiry also carries out early warning analysis to information element.
2. a kind of method utilizing visualized graphs to carry out information acquisition and analysis according to claim 1 is characterized in that, step 1 comprises:
Step 101, the information element gathered as required, definition is used for the list structure of image data that backstage stores, and comprises the dictionary item of field name, Chinese description, data type, data length and correspondence, and in background data base, creates corresponding tables of data;
Step 102, the information element gathered as required, definition is used for the attribute of the acquisition target type at interface, foreground, comprises object oriented, icon, identification item and data item.
3. a kind of method utilizing visualized graphs to carry out information acquisition and analysis according to claim 1 is characterized in that, step 2 comprises:
Step 201, selects the object type needing to gather, according to the attribute of described object type, the object instance of a described object type is generated in information acquisition scene, comprise icon and data item to be collected, according to data item and the form of described object type, object instance data described in typing;
Step 202, repeats step 201, generates other object instance, all object sample datas of typing, and describe object instance described in each by the mode of line and textual description.
4. a kind of method utilizing visualized graphs to carry out information acquisition and analysis according to claim 1 is characterized in that, step 3 comprises:
The object instance data gathered in same information acquisition scene are stored with a big field, are stored as XML file form by data by step 301;
Step 302, the object instance data gathered in different information acquisition scene are classified according to the data structure of acquisition tables and deposits, the query elements of each object instance data is left in full-text query table, and constructs the Query Information of each object instance data.
5. a kind of method utilizing visualized graphs to carry out information acquisition and analysis according to claim 1 is characterized in that, step 4 comprises:
Step 401, according to the data structure of acquisition tables, navigates in concrete information acquisition scene, by the data reproduction of described information acquisition scene out;
Step 402, according to the Query Information of each object instance data, navigate to the object instance data meeting described information element, the object instance data gathered in different information acquisition scene are collected in same query interface and represents, by object instance data acquisition high for the centrad method display emphasized, realize the early warning to all object instance data.
6. utilize visualized graphs to carry out a system for information acquisition and analysis, it is characterized in that, comprising:
Information definition module, definition needs the information element gathered;
Information acquisition module, according to the described information element of definition, gathers the object instance data of described information element;
Information storage module, stores described object instance data, records the object instance data of different information element, and constructs the Query Information of each object instance data;
Information inquiry analysis module, according to the Query Information of the object instance data stored, the information element required for inquiry also carries out early warning analysis to information element.
7. a kind of system utilizing visualized graphs to carry out information acquisition and analysis according to claim 6, it is characterized in that, information definition module comprises:
Backstage definition module, the information element gathered as required, definition is used for the list structure of image data that backstage stores, and comprises the dictionary item of field name, Chinese description, data type, data length and correspondence, and in background data base, creates corresponding tables of data;
Foreground definition module, the information element gathered as required, definition is used for the attribute of the acquisition target type at interface, foreground, comprises object oriented, icon, identification item and data item.
8. a kind of system utilizing visualized graphs to carry out information acquisition and analysis according to claim 6, it is characterized in that, information acquisition module comprises:
Data inputting module, according to described foreground definition module, select the object type needing to gather, according to the attribute of described object type, the object instance of a described object type is generated in information acquisition scene, comprise icon and data item to be collected, according to data item and the form of described object type, object instance data described in typing;
Graphical describing module, utilizes other object instance of described data inputting CMOS macro cell, all object sample datas of typing, and describes object instance described in each by the mode of line and textual description.
9. a kind of system utilizing visualized graphs to carry out information acquisition and analysis according to claim 6, it is characterized in that, information storage module comprises:
The object instance data gathered in same information acquisition scene are stored with a big field, are stored as XML file form by data by memory module;
Storage module, the object instance data gathered in different information acquisition scene are classified according to the data structure of acquisition tables and deposits, the query elements of each object instance data is left in full-text query table, and constructs the Query Information of each object instance data.
10. a kind of system utilizing visualized graphs to carry out information acquisition and analysis according to claim 6, it is characterized in that, information inquiry analysis module comprises:
Locating module, according to the data structure of the acquisition tables in described storage module, navigates in concrete information acquisition scene, by the data reproduction of described information acquisition scene out;
Warning module, according to the Query Information of each object instance data, navigate to the object instance data meeting described information element, the object instance data gathered in different information acquisition scene are collected in same query interface and represents, by object instance data acquisition high for the centrad method display emphasized, realize the early warning to all object instance data.
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Application publication date: 20150819 |