CN109889617A - A kind of Internet of Things object analytic method and system based on geographical location - Google Patents
A kind of Internet of Things object analytic method and system based on geographical location Download PDFInfo
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Abstract
The present invention provides a kind of Internet of Things object analytic method and system based on geographical location, comprising: root grade parses node, for parsing the object of corresponding country level；Second level parses node, for parsing the object in corresponding region；Three-level parses node, for parsing the object in corresponding city；Wherein, described grade parsing node parses corresponding second level according to country field and area field and parses node, second level parses node and parses corresponding three-level parsing node according to area field and city fields, and three-level parses node and obtains satisfactory object information according to city fields and feature field.The present invention can effectively disperse to parse pressure, improve analyzing efficiency, and object information belonging to the management of each Site autonomy；Realize more efficient, fast and accurate object parsing.
Description
Technical field
The present invention relates to a kind of Internet of Things object analytic method and system based on geographical location, belongs to internet of things field,
It can be applied under internet of things field realize the parsing function to object based on geographical location.
Background technique
Recently as the rapid development of technology of Internet of things, the type of object is more and more abundant in Internet of Things, Internet of Things object
The quantity of body is also rapidly developing, and how to be accurately resolved to object, thus well using object provide function with
Service, just at a urgent demand.Now, Internet of Things object parsing there are the problem of mainly have the following aspects:
First is that the field that Internet of Things is related to is various, each different field is often that respective application demand proposes to correspond to
Solution, different coding rules is possessed again to mark of object etc. in each different solution, unified rule
Model.
Article Numbering Center of China is directed to the unique identification of object, proposes Ecode country Internet of Things mark system.
Ecode is the abbreviation of Entity code for IOT, its proposition has followed uniqueness, compatibility, scalability, safety
With the principles such as practicability, it is suitable for the various physical entities of Internet of Things, pseudo-entity.The general structure of Ecode coding is divided into three sections
Formula: " version+coding scheme mark+primary key ".Version (version, V): for distinguishing the Ecode of different data structure.Coding
System mark (numbering system identifier, NSI): it is used to indicate the code of a certain mark system.Primary key
(master data code, MD): for indicating the coding of certain industry or application system Plays.According to the identifying body
System can carry out the object identification parsing based on mark.
The technology is studied mainly for the unique identification characteristic in object, and main center of gravity is not put into object
On analytic method, and without proposing the Internet of Things analytic method based on geographical location.
Even if having had now similar to unified coding standard as Ecode, but in real system, using coding
The object of standard is also less.Due to such status, so that the object parsing based on object identification is extremely difficult.
Second is that present Internet of Things application is being done things in his own way mostly, not yet have a widespread consensus is similar to DNS system
The analyzing platform of system, there has been no being capable of blanket Internet of Things object analytic method.
Third is that the object now for internet of things field parses, more all carried out by the way of search, there has been no true
The universal general character rule for just summarizing object, provides the Internet of Things object analytic method of real parsing function.
Summary of the invention
The purpose of the present invention is what is be achieved through the following technical solutions.
The Internet of Things object analytic method and system, emphasis that the invention proposes a kind of based on geographical location summarize Internet of Things
Important geographical location information under net environment can parse for the object under environment of internet of things and provide a kind of method and system.
Specifically, according to an aspect of the invention, there is provided a kind of Internet of Things object based on geographical location parses system
System, comprising:
Root grade parses node, for parsing the object of corresponding country level；
Second level parses node, for parsing the object in corresponding region；
Three-level parses node, for parsing the object in corresponding city；
Wherein, described grade parsing node parses corresponding second level according to country field and area field and parses node,
Second level parses node and parses corresponding three-level parsing node according to area field and city fields, and three-level parses node according to city
City's field and feature field obtain satisfactory object information.
Preferably, the standardization expression format of the object includes: feature, city, region, country.
Preferably, described grade parsing node may be implemented to parse object standardization expression, by general information norm
The standardization expression for turning to feature, city, region, four sections of country, to carry out subsequent parsing.
Preferably, the described affiliated second level of grade parsing node administration parses node, finds out the state of affiliated two-level node.
Preferably, the affiliated three-level of the second level parsing node administration parses node, finds out the shape of affiliated three-level parsing node
State.
Preferably, the three-level parsing node administration belongs to the object information of three-level parsing node, realizes to object mark
Knowledge, the management of object names, object ability information.
Preferably, the three-level parsing node is supported addition, is updated, Delete Objects information.
Preferably, described grade parsing node, second level parsing node, three-level parsing node are respectively provided with corresponding administrator
Function.
According to another aspect of the present invention, a kind of Internet of Things based on geographical location using the system is additionally provided
Object analytic method, comprising:
As needed carry out object parsing object features information carry out standardization expression, obtain feature, city, region,
Four sections of standardization expression of country；
Analysis request is sent to corresponding grade parsing node, corresponding grade parsing node is asked according to the parsing received
It asks, is parsed by using national section and area segments；
Root grade parsing node returns to parsing result, carries the second level parsing node address that parsing obtains；
The second level parsing node obtained to parsing sends analysis request, and corresponding second level parsing node is according to the solution received
Analysis request, is parsed by using area segments and City Section；
Second level parsing node returns to parsing result, carries the three-level parsing node address that parsing obtains；
The three-level parsing node obtained to parsing sends analysis request, and corresponding three-level parsing node is according to the solution received
Analysis request, is searched in object data by using City Section and characteristic segments；
Three-level parsing node returns to parsing result, carries the relevant object information obtained in object data.
The present invention has the advantages that
The present invention is parsed using the three-level node in country, region, city using the geographical location attribute of object as core
Journey, this method have the characteristics that breakthrough, innovative, universality, scalability.In practice, the present invention sufficiently highlights object
Geographical location core attribute, the object analytic method based on geographical location is provided.The present invention is using three level node parsings
Mode effectively disperses to parse pressure, improves analyzing efficiency, and object information belonging to the management of each Site autonomy.This hair
It is bright to use various dimensions analysis mode, it can be on the basis of geographical location, then for the multidimensional such as mark, title, ability of object
Degree carries out object parsing.The present invention can be directed to the concrete condition of different cities different geographical, dispose three-level flexible and expansiblely
Node, province huge for physical quantities and city, three-level node that can be more with Dynamical Deployment are less slightly for object data
Province and city, can dispose less three-level node, realize more efficient, fast and accurate object parsing.Meanwhile this
Invention can realize the autonomous object parsing system in China to a certain extent, get rid of under internet environment DNS not by China
The passive situation of control wins initiative in internet of things field.
Detailed description of the invention
By reading the following detailed description of the preferred embodiment, various other advantages and benefits are common for this field
Technical staff will become clear.The drawings are only for the purpose of illustrating a preferred embodiment, and is not considered as to the present invention
Limitation.And throughout the drawings, the same reference numbers will be used to refer to the same parts.In the accompanying drawings:
Attached drawing 1 shows a kind of Internet of Things object resolution system knot based on geographical location of embodiment according to the present invention
Composition.
Attached drawing 2 shows a kind of Internet of Things object analytic method stream based on geographical location of embodiment according to the present invention
Cheng Tu.
Specific embodiment
The illustrative embodiments of the disclosure are more fully described below with reference to accompanying drawings.Although showing this public affairs in attached drawing
The illustrative embodiments opened, it being understood, however, that may be realized in various forms the disclosure without the reality that should be illustrated here
The mode of applying is limited.It is to be able to thoroughly understand the disclosure on the contrary, providing these embodiments, and can be by this public affairs
The range opened is fully disclosed to those skilled in the art.
The present invention summarizes the general character attribute and rule of object from the object of Internet of Things, proposes a kind of based on geographical position
The Internet of Things object analytic method and system set, it is intended to solve the object now under environment of internet of things and parse function, make using and
User can more preferably, more easily use the object in Internet of Things.It is related that the present invention can fill up to a certain extent internet of things field
Blank in terms of object analytic technique, while establishing and proposing a set of actually available resolution system.
Embodiment 1
The core of Internet of Things is object, is finally to realize that the cooperateing with of object and object, object are cooperateed with people's.And in order to final
Realize the interaction with object, it is indispensable that object, which parses function,.Based on the induction and conclusion to object features, environment of internet of things
Under, the actual geographic position of object is critically important factor, and the geographical location of object is the shared category of nearly all object
Property.
(1) classification parsing node deployment mode
The present invention parses node deployment mode using the three-level based on geographical location, and respectively national root grade parses node
(referred to as root node), region class second level parse node (referred to as two-level node), City-level three-level parses node (referred to as three
Grade node).Wherein:
Root node is responsible for country-level object parsing function, and each root node is responsible for the object of corresponding country level
Parsing, for example, needing for analysis request to be sent to " China if the national field of the thingness of parsing is " China "
Root node " carries out dissection process.
Two-level node is responsible for the object parsing function of regional level, and each two-level node is responsible for administered corresponding region
Object parsing, corresponds to China, region is exactly the set of multiple provinces, such as North China, East China, the Northeast
Deng for example, needing for analysis request to be sent to " China if the region class field of the thingness of parsing is " North China "
Northern two-level node " carries out dissection process.
Three-level node is responsible for the object parsing function of municipal level, in general, each three-level node is responsible for pair administered
The object of Yingcheng City parses, for example, needing to parse and ask if the City-level field of the thingness of parsing is " Beijing "
It asks and is sent to " Beijing three-level node " progress dissection process.It is special for China situation, if a three-level node institute
Other cities for not being deployed with three-level node for the affiliated province for administering city are also required to parse, then three-level node can also be responsible for solution
Analyse the object analysis request in other cities of same province.For example, deploying three-level node, but the guarantor of same province in Shijiazhuang City of Hebei Province
Determine city and not yet dispose three-level node, therefore, Shijiazhuang City three-level node can also have parsing Baoding object analysis request
Function.
Node deployment schematic diagrams at different levels are illustrated in fig. 1 shown below:
(2) the object parsing standardization expression based on geographical location
For the object features information that needs parse, need to be carried out standardization expression, resolution system at different levels first
It can only receive the object parsing function of standardization expression.
The standardization expression format of object parsing mainly includes four parts, is characterized respectively, city, region, country, four
/ separated with " ".For example, " Beijing the camera North China China ", " Jiaxing the temperature East China China " etc..Wherein, special
Sign field may include multiple dimensional characteristics such as mark, title, ability of object, and city fields are the city names after standardization
Information (Beijing, Tianjin etc.), area field are the zone name information (North China, East China etc.) after standardization, and country field is rule
National name information (China etc.) after generalized.
Root node can parse corresponding two-level node according to country field and area field；Two-level node being capable of basis
Area field and city fields parse corresponding three-level node；Three-level node can be obtained according to city fields and feature field
Satisfactory object information.
(3) major function of node is parsed
The major function of root node are as follows:
1) such as " Pekinese's camera " standardization of general information can be characterized, city by object parsing standardization expression
" Beijing the camera North China China " the standardization expression in city, region, four sections of country, to carry out subsequent parsing.
2) two-level node belonging to managing can find out the state of affiliated two-level node, realize the pipe to affiliated two-level node
Reason.
3) root grade object parses function, and corresponding two-level node letter can be parsed according to country field and area field
Breath.
The major function of two-level node are as follows:
1) three-level node belonging to managing can find out the state of affiliated three-level node, realize the pipe to affiliated three-level node
Reason.
2) secondary object parses function, and corresponding three-level node letter can be parsed according to area field and city fields
Breath.
The major function of three-level node are as follows:
1) three-level object parses function, and the object for meeting object features can be parsed according to city fields and feature field
Information.
2) management belongs to the object information of the three-level node, realizes to information such as object identification, object names, object abilities
Management.Three-level node is supported addition, is updated, Delete Objects information.
(4) node administrator's role-security is parsed
The administrator role permission of object resolution system mainly includes that system super keepe, root super keepe, root are general
Logical administrator, second level super keepe, second level common management administrator, three-level super keepe, three-level common management administrator, in which:
1) system super keepe, it is unique in whole system, it is main comprising establishing root node, checking root node, delete root
Node checks that two-level node, the object information checked three-level node, be published to three-level node such as check at the functions.
2) root super keepe, it is unique in corresponding root node, it is main comprising managing root node, checking root node, build
Vertical two-level node checks two-level node, deletes two-level node, foundation/management/deletion root common management administrator, is published to three-level section
The object information of point such as checks at the functions.
3) root common management administrator, it is main comprising managing root node, checking root node, check two-level node, check three-level section
Point, the object information for being published to three-level node such as check at the functions.
4) second level super keepe, it is unique in corresponding two-level node, it is main comprising checking root node, management second level section
Point checks two-level node, establishes three-level node, checking that three-level node, deletion three-level node, foundation/management/deletion second level are common
Administrator, the object information for being published to three-level node such as check at the functions.
5) second level common management administrator, it is main comprising checking root node, managing two-level node, check two-level node, check three
Grade node, the object information for being published to three-level node such as check at the functions.
6) three-level super keepe, it is unique in corresponding three-level node, it is main comprising checking root node, checking second level section
Point, checks three-level node, foundation/management/deletion three-level common management administrator, the object for being published to three-level node at management three-level node
Body information management, the object information for being published to three-level node such as check at the functions.
7) three-level common management administrator, main includes to check root node, check two-level node, management three-level node, check three
Grade node, the object information management for being published to three-level node, the object information for being published to three-level node such as check at the functions.
(5) the Internet of Things object process of analysis based on geographical location
Object process of analysis is illustrated in fig. 2 shown below:
The main flow of object parsing is following (by taking " Pekinese's camera " as an example):
1) first as needed carry out object parsing object features information carry out standardization expression, obtain feature, city,
Region, four sections of national canonical representations are " Beijing the camera North China China ".
2) analysis request (Q1 process in figure) is sent to corresponding Chinese root node, transmission content is " camera Beijing
North China China ", corresponding China's root node according to the analysis request that receives, by using national section and area segments " in
Parsing function is realized in state " and " North China ".
3) Chinese root node returns to parsing result, carries North China two-level node address that parsing obtains (A1 mistake in figure
Journey).
4) the North China two-level node obtained to Q1A1 process sends analysis request (Q2 process in figure), and sending content is " to take the photograph
As the Beijing the head North China China ", corresponding North China two-level node according to the analysis request received, by using area segments and
Parsing function is realized in " North China " and " Beijing " of City Section.
5) North China two-level node returns to parsing result, carries Beijing three-level node address (A2 in figure that parsing obtains
Process).
6) Beijing three-level node obtained to Q2A2 process sends analysis request (Q3 process in figure), and sending content is " to take the photograph
As the Beijing the head North China China ", corresponding Beijing three-level node according to the analysis request received, by using City Section and
" Beijing " and " camera " of characteristic segments, is searched in object data.
7) three-level node in Beijing returns to parsing result, carries the relevant object information obtained in object data
(A3 process in figure).
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of by anyone skilled in the art,
It should be covered by the protection scope of the present invention.Therefore, protection scope of the present invention should be with the protection model of the claim
Subject to enclosing.
Claims (9)
1. a kind of Internet of Things object resolution system based on geographical location characterized by comprising
Root grade parses node, for parsing the object of corresponding country level；
Second level parses node, for parsing the object in corresponding region；
Three-level parses node, for parsing the object in corresponding city；
Wherein, described grade parsing node parses corresponding second level according to country field and area field and parses node, second level
Parsing node parses corresponding three-level according to area field and city fields and parses node, and three-level parses node according to city word
Section and feature field obtain satisfactory object information.
2. a kind of Internet of Things object resolution system based on geographical location according to claim 1, which is characterized in that
The standardization expression format of the object includes: feature, city, region, country.
3. a kind of Internet of Things object resolution system based on geographical location according to claim 2, which is characterized in that
The object for parsing corresponding country level includes: to parse standardization expression to object, by general information norm
It is characterized, the standardization expression in city, region, four sections of country, to carry out subsequent parsing.
4. a kind of Internet of Things object resolution system based on geographical location according to claim 1, which is characterized in that
The described affiliated second level of grade parsing node administration parses node, finds out the state of affiliated two-level node.
5. a kind of Internet of Things object resolution system based on geographical location according to claim 1, which is characterized in that
The affiliated three-level of the second level parsing node administration parses node, finds out the state of affiliated three-level parsing node.
6. a kind of Internet of Things object resolution system based on geographical location according to claim 1, which is characterized in that
Three-level parsing node administration belongs to the object information of three-level parsing node, realize to object identification, object names,
The management of object ability information.
7. a kind of Internet of Things object resolution system based on geographical location according to claim 6, which is characterized in that
The three-level parsing node is supported addition, is updated, Delete Objects information.
8. a kind of Internet of Things object resolution system based on geographical location according to claim 1, which is characterized in that
Described grade parsing node, second level parsing node, three-level parsing node are respectively provided with corresponding manager function.
9. a kind of Internet of Things object analytic method based on geographical location using system described in claim 1-8 any one,
It is characterised by comprising:
The object features information for carrying out object parsing as needed carries out standardization expression, obtains feature, city, region, country
Four sections of standardization expression；
Analysis request is sent to corresponding grade parsing node, corresponding grade parses the analysis request that node foundation receives,
It is parsed by using national section and area segments；
Root grade parsing node returns to parsing result, carries the second level parsing node address that parsing obtains；
The second level parsing node obtained to parsing sends analysis request, and corresponding second level parsing node is asked according to the parsing received
It asks, is parsed by using area segments and City Section；
Second level parsing node returns to parsing result, carries the three-level parsing node address that parsing obtains；
The three-level parsing node obtained to parsing sends analysis request, and corresponding three-level parsing node is asked according to the parsing received
It asks, is searched in object data by using City Section and characteristic segments；
Three-level parsing node returns to parsing result, carries the relevant object information obtained in object data.
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Application publication date: 20190614 |