Constant water circulating ecological influence and remote English education system development based on sequence matching

Abstract

This article discusses the development status of sequence matching and closed-loop detection, and focuses on the inherent problems in closed-loop analysis methods. By analyzing the basic theory of sequence matching, the closed-loop detection implementation method of each sequence matching is summarized, and detailed closed-loop components corresponding to sequence matching are summarized, and the existing methods for achieving different modules are summarized and their disadvantages are reviewed. In line with this, this paper focuses on the focus on the central Z Basin area of the H River domain. Combined with systematic analysis of surface water and groundwater conversion characteristics, the Z Basin annual water balance model is proposed, and the relationship between surface water and groundwater is further explained. The annual water balance model contains a nonlinear model of water circulating ecology, which fully considers the runoff of rivers under river water abundance changes and irrigation on water cycle ecology. Finally, this paper proposes a remote English education system based on JavaBean components and software architectures. After comprehensive, extensive testing and research, it reduces software development costs under this field, not only improves system reliability, but also shortens the development cycle, simplifies system maintenance measures, and ultimately makes the maximum extension and stability. With regard to system testing, a complete test will be performed through web test methods and cookie laws, performance, feasibility, compatibility, and security. This article uses a variety of test methods, a variety of test content, through comprehensive testing, which fully meets the expected requirements, promoting the system to fully meet the ability of daily learning and work requirements.