Chinese Learning Game System Based On J2ee Architecture Design And Realization

Chinese status is increasingly becoming more and more important and prominent in the international because of rapidly developing of Chinese economic nowadays. Besides, with vigorous development and continued expansion of "Confucius Institute" built by our country in the world, the international influence and popularity of Chinese is increasingly apparent. So it is blooming for learning Chinese internationally. However, as is known, Chinese is the most complex and difficult to learn in all languages. As a result, how to help Chinese learners to cross the threshold fast and raise their interest and motivation has become a problem which is urgent to solve.For the issues above, this paper has proposed a design scheme of professional and comprehensive Chinese-learning game system. The game system decomposes Chinese learning process from the perspective of the language pedagogy, and fully considers difficulties of Chinese learning for non-native speakers. As a result of that, the system uses the learning method of combining interest, layer and game to assist learners to study Chinese in a full range.Using the B/S model, this game system combined the J2EE architecture with the Struts, the Spring and the Hibernate frameworks, and realized the Model-View-Controller (MVC) pattern which separated the page logic, business logic and data logic one another. Therefore a loosely coupled structure is achieved, enhancing the versatility, the maintainability, the extendibility of the system.In this paper, the actual requirement and feasibility of the game system are fully and carefully analyzed firstly basing on the current situation of international Chinese learning. The main part of the paper gives a specific design, implementation and operation process of the game system, and then describes the development of the database. Finally, the system is tested in the actual environment and the results are analyzed and compared in the opinion of software engineering. In conclusion, this paper describes corresponding improvements of inadequacies of the design scheme and the prospect for the entire game system.