CN109361737A - Agricultural supervisory system based on Internet of Things - Google Patents
Agricultural supervisory system based on Internet of Things Download PDFInfo
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- CN109361737A CN109361737A CN201811115791.7A CN201811115791A CN109361737A CN 109361737 A CN109361737 A CN 109361737A CN 201811115791 A CN201811115791 A CN 201811115791A CN 109361737 A CN109361737 A CN 109361737A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
- H04L67/125—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks involving control of end-device applications over a network
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/02—Agriculture; Fishing; Mining
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
Abstract
The invention patent relates to field of information acquisition, especially Agricultural Information to acquire field, and in particular to the agricultural supervisory system based on Internet of Things；Agricultural supervisory system based on Internet of Things, including system front end module, framework platform module and network transmission module；The system front end module, framework platform module and network transmission module are combined by servicing loose coupling framework SOA；The framework platform module is by J2EE frame module construction；The J2EE frame module includes client layer module, middle layer module and back-end system layer module；The present invention can be quick and timely agricultural environment is monitored and is controlled, and it can encrypt storage with data encryptor to related data; kept secure effectively can be carried out to some critical datas; stability in use is good and monitoring timeliness is good, and applicability is good, practical.
Description
Technical field
The invention patent relates to field of information acquisition, especially Agricultural Information to acquire field, and in particular to is based on Internet of Things
Agricultural supervisory system.
Background technique
With the fast development of China's technology of Internet of things, the use of Internet of Things is also more and more extensive, in agricultural production process
In, it needs in time to be monitored agricultural environment, the monitoring to agricultural environment of the prior art is mainly added by artificial experience
Upper simple equipment is monitored, and monitoring accuracy and timeliness are poor, so agricultural monitoring is combined with technology of Internet of things,
It not only can effectively complete the timeliness and stability to agricultural monitoring, but also can effectively save manpower and material resources.
In existing technology, the foundation of Agricultural Information acquisition system is supervised by sensor technology, agriculture project, plant growth
With the restriction of Crop Planting Management Agriculture Expert decision-making technic, the collaboration of field-crop, environment, soil information obtains in real time under a wide range of environment
Technology is also immature, there is also supervision index is single, supervision point range is small, regulatory measure is cumbersome, at high cost, constructional difficulties,
The defects of vulnerable to interference and deficiency, can't meet practical application request well.
Summary of the invention
The purpose of the present invention is to provide the agricultural supervisory systems based on Internet of Things, to solve on caused by the prior art
State multinomial defect.
Agricultural supervisory system based on Internet of Things, including system front end module, framework platform module and network transmission module；
The system front end module, framework platform module and network transmission module are combined by servicing loose coupling framework；
The framework platform module is by J2EE frame module construction；The J2EE frame module includes client layer module, middle layer
Module and back-end system layer module；The client layer module provides the support to various customer types, and the middle layer module is adopted
It is operated with EJB server process, the back-end system layer module provides existing information service；
The transmission analytic sheaf module of distribution the control layer module and client layer of the J2EE frame module connection server end；It is described
The distribution control layer module of server end includes authority management module, security service module, journal function module, trade management mould
Block, client request functional module, other public service modules；The J2EE frame module construct the authority management module,
Security service module, journal function module, trade management module, client request functional module and other public service modules；
The middle layer module is system J2EE frame module main body, including framework services layer module and frame control layer module；
The J2EE frame module further includes bottom.
Further, the agricultural supervisory system based on Internet of Things, the J2EE frame module overall logic are divided into,
View layer module, control layer module and operation layer module；The view layer module provides the support for character terminal, the control
Preparative layer module acquisition strust frame mainly realizes the framework services layer module and frame control layer module；
The operation layer module includes that request process layer and Service Component layer, the request process layer realize
The design pattern of BusinessDelegate is the end Client of Service Component layer；It is the agency of Service Component layer；It is described
Service Component layer includes Business Facade, bussiness processing layer, service entity layer and data access layer.
Further, the system front end module uses Ajax Technology design, including Web main body frame, and component shows mould
Block, data disaply moudle, data operation modules, data supplementary module, data memory module, JS and XML file module, CSS mould
Block and data processing module；
Described includes the design of Web main body frame by component display module, JS and XML file module, CSS module design, and described group
Part display module includes data disaply moudle, data operation modules, data supplementary module and data memory module；The data are aobvious
Show module, data are handled by data processing module in data operation modules.
The utility model has the advantages that
It is simple, convenient to use that the present invention is based on the structures of the agricultural supervisory system of Internet of Things, can be quickly and timely to agriculture
Industry environment is monitored and controls, and it can encrypt storage to related data, can have with data encryptor
Effect carries out kept secure to some critical datas, and stability in use is good and monitoring timeliness is good, and applicability is good, practical.
The present invention is based on the agricultural supervisory system of Internet of Things, information collecting device, which is acquired data-signal, passes through letter
Number acquisition passes to intelligent controller with processing unit simple process and handles in detail, communication interface the signals such as alarm pass to
Remote monitoring platform, remote monitoring platform assign finger to Intelligent unattended machine system and irrigation rig respectively by geo-positioning system
It enables, realizes remote monitoring intelligent UAV system and irrigation rig, Intelligent unattended machine system and irrigation rig is made to reach one most
Good work in combination state, makes intelligent agriculture, and scientific degree is higher.
Detailed description of the invention
Fig. 1 is structural block diagram of the invention.
Fig. 2 is J2EE frame module connection schematic diagram of the present invention.
Fig. 3 is the distribution control layer module diagram of server end of the present invention.
Fig. 4 is middle layer module schematic diagram of the present invention.
Fig. 5 is Ajax design process schematic diagram of the present invention.
Wherein, 1- system front end module, 2- framework platform module, 3- network transmission module, 4-J2EE frame module, 5- visitor
Family layer module, 6- middle layer module, 7- back-end system layer module, 8- framework services layer module, 9- frame control layer module, 10-
The distribution control layer module of server end, the transmission analytic sheaf module of 11- client layer, 12- bottom, 13- view layer module,
14- control layer module, 15- operation layer module；21-Web main body frame；22- component display module；23- data disaply moudle；
24- data operation modules；25 data supplementary modules；26- data memory module；27-JS and XML file module；28-CSS module；
29- data processing module；
101- authority management module, 102- security service module, 103- journal function module, 104- trade management module, 105-
Client request functional module module, the other public service modules of 106-.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment, the present invention is further explained.
As shown in Figures 1 to 4,
Agricultural supervisory system based on Internet of Things, including system front end module 1, framework platform module 2 and network transmission module 3；
The system front end module 1, framework platform module 2 and network transmission module 3 are incorporated into one by servicing loose coupling framework SOA
It rises；
The framework platform module 2 is by 4 construction of J2EE frame module；The J2EE frame module 3 include client layer module 5, in
Interbed module 6 and back-end system layer module 7；The client layer module 5 provides the support to various customer types, the middle layer
Module 6 is operated using EJB server process, and the back-end system layer module 7 provides existing information service；
The J2EE frame module 4 connects the transmission analytic sheaf module of distribution the control layer module 10 and client layer of server end
11；The distribution control layer module 10 of the server end includes authority management module 101, security service module 102, journal function
Module 103, trade management module 104, client request functional module 105, other public service modules 106；The J2EE frame
Frame module 4 constructs the authority management module 101, security service module 102, journal function module 103, trade management module
104, client request functional module 105 and other public service modules 106；
The middle layer module 6 is 4 main body of system J2EE frame module, including framework services layer module 8 and frame control layer mould
Block 9；The J2EE frame module 4 further includes bottom 12.
Further, the agricultural supervisory system based on Internet of Things, 4 overall logic of J2EE frame module point
For view layer module 13, control layer module 14 and operation layer module 15；The view layer module 13 is provided for character terminal
It supports, the control layer module 14 acquires strust frame and mainly realizes the framework services layer module 8 and frame control layer mould
Block 9；
The operation layer module 15 includes that request process layer and Service Component layer, the request process layer realize
The design pattern of BusinessDelegate is the end Client of Service Component layer；It is the agency of Service Component layer；It is described
Service Component layer includes Business Facade, bussiness processing layer, service entity layer and data access layer.
Further, the system front end module uses Ajax Technology design, including Web main body frame 21, and component is shown
Module 22, data disaply moudle 23, data operation modules 24, data supplementary module 25, data memory module 26, JS and XML text
Part module 27, CSS module 28 and data processing module 29；
Described includes that Web main body frame 21 is designed by component display module 22, JS and XML file module 27, and CSS module 28 is set
Meter, the component display module 22 include data disaply moudle 23, and data operation modules 24, data supplementary module 25 and data are deposited
Store up module 26；The data disaply moudle 23, data are handled by data processing module 29 in data operation modules 24.
The system front end module uses Ajax Technology design, and the real-time, interactive of user may be implemented, and reduces user and waits
Time；It can also realize that on-demand obtain of data loads with the part of user interface, part updates, and reduces volume of transmitted data；It can
The JS code dehind of the JS code of responsible browser end and charge server end is realized, such design form can have
The raising programming efficiency of effect, to the JS code of previous complicated entanglement can effective Classification Management, be implemented separately；Data display unit
Point only data movement part of display interface, data processing only needs to be updated this part variation, and data
Auxiliary and data storage section only realize necessary auxiliary related management and store function；No matter in MVC pattern, still it is
It unites in front end, Ajax frame is clear in job responsibility, and operability is more preferable.
System software is made of four application layer, logical layer, expression layer, common layer levels, and software is overall
It in design, determines to apply according to business, using decision software architecture, software architecture determines the overall principle of hardware, entirely
Software systems in system use the two-way use of C/S and B/S framework, have complementary advantages, being both able to achieve suspension can use, it is ensured that peace
Complete and practicability, and it is able to achieve the information publication to the public, meet and meet the development rhythm of modern network；System is sufficiently integrated
Existing application, database support " plug-in type " of each application to develop, and are also beneficial to the built by separate periods of project in the future and system
Extension.
For the opening of guarantee system framework, stability and scalability and the convenience of user's operation etc., using such as
Under general technical route: general frame using it is currently a popular based on service loose coupling framework SOA；System front end uses
SWT, RPC technology are realized, show interface more abundant, user's operation is more convenient；Framework platform technically uses SOAP
Agreement provides unified external interface service, regardless of lateral business department or higher level supervision department, it is only necessary to follow corresponding
Message format and specified function number, so that it may carry out data exchange, make with external system carry out data exchange it is more flexible, more
Add conveniently, it is safer；With technologies such as modularization, parametrization, method base and workflows, the scalability of system is improved, to adapt to
The variation of various businesses；
Guarantee system safety by the way of authenticating certificate in network transmission, identification；Log management is according to mistake, police
The different ranks such as announcement, prompt carry out different processing, and the working condition for the statistical operation person that can be convenient to log.Permission
Management is managed using several resources such as user, role, role's group, functions, is authenticated two layers and is recognized using authentication, function
Card, the means such as dynamic construction permission tree keep rights management safer.
Whole system is realized using Java language, is realized the platform-neutral on foreground, operation layer, is run system
On different hardware platforms, different operating system platform；Using unified database engine, realize that the platform of database is unrelated
Property.
The purpose of design of J2EE is to provide the support to server-side and client to the hair of enterprise-level Multi-tiers Application
Exhibition；Application program has a client layer to provide user interface, and one or more middle layer modules provide customer service and application
In addition the business logic to be used of program is used to provide data management there are one the enterprise information system of rear end.
Client layer, middle layer are respectively defined in J2EE structure, and for providing the various services of existing information system
Back-end system layer；Client layer can support various customer types, both include the inside and outside user of corporate firewall；Middle layer
Customer service is supported by web layers of web container, and business logic component is supported by EJB layers of EJB container
Service.
J2EE client layer provides support to various customer types, both include client inside enterprise firewall and also including
User outside firewall；Client Web browser can be used and by the simple HTML page and by JSP technology or
The dynamic HTML that Java Applet is generated services to obtain, at the same time it can also pass through independent Java language application program
Obtain corresponding service；J2EE client, which is assumed to be, mainly accesses middle layer using standards such as HTTP, HTML and XML；
If desired, some non-Java clients can provide J2EE service also for user；Because service is by middle layer
Servlet is supplied to the first layer client using standard HTTP agreement, so any program run in any operating system
It actually can easily access these services.
On J2EE platform, middle layer business logic is realized as EJB component；EJB makes component or application
Energy can be concentrated on business logic by program development quotient, and be handed over reliable and telescopic this complicated work of service is distributed
It is handled by EJB server.
EJB component model is the diaphyseal portion of J2EE programming model；J2EE platform is standardized supplemented with EJB: completely
Specify the API that enterprise bean developer can be used to realize enterprise bean；Define bigger, distributed programming
Environment, in the present context, enterprise bean can be used as business logic component.
Frame is the important component of application platform, it includes the transmission of the distribution control layer and client layer of server end
Analytic sheaf；The distribution control layer of server end includes rights management, security service, journal function, trade management, client request
The positioning distribution of functional module and other public services；The transmission analytic sheaf of client layer include soap message reception send,
Parsing, and obtain and be pressed into a set of API of data；Frame is the knob for connecting client bed boundary and servicing device end business model
Band, and service as much as possible is provided for them, it makes interface development personnel that need not understand knowing other than too many interface development
Know, the thing that the developer of business model need not understand too many J2EE technical aspect can be developed efficiently；Frame
Frame has concentrated most technological difficulties, so entire project risk is greatly diminished after frame is successfully established, is conducive to whole
The successful implementation of a project；Frame additionally provides a large amount of infrastructure service, has enriched application platform, is that application platform is made to become one
The important guarantee of a safe and reliable system；Additionally by reasonable architecture design, application platform has on the basis of frame can
It is able to achieve very strong Scalability；Using on general frame use typical MVC mode, concentrated it is a large amount of it is powerful,
Flexible easy-to-use functional unit, overall logic can be divided into view layer, control layer and operation layer.
View layer, for main realization rate, while also providing the branch for character terminal with JSP/XML/XSL/JS technology
It holds, a series of multiple display modes for providing powerful display components for system development to realize boundary layer；Control layer
Frame acquisition strust frame mainly realizes framework services layer and frame control layer；Bottom is that J2EE platform, middleware are flat
The system-level service that platform provides: provide the basic J2EE service such as things, safety, persistence；Middle layer is system framework master
Body: it is divided into framework services layer and frame control layer framework services layer: system framework provide it is many using required service,
Such as: safety, log, transaction, SOAP parsing, EJB caching.
Frame control layer: the process flow of control system, comprising: the filtering and distribution of request；
Operation layer is divided to: request two part of process layer and Service Component layer.
Request process layer realizes the design pattern of BusinessDelegate, is connection frame and Service Component layer
Tie is the end Client of Service Component layer (EJB)；It is the agency of Service Component layer.
The structure of Service Component layer is as follows:
1) four layers, including BusinessFa ade (Business Facade) --- BPO (business the division of operation layer level: are divided into
Process layer) ----BEO (service entity layer) --- -- DAO (data access layer) all service logics, the tune between operation and class
With being completed by BPO.All Business Entities (or can be abstracted into Business Entity), are abstracted into BEO, and BEO is not related to business
Calling between method and class (BEO can have the method for data manipulation itself).In order to reduce network transmission to the greatest extent, number
DTO, DTO is used only to save necessary attribute as far as possible according to transmission.DAO is data isolation layer, the interaction of all and database
Method must pass through DAO.
2) business interface is provided by Fa ade Session Bean, and Fa ade Session Bean only realizes business
Interface, specific processing are distributed to BPO realization.
3) BPO object separates algorithm into Helper class when handling specific business, realizes processing and the separation of algorithm.
Only can be common, relatively independent algorithm, function could independently become aided algorithm class；Other situations, as BPO's
Private method is realized.
4) realize that more complex business should use BEO object as Business Entity object as far as possible in BPO, for
Relatively simple business processing BPO can directly and DAO exchanges data.
5) when BPO is when carrying out business processing there are many algorithm, the common interface of many algorithms is extracted to be formed it is abstract
Class (interface) then realizes a concrete kind for each algorithm (referring to Strategy mode).
6) the algorithm separation of business processing is presented as about Helper:Helper, algorithm here refers to that interface is relatively steady
It is fixed, the business operation that can individually extract or calculating.
7) about DTO and BEO: extracting DTO is produced when the message transmission for carrying out cross-layer between object to reduce
Raw IO operation, DTO are substantially to provide service for the method for object, DTO object itself should only have get and
Set method, it should not directly operate DAO；BEO is for business logic service, according to business as Business Entity object
Analysis as a result, corresponding method can be increased for BEO, allow to obtain data relevant with business from DAO.By
Different in the responsibility of different objects, the method in BEO had better not include data processing relevant with business.Typical way
Be: BEO provides data for business and supports, BPO controls business procession, and Helper provides algorithm for BPO and supports, and
Message transmission between these three types of objects, which is encapsulated in DTO, to be completed.
As known by the technical knowledge, the present invention can pass through the embodiment party of other essence without departing from its spirit or essential feature
Case is realized.Therefore, embodiment disclosed above, in all respects are merely illustrative, not the only.Institute
Have within the scope of the present invention or is included in the invention in the change being equal in the scope of the present invention.
Claims (2)
1. the agricultural supervisory system based on Internet of Things, which is characterized in that including system front end module (1), framework platform module (2)
With network transmission module (3)；The system front end module (1), framework platform module (2) and network transmission module (3) pass through clothes
Business loose coupling framework combines；
The framework platform module (2) is by J2EE frame module (4) construction；The J2EE frame module (3) includes client layer mould
Block (5), middle layer module (6) and back-end system layer module (7)；The client layer module (5) is provided to various customer types
It supports, the middle layer module (6) is operated using EJB server process, and the back-end system layer module (7) provides existing information
Service；
The distribution control layer module (10) of J2EE frame module (4) the connection server end and the transmission analytic sheaf mould of client layer
Block (11)；The distribution control layer module (10) of the server end includes authority management module (101), security service module
(102), journal function module (103), trade management module (104), client request functional module (105), other public clothes
It is engaged in module (106)；The J2EE frame module (4) constructs the authority management module (101), security service module (102), day
Will functional module (103), trade management module (104), client request functional module (105) and other public service modules
(106)；
The middle layer module (6) is system J2EE frame module (4) main body, including framework services layer module (8) and frame control
Preparative layer module (9)；The J2EE frame module (4) further includes bottom (12).
2. the agricultural supervisory system according to claim 1 based on Internet of Things, it is characterised in that: the J2EE frame module
(4) overall logic is divided into, view layer module (13), control layer module (14) and operation layer module (15)；The view layer module
(13) support for character terminal is provided, control layer module (14) the acquisition strust frame mainly realizes the frame clothes
Business layer module (8) and frame control layer module (9)；
The operation layer module (15) includes that request process layer and Service Component layer, the request process layer realize
The design pattern of BusinessDelegate is the end Client of Service Component layer；It is the agency of Service Component layer；It is described
Service Component layer includes Business Facade, bussiness processing layer, service entity layer and data access layer.
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| CN112700204A (en) * | 2019-10-23 | 2021-04-23 | 广州极飞科技有限公司 | Workflow generation method and device in agricultural control system |
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