CN109445761A - A kind of safe logistic information management system based on bacteriotrophy acquisition algorithm - Google Patents
A kind of safe logistic information management system based on bacteriotrophy acquisition algorithm Download PDFInfo
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- CN109445761A CN109445761A CN201811191997.8A CN201811191997A CN109445761A CN 109445761 A CN109445761 A CN 109445761A CN 201811191997 A CN201811191997 A CN 201811191997A CN 109445761 A CN109445761 A CN 109445761A
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Abstract
The invention discloses a kind of safe logistic information management systems based on bacteriotrophy acquisition algorithm, by guaranteeing compatibility, scalability, the design guidance principle of ease for use and safety, system architecture is carried out according to lightweight system, according to system actual design demand, three-tier architecture is changed to PL expression layer, four layer architecture of ESB bus layer, BLL Business Logic and DAL data access layer, guarantees that service provided has enough safeties and efficiency using bacteriotrophy acquisition algorithm in BLL Business Logic.Therefore, it is reliable and stable, easy-to-use efficiently to have guarantee by the present invention, and takes into account flexible safety, while keeping the stronger distinguishing feature for developing extended capability.
Description
Technical field
The present invention relates to a kind of safe logistic information management systems, are captured more particularly, to one kind based on bacteriotrophy
The safe logistic information management system of algorithm.
Background technique
In recent years, with the fast development of Chinese economy, the contact dealing between all trades and professions is more and more frequent, among these
It just include logistics dealing, it may be said that the dependence logistics of the everyway of our economic lives more, as things go, I
State's Logistics Market is in and is much larger than the demand that is chronically at the state of ability, this also just enters logistics row to many medium-sized and small enterprises
Industry brings good opportunity.
With the continuous development of logistics supply chain management, logistics information type and quantity are also growing day by day, traditional processing
Mode processing pressure is increasing, needs more advanced, more efficient processing mode.Information-based development is so that logistics information is handled
There is new breakthrough mouth, the development new to loglstics enterprise of various logistic information management systems provides powerful power.Logistics letter
Breath system is the computer aided system of a set of diversification, mainly people, computer equipment, software systems, network communication equipment
It is collectively formed with other expansion equipments, passes through the means such as acquisition, transmission, processing, storage and output to logistics information, auxiliary tube
Reason personnel complete loglstics enterprise operational management, improve enterprise competitiveness.
Safe logistic information management system is the INTEGRATED LOGISTICS information Added Management system of a multiple functions organic integration
System, be towards Medium and small logistics enterprises design construction, not only guaranteed it is reliable and stable, easy-to-use efficiently but also take into account flexible safety, together
When keep stronger development extended capability, therefore system design and building should using following basic principle and overall design objective as
Substantially it considers and starting point.
Escherichia coli are thorough one of the microorganisms of the comparison of our microbial world researchs.Its unique motion mode, it
It is that its motor pattern is controlled by the up time and counter-clockwise swing of flagellum.When its surface flagellum counter-clockwise swing, bacterium is kept
Originally voluntarily, and flagellum clockwise oscillation, bacterium changes its original motoricity side and generates overturning the direction of motion
It is found in the research of biology, the performance in nutrition capture movement, that is, chemotactic behavior of Escherichia coli is as follows: seeking
The place there may be food source is looked for, it is close towards the direction trip for having food abundant while finding food source, and according to certainly
The experience being collected into nutrition capture search process, after nutrition area consumes a certain amount of food, by adjusting itself
The direction of motion so that move to another more ideal region.The control system energy of the nutrition capturing behavior of Escherichia coli
It enough helps it that can avoid toxic substance and it is helped to advance towards the orientation of food source.By changing to each next state
Become and carry out effect assessment, control system has obtained effect assessment by the change of state, is next next state according to effect assessment
Change provide information.On the other hand, the current research of microbiology at this stage indicates that the quorum sensing of bacterium can regulate and control carefully
The group behavior of bacterium, bacterial community passes through spontaneous generation and discharges certain specific signaling molecules, and therefrom perceptual signal molecule
Concentration variation, thus achieve the purpose that regulate and control group movement.The quorum sensing of bacterium has been demonstrated to participate in the battalion of bacterial community
It supports capture, Species Competition, embrace behaviors and the regulations of other many physiological reactions such as sub- formation, antibiotics production, cell differentiation.
Under chemotactic machining function, the higher central area of food concentration starts to assemble more bacterium, and bacterium can pass through information at this time
Molecule signals that other bacteriums is attracted to assemble to this.Can clearly observe flora under the control of quorum sensing mechanism,
By the information interchange between individual, last whole clustering is in food resource center relatively abundant.
Summary of the invention
The purpose of the present invention is to provide a kind of safe logistic information management system based on bacteriotrophy acquisition algorithm, benefits
The high efficiency and safety having with bacteriotrophy acquisition algorithm improve BLL service logic in safe logistic information management system
Layer guarantees that service provided has enough safeties and efficiency.
To achieve the above object, technical scheme is as follows:
A kind of safe logistic information management system based on bacteriotrophy acquisition algorithm, which is characterized in that indicated including PL
Layer, ESB bus layer, BLL Business Logic and DAL data access layer；
PL expression layer carries out content development according to business demand, and it is total to be divided into user, order, vehicle, warehouse and logistics information
Five system interaction modules；
ESB bus layer includes service discovery proxy module and service agent module；
It includes user, order, five vehicle, warehouse and logistics information Composite services that BLL Business Logic, which provides, in logistics
Information Composite service uses bacteriotrophy acquisition algorithm；
DAL data access layer chooses SQL Server as system database；
PL expression layer line module is sent to service discovery proxy module to by service request unicast by ESB bus layer,
The information on services found is returned to PL expression layer by service discovery proxy module, then by service agent module to service directly into
Row calls；
The service content that BLL Business Logic is called according to service agent module accesses to DAL data access layer, complete
At reading data and write operation.
Preferably, the PL expression layer is designed using drag and drop control.
Preferably, the service discovery proxy module uses management mode.
Preferably, the service agent module implementation is service Factory mode.
Preferably, the service that the BLL Business Logic provides further includes mail push service and wechat Push Service.
It can be seen from the above technical proposal that the present invention is by guaranteeing setting for compatibility, scalability, ease for use and safety
Guideline is counted, system architecture is carried out according to lightweight system and three-tier architecture is changed to by PL table according to system actual design demand
Show layer, four layer architecture of ESB bus layer, BLL Business Logic and DAL data access layer, bacterium is used in BLL Business Logic
Nutrition acquisition algorithm guarantees that service provided has enough safeties and efficiency.Therefore, the present invention have guarantee it is reliable and stable,
It is easy-to-use efficient, and flexible safety is taken into account, while keeping the stronger distinguishing feature for developing extended capability.
Specific embodiment
Specific embodiments of the present invention will be described in further detail below.
A kind of safe logistic information management system based on bacteriotrophy acquisition algorithm, which is characterized in that including PL
(Production Line) expression layer, ESB (Enterprise Service Bus) bus layer, BLL (Business Logic
Layer) Business Logic and DAL (Data Access Layer) data access layer；
PL expression layer carries out content development according to business demand, and it is total to be divided into user, order, vehicle, warehouse and logistics information
Five system interaction modules.
PL expression layer is responsible for the displaying at interface and by MVC (Model View Controller, Model-View-control
Device processed) mode progress interface simple logic control, it collects after user input data carries out simple logic processing and passes through ESB bus layer
The processing of BLL Business Logic is passed to, and is responsible for that the data of return are showed user again after back-end data is disposed.
PL expression layer is designed using drag and drop control.
ESB bus layer includes service discovery proxy module and service agent module.Service discovery proxy module is using management
Mode, service agent module implementation are service Factory mode.
Service agent module is responsible for completing service search, service parsing, service state management function, and service broker has been responsible for
At the dynamic call function of service.
PL expression layer line module is sent to service discovery proxy module to by service request unicast by ESB bus layer,
The information on services found is returned to PL expression layer by service discovery proxy module, then by service agent module to service directly into
Row calls；
It includes user, order, five vehicle, warehouse and logistics information Composite services that BLL Business Logic, which provides, in logistics
Information Composite service uses bacteriotrophy acquisition algorithm；The service content that BLL Business Logic is called according to service agent module
It accesses to DAL data access layer, completes reading data and write operation.
It can be by this four big common function module of subscriber information management, order information management, vehicle management and storehouse management
It is designed to Composite service, then in discovery basic service from Composite service.System is by integrated user service (User as a result,
Service), order placement service (Order Service), vehicle service (Vehicle Service) and repository service (Store
Service), here by the analysis to system function, the demand of a variety of inquiry modes is provided in view of to logistics information, simultaneously
Further service decoupling is considered, so effluent stream information service will be decoupled in order placement service on the basis of four services
(Delivery Service).Final system includes user, order, five vehicle, warehouse and logistics information Composite services, also right
Answer five system interaction modules of expression layer.The service that BLL Business Logic provides further includes mail push service and wechat
Push Service.
DAL data access layer chooses SQL Server (relational database is developed by Microsoft and promoted) as system
System database；The reason of selecting SQL Server is the convenience of its inexpensive high maintenance and exploitation, and all meeting very much system needs
It asks.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its
Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (5)
1. a kind of safe logistic information management system based on bacteriotrophy acquisition algorithm, which is characterized in that including PL expression layer,
ESB bus layer, BLL Business Logic and DAL data access layer；
PL expression layer carries out content development according to business demand, is divided into user, order, vehicle, warehouse and logistics information totally five
System interaction module；
ESB bus layer includes service discovery proxy module and service agent module；
It includes user, order, vehicle, warehouse and logistics information Composite service that BLL Business Logic, which provides, is synthesized in logistics information
Service uses bacteriotrophy acquisition algorithm；
DAL data access layer chooses SQL Server as system database；
PL expression layer line module is sent to service discovery proxy module to by service request unicast by ESB bus layer, service
It was found that the information on services found is returned to PL expression layer by proxy module, then is directly adjusted by service agent module to service
With；
The service content that BLL Business Logic is called according to service agent module accesses to DAL data access layer, completes number
It is operated according to reading and writing.
2. a kind of safe logistic information management system based on bacteriotrophy acquisition algorithm according to claim 1, special
Sign is that the PL expression layer is designed using drag and drop control.
3. a kind of safe logistic information management system based on bacteriotrophy acquisition algorithm according to claim 1, special
Sign is that the service discovery proxy module uses management mode.
4. a kind of safe logistic information management system based on bacteriotrophy acquisition algorithm according to claim 1, special
Sign is that the service agent module implementation is service Factory mode.
5. a kind of safe logistic information management system based on bacteriotrophy acquisition algorithm according to claim 1, special
Sign is that the service that the BLL Business Logic provides further includes mail push service and wechat Push Service.
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| CN201811191997.8A CN109445761A (en) | 2018-10-12 | 2018-10-12 | A kind of safe logistic information management system based on bacteriotrophy acquisition algorithm |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103942419A (en) * | 2014-04-04 | 2014-07-23 | 南京邮电大学 | Hybrid intelligent optimization method |
| CN106201498A (en) * | 2016-06-29 | 2016-12-07 | 浙江理工大学 | A kind of Distributed-tier SOA integrated application system |
-
2018
- 2018-10-12 CN CN201811191997.8A patent/CN109445761A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103942419A (en) * | 2014-04-04 | 2014-07-23 | 南京邮电大学 | Hybrid intelligent optimization method |
| CN106201498A (en) * | 2016-06-29 | 2016-12-07 | 浙江理工大学 | A kind of Distributed-tier SOA integrated application system |
Non-Patent Citations (1)
| Title |
|---|
| 李璨: ""基于Java EE的物流管理系统的设计与实现"", 《中国优秀硕士学位论文全文数据库 信息科技辑》 * |
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Application publication date: 20190308 |