Logistics dissertation opening report with topic

Logistics warehousing information management system research involves the whole process of inventory management, including receiving, warehousing, inventory, picking, warehousing, billing, customer management, reporting, inventory statistics query and so on.

(1) unloading management

Unloading management refers to the logistics process of trucks, trains, ships and other means of transportation to unloading operations and unloading of goods for handling and moving, and preliminary classification.

(2) Inventory management

Inventory management refers to the unloading of goods have been unloaded according to the variety, name, material, customer units and other standards for detailed inventory organization. And place the goods in a certain order to the designated location of the warehouse, stacking operations.

(3) Inventory management

Inventory management refers to the management of goods stacked in the warehouse, including stocking (organizing the goods to be stacked), yardage (according to a certain order of the items stacked on the pallet), move the warehouse (change the original goods to push the pallet).

(4) out of storage management

Out of storage management refers to the customer in accordance with the requirements of the pickup of goods to be picked up from the warehouse handling and loading to trucks, trains, ships and other means of transportation out of the warehouse. Including handling and loading operations.

(5) billing management

In accordance with the weight of the goods and storage time to collect inventory costs and other costs, including storage fees, out of storage fees, pressure fees, transfer fees and other costs.

(6) Outbound Inspection Management

Verification of goods loaded onto the means of transportation, and release of the goods if they are correctly checked. This includes checking the quantity and weight of the goods and the completeness of the outbound formalities.

Combined with the analysis of the logistics company's warehousing system process (see figure), the specific content of the warehouse logistics management system is as follows:

Warehouse logistics system process structure

This system is completely Web-based, developed in the Microsoft Visual Studio integrated environment, Access database system as a back-end data management tools, and the combination of the use of XML implementation, in which the ASP (Active Server Page) technology has been widely used in the field of dynamic query of the database, in addition to simple and flexible, but also has the following characteristics:

1) the use of Jscript, Vbscript, and other simple and easy to understand scripting language, combined with the HTML code, you can quickly create web applications.

2) Without Compile compilation , easy to write , can be executed directly on the server side .

3) Browser-independent, the user side as long as the browser can execute HTML code, you can browse the web pages designed by ASP.

4) ASP is compatible with any ActiveX Scripting language. In addition to designing in Jscript or VBscript, you can also use other scripting languages provided by third parties, such as Perl, Tel, etc., through plug-ins. The scripting engine is the COM (Component Object Model) object that handles the program.

5) The source program of ASP is not passed to the client's browser, which prevents the source program from being plagiarized and improves the security of the program.

6) Server-side scripts can be used to generate client-side scripts.

7) ActiveXServer Components (ActiveX Server Components) is infinitely expandable. You can use Visual Basic, Java, Visual C++ and other programming languages to write the required ActiveX server components.

The realization of ASP dynamic database operations are mainly the following steps:

1) Set the database source name (DSN). In Windows9X or Windows2000, run the ? Control Panel? //?ODBC Data Source Manager? and follow the prompts to add a system DSN. System DSN?

2) Create a database connection (Connection). Set Conn=Server.Create0bject(?ADODB.Connection?).

3) Call the Open method to open the database. For example:Conn.Open?DataSourceName?

4) Create the data object (dataset). E.g.:Set rs =Conn.Execute(?SQL statement?)

5) Perform various operations on the database.

6) Close database objects and connections.

The functions of the logistics and warehousing information management system with intelligent cargo space management are: to establish an internal and external information communication platform, to automate the workflow, and to realize document management.

In terms of the current social information construction and economic development needs, to strengthen the construction of logistics and warehousing information management system has considerable practical significance and development prospects, specifically, the main:

1, can greatly improve efficiency: the computer can replace the manual labor for many complicated labor.

2, saving operating costs: including time and paper.

3, standardize unit management: some of the workflow is not standardized enough to become well organized.

4, improve enterprise competitiveness: it can improve the efficiency of cooperation between trading partners and optimize the supply channel.

Information has become another major resource after labor, land and capital. Whoever controls more information and whoever utilizes information resources more efficiently will have a place in the competition in all aspects, and whoever has more advantages.

The material supply department is the bridge between the enterprise and the production unit, the link, is the normal production of material security departments. Because the supply department is a key transit link, the establishment of a set of material management information system for how to effectively put the unit production of production materials needed in a timely manner, quality and quantity of supply up, has an important significance. Microscopically speaking, the establishment of a set of material management information system can speed up the turnover of materials, improve production efficiency, thereby strengthening the management of information technology means to improve the unit's economic efficiency. From a macro point of view, in line with the trend of informationization and socialization of society, shortening the entire cycle of socialized mass production.

Design (research) program and schedule:

March 12?March 15, to discuss the general objectives and the general framework of the system to be achieved, to divide the specific work, and to arrange the work schedule. Write the opening report, mission statement.

March 16th?March 22nd, find information, according to their different functional parts to find relevant literature. Choose to install and familiarize with the development environment, install the development software and database software, write the system analysis report, and familiarize with the basic flow of the system.

March 23?April 20, continue to find relevant information, draw data flow charts, analyze each functional module, modify and improve the functional modules and data flow charts, database design, input and output design and code design. Improve the database and unify the database and code format. Write a literature review and foreign language translation.

April 21?May 30, looking for information to write the program, debugging and running in the production process, check the various functional modules, improve the incomplete place. Analyze the situation of each module, further improvement, waiting for program acceptance. According to the program to write a paper, determine the writing specification of the paper.

May 30th?June 5th, the later further improve the thesis, waiting for the thesis defense.

Main references:

[1]Zhou Nan,Ma Yunlong. Design and realization of warehouse management information system based on B/S model. Journal of China Agricultural University,2002,7(2):68- 71.

[2]Zhang Duo. Logistics modernization of one of the key technologies ? Electronic Data Interchange. Logistics Technology and Application, 1998,3(4):17- 21.

[3]Zhong Jiaming. ASP-based management information system design and implementation. Modern Computer. 2002,5:96- 97.

[4]Janak Singh. The Importance of Information Flow with in the Supply Chain. Logistics Information Management,1996,9(4):28- 30.

[4]Janak Singh. 30.

[5]Mei Xiaoyong, Sun Jianping, Xiao Zhenghong. Design and Implementation of Systems Based on Dynamic Rule Construction[J]. Microcomputer Development,2002,(6):12214.

Instructor's Opinion:

Instructor's Signature:

I. The source of the topic, the purpose and significance of the study

1, the source of the subject

With the development of modern logistics in China, the increasing promotion and deepening of economic globalization, the role of third-party logistics is increasingly being attached importance to logistics is known as following the reduction of resource consumption and human resources development after the ? The third source of profit? and at the same time, it has become the third industry vigorously supported by the national policy. Tertiary industry. Distribution center or modern warehousing is an important link in the modern logistics system, its main function is to receive undergraduate opening report items, store items and dispense goods according to customer orders, etc., of which the latter is the basic function of the distribution center. Picking in the operation of the logistics center, whether it is human, mechanized logistics system, or automation, intelligent logistics system, if there is no correct and efficient operation method to cooperate, then no matter how advanced the system, equipment, may not be able to achieve the best results. The research and application of workflow methods to improve the operational efficiency of distribution centers, reduce labor consumption has a strong practical significance.

2, the current status and level of research at home and abroad

3, references

Second, the research content and research objectives of the subject

1, the basic content of the study

2, the research objective: to solve the main problems

Third, the subject of the study

1, technical key

2, research methods

Fourth, the subject of the research progress and plan

V. Instructor review

Signature: Month, Year

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