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Research and Develop of J2EE Based Safety Assessment of Buildings at Post-Earthquake

Author: ZhangXingHua
Tutor: SunBaiTao
School: China Seismological Bureau, Institute of Engineering Mechanics
Course: Disaster Prevention and Reduction Engineering and Protective Engineering
Keywords: Earthquake Housing safety J2EE MySQL Java
CLC: TP311.52
Type: Master's thesis
Year: 2011
Downloads: 28
Quote: 1
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Abstract


Earthquake site housing safety appraisal is an important part of the the earthquake site emergency work. Scientific and reasonable to complete seismic field housing safety work, not only can save a lot of expenses for the state treasury, but also can play a reasonable rehousing victims, maintaining social stability. Sun Botao researcher and their research group from the 2001 earthquake site housing safety and quantitative research. After several years of development, has established a more scientific model of housing safety, and the development of a stand-alone version of the earthquake scene Safety Identification System. To frequent earthquakes worldwide in recent years, developed a set of intelligence that can benefit the majority of the general public the earthquake site housing safety system has great practical significance. In 2000, Web2.0 get a very wide range of applications to the current position of Web2.0 has very mature. The Web2.0 emphasized the harmony of the human-computer interaction, and the appearance of the user interface. Ajax and J2EE to belong to Web2.0 used technology. The good portable applications developed using J2EE technology, robustness, scalability and security of enterprise development, has been a large number of applications. In this paper, J2EE technologies and Ajax technology, based on the study of earthquake site housing safety, design and development of the earthquake site housing safety system based on J2EE. The main contents of the paper include: First, in the research the earthquake site housing security identification process parameters on the basis of the characteristics of Web applications, system requirements and technical feasibility analysis, and to determine the system development technology. Secondly, sites, forums and Manage architecture design factors affecting system performance analysis solutions. Then, the system detailed design, including: data design, the front interface design has user permissions design. Again, the coding and development of the system. The system front interface uses DIV CSS way layout, JavaScript and Ajax technology to achieve the dynamic interaction of the page; background part of the Java EE series of technical development, primarily using Struts2, Hibernate, Spring technologies. Using Spring Security framework based the RBAC permissions control the system permissions control. Finally, the test run of the system, and the actual identification of instances of the earthquake site to test the system accuracy. Several tests showed that the earthquake site in housing safety system has good stability, security and robustness. This research work has a certain role the earthquake site housing safety appraisal of the popularity and depth. In addition, the data collected by the system to other areas outside the security identification is also very meaningful. The most important is the development of the system allows the general public to receive the benefits of secure identification information technology.

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