Abstract

With the development of artificial intelligence, virtual reality, and multimedia, numerous digital interactive learning resources are produced for the purpose of e-learning in which the virtual experiment plays a vital role. It provides not only an advanced tool but also an open platform with high-quality studying resources for learners to conduct research-oriented learning, self-directed experiment, and innovative practice. This method increases the quality of personnel training and adds extra energy and motivation to the reformation of practice teaching and laboratory construction. In this paper, a complete solution of virtual experiments is proposed which includes both overall design and module design. The overall design of the virtual experiment can be divided into three modules i.e. hardware platform design, software platform design, and unified access portal design, which are all illustrated. In the end, the results of virtual experiments are shown. These steps, which should require the generation of the final output from the styled paper, are mentioned here in this paragraph. Firstly, users have to run Reference Numbering from the Reference Elements menu and this is the first step to start the bibliography marking (it should be clicked while keeping the cursor at the beginning of the reference list). After the marking is complete, the reference element runs all the options under the Cross Linking menu.

Full Text
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