Design And Implementation Of The Meteorological Equipment Management System Based On The B/S Mode

As frequent natural disasters in recent years, earthquakes, typhoons, heavy rainsand other weather disasters had a significant impact on the people’s production andliving. In order to accurately forecast the sudden changing weather conditions, thegovernment and people virtually bring increasing pressure on the meteorologicalobservation sector. Only ensuring timely and accurate observation, and doing strict dataanalysis and statistics, it is possible to accurately predict the meteorological changesthat may occur in the next period of time, and then protect the life and property safety ofthe country and the people at utmost. As the saying goes:“The man must sharpen histools if he is to do his work well”, it requires a set of stringent norms to ensure all theverification process of the meteorological testing equipment, and a dependablecertificate to guarantee the verification result at the same time. In order to ensure thesecurity and reliability of the meteorological observation equipment, we have only to dostrict calibration to them. Meanwhile, it can also reduce the pressure of themeteorological department staff and the excessive dependence on human resources ofthe meteorological calibration, and then improve work efficiency.System development process is carried out in strict accordance with the softwaredevelopment process, analysis the meteorological equipment test at this stage thedrawbacks and problems, as well as the equipment meteorological test departmentmeteorological certification process requirements and test specification and Researchfrom similar projects at home and abroad in the analysis of summed up the prospects forthe use of the project. Based on the above views from all aspects, form the backgroundof the project development. Developed through the analysis of project feasibility,established between the pros and cons of the system development process may be usedin a variety of technology solutions, comparative analysis of various technical standards,so as to establish a system developed technology toward. The analysis of the results ofthe survey to the needs conversion requirements document in the software developmentprocess, describe the various parts of the functional requirements of an independentmodule, which includes both functional requirements and non-functional requirements. After the overall design of the system according to the system requirements analysis,which provides system design principles and the overall system architecture design,database design part. Detailed design of the system according to the outline design ofthe system design, the detailed design of each part of the system functionalrequirements have a clear description of, and in accordance with the development ofthese projects, the final system functional testing and performance testing.This system is based on the Flex technology, which is popular nowadays and withhigh development efficiency and can achieve stable effect. Through comprehending thesubmission and calibration process of the meteorological testing equipment, as well asthe requirement of submitting people and calibrating people during the wholesubmission and calibration process, tracking of the equipment verification process hasbeen realized, which makes the submission and calibration process of the equipmentmore streamlined, standardized and systematic. The system design mainly includes3function roles: customer, calibrating people and the administrators. The preparationbefore the customers submit the equipment and the work after the calibrating peoplefinish the verification are mainly described in this article, including: registration of theuser, setting of the commissioned unit, submission of the instrument, query of theinstruments status and calibrating information and the retrieve the instrument.Verification means calibrating the instrument and final release the verificationcertificate.