Research And Realization Of Cross-Platform Hydropower Station Based On Web

Scalable Vector Graphics (SVG) is a W3C-recommended standard for Web graphics.It is a language for describing two-dimensional vector Graphics in XML. SVG-based images can dramatically improve graphics on the Web. It has the merits of both vector Graphics and XML. SVG graphics compact size and can scale nicely to arbitrary resolutions.Since SVG is XML-based, it is independent of platform and it is expansibility. A new XML technology, called Scalable Vector Graphics (SVG) is becoming industry standard in vector graphics. It brings the fast and high-resolution vector graphics that we currently enjoy in the print world to the Web. SVG overcomes the shortcomings of existing pixel-based Web graphics and integrate seamlessly with traditional Web standards complement with dynamic and interactive capabilities to forge the future of Web graphics.The design and implementation of Web-based cross-platform Hydropower station system is introduced in this thesis.The thesis expounds particularly the SVG, and such key technology as Web Server development technology and serval web applied software architectures are analyzed and compared.The three-tier structure based on SVG is then selected and the source code of each function model is developed.Finally, the running environment of this system is disposed and expounds particularly the key technology of this implementation.This system has many kinds of advantages and can solve the practical problem commendably.Because the solution adopts standard technology of W3C and JSP, and can be applied to various kinds of relevant operation system platform and demands, it has wide development prospects.