Sample paper: On service-oriented architecture

Online articles are for learning only. It is recommended that you do not copy sample articles for exams! Abstract: In August 2016, I participated in the development of the cemented sand and gravel dam construction quality monitoring system. This system is designed to help water conservancy project construction legal entities, construction companies, supervision agencies and related Government departments solve problems such as quality monitoring and project management of water conservancy project construction. I served as a system architect in this project, mainly responsible for the system analysis and design of the system. This article takes the cemented sand and gravel dam construction quality monitoring system as an example to mainly discuss the specific application of SOA in enterprise integrated architecture design. The service provider mainly completes the design, description, definition and release of services and other related work; the service registration center ensures the mutual independence and loose coupling of each module and service of the system; the service requester calls the service through WebService technology. Practice has proved that through the application of the above technologies, resource sharing and interoperability between systems have been effectively realized, and the flexibility of the system has been improved. In the end, the system was successfully launched and won unanimous praise from users.
The cemented sand and gravel dam is a new dam type developed on the basis of face plate dam and roller compacted concrete gravity dam. It is characterized by the use of cemented sand and gravel materials for dam construction and high efficiency. of earth moving machinery and compactors being constructed. Compared with conventional existing models, cemented sand and gravel dams have unique advantages in terms of applicability and economy. Materials can be obtained locally and nearby, without the need for aggregate screening. The construction progress is fast, and the construction process is simple and efficient. Therefore, The construction process is required to be compact and the dam construction efficiency is high during peak periods, which brings certain difficulties and risks to the construction quality. It is necessary to comprehensively consider all factors affecting construction quality, use automated monitoring methods as much as possible, and strengthen real-time quality monitoring. , which gave rise to the cemented sand and gravel dam construction quality monitoring system.
In August 2016, I participated in the development of the cemented sand and gravel dam construction quality monitoring system and served as the system architecture designer of the system. I was mainly responsible for the system analysis and design of the system. The main functional modules of the system include purchasing