China‘s information technology has been rapid development, cloud computing technology has been widely used in many fields. The informatization level of accounting major is one of the important factors influencing the development of enterprises. There are some problems in the traditional way of accounting work, such as low efficiency, data error and so on. Based on this, this paper puts forward the research of accounting information transformation based on cloud computing technology. This paper first analyzes the existing problems in the development of accounting informatization, and further expounds the advantages of cloud computing technology in the construction of accounting informatization, and then puts forward the transformation scheme of accounting informatization based on cloud computing technology. The results show that the scheme proposed in this paper is helpful to enhance the development strength of the company, and is widely praised by the accountants.
In view of the developing status of agricultural information system up to date, this essay, based on WebGIS, introduces the design and realization of information system for the agriculture information on a basis of NET by using MapGIS-IMS as the tool for the build-up of GIS, Which has the agricultural information system function for all levels from the use of agricultural management department, realize information inquiry management, statistical analysis and release function.
In order to study the influence of aero-optical effects on the detection system of hypersonic vehicles, a set of numerical simulation system is developed for simulating the whole process of aero-optical effects. With the design scheme of "system platform plus simulation function module plus data storage", the development work for the platform and function modules are accomplished in Qt5 development environment. Users can create simulation tasks and complete simulations according to their needs. The system has good scalability and supports users to develop new functional modules according to the interface specifications. The simulation results of this system can provide theoretical basis for theoretical research and engineering application of aero-optical effects.
Abstract. With the rapid development of social economy, China's urbanization and industrial construction process is accelerating, people's living standards and quality has also been significantly improved in the daily life of the use of electrical equipment also increased, which is to a certain extent on the increase in the power grid construction requirements. Coupled with the increase in demand for information, in the power system is also gradually achieve two-way interaction to promote better communication between the grid and users, which meet the needs of users at the same time can also promote the further development of power grid construction. This paper mainly analyzes and studies the three aspects of two-way interactive communication and information technology of power grid and users, two-way interactive communication and information system analysis of power grid and users, and two-way interactive communication and information system design of power grid and users. The better design of the grid and the user two-way interactive communication and information system provides a valuable reference.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.