The Practice Of "High-efficiency In-class Education System" Learning Terminal Design

The development of educational informationlization is rapid, meanwhile, the connection of information technology with teaching practice progress fast as well. As a consequence, education market develops epically. Current applications on intelligent terminals have its drawback in promoting effectiveness of in-class education and efficiency of study, in the background that most education are in classes. The"high-efficiency in-class education system"followed by the principle of instructional design and its three steps, which are "before-class","in-class"and "after-class"It is backed with cloud computing and mobile devices to combine the power of cloud’s high storage density, high-frequency computing capacity and sharing function with mobile devices’mobility, convenience and affordability. The core of this system is the China education outline and designed with the chronometry order of class, which would profit the efficiency and effectiveness of class education.This essay illustrates the process of the design work and is parted into seven chapters as below:The first chapter is introduction, describes the background and significance of the paper, as well as comparative analysis of related product design, and then expand the learning end design requirements analysis and research content, research path specification.The second chapter is the introduction of theoretical basis and technical analysis.Mobile learning theory is the theoretical basis,explain the definition and characteristics and technical analysis, including a brief description of the basic structure of the overall system design and related support technologies.The third chapter is business analysis of the product,basically focuses on the users’object, needs and usage scenario.The fourth chapter basis on conceptual model and function modules on PAD. It illustrates the model that meets students’need, partition of core function and their features.The fifth chapter is the interface and interaction design. In accordance with conceptual model and function modules in Chapter Ⅳ,this part focus on the Ⅵ and explicit each model.The sixth chapter is prototype implementation. Based on the work of former chapters, and shows the main function page.The seventh chapter is defects and prospects of the study, mainly drawing a conclusion to the work,explain the deficiencies and prospects existed in this research.