虚拟实验及其学习者可信度认知被引量：46

The Learners Cognition and Credibility of Virtual Experiments

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摘要实验是人类认识和改造世界的重要手段和方法。面对传统教学实验室在远程教育中的局限性和虚拟实验的迅速发展,本文分析了教学中虚拟实验面临的诸多挑战,如用户难以获得身临其境的感受、交互不够自然真切等;从学习者对虚拟实验可信度要素的视角,提出了包含环境拟真度、用户体验度和操控可信度三个维度的虚拟实验用户可信度认知模型;从虚拟实验用户可信度水平的视角,提出了包含模拟性实验(Procedure-based)、探究性实验(Data-based)以及实证性实验(Reality-based)三个层次的虚拟实验PDR层次模型,并用实例阐释了三个层次的实验类型。 Experiments are the important means of knowing and transforming the world. Taking into account the lim- itations of physical laboratory in distance education and the rapid development of virtual experiments, we analyze the challenges that virtual experiments faced in teaching and learning, such as the losing of immersive feelings for users and the lack of authenticity in interactions between users and virtual experiments. From the perspective of learner＇s per- ception on virtual experimentations, we propose the model of cognitive credibility, which includes three dimensions ： the degree of environment fidelity, the degree of user experiences, and the degree of operation and control credibility. Af- terwards, from the credibility degree of virtual experiment perspective, we propose the PDR hierarchical model of virtual experimentation, which included three hierarches of the procedure-based experimentation, data-based experimentation and reality-based experimentation. Finally, this article illustrate the typical examples of the three hierarches＂ experi- mentations.

作者黄荣怀郑兰琴程薇

机构地区北京师范大学知识工程研究中心

出处《开放教育研究》 CSSCI 北大核心 2012年第6期9-15,共7页 Open Education Research

基金高等学校科技创新工程重大项目培育资金项目"普适环境下面向教育服务的信息终端技术"研究成果之一

关键词虚拟实验可信度认知环境拟真度操控可信度用户体验度 virtual experimentation credibility cognition degree of environment fidelity degree of user experiences degree of operation credibility

分类号 G434 [文化科学—教育技术学]

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1CooperAlan.交互设计之路:让高科技产品回归人性[M].ChrisDing等译.北京:电子工业出版社,2006.
2Aggarwal, R. , Ward, J. , & Balasundaram, I. (2007). Proving the effetiveness of virtual reality simulation for training in laparoscopic surgery [ J]. Annals of Surgery, (5) :771-779.
3Burdea, G. C. , & Coiffet, P. ( 1994 ). Virtual reality technology [ M ]. NJ : John Wiley and Sons.
4Chaturvedi, S. K., Bawab, S., & Khan, H. (2005). Develop- ment of a methodology to visualize and conduct a physical experiment as a web-based virtual experiment[ A]. Proceeding of IASTED International Conference Web-Based Education [ C ]. 101 - 108.
5Cortera, J.E., Escheb, S. K., Chassapisb, C., Mac, J. , & Nickersonb, J. V. (2011 ). Process and learning outcomes from remotely- operated, simulated, and hands-on student laboratories [ J ]. Computers & Education ,57 ( 3 ) :2054-2067.
6Ghani, M. A. (1994). Pre-Mughal Persian in Hindustan: A critical survey of the growth of Persian language and literature in India from the earliest times to the advent of the Mughal rule [ M ]. Vintage Books.
7Gizerian, S. (2007). The virtual laboratory : Using technology to enhance the learning experience of students in biology, chemistry, and physics [ EB/OL]. Retrieved on October 28, 2012 from http://www. google, com. hk/url? sa = t&rct = j&q = &esrc = s&source = web&cd = l&cad= rja&ved = 0CCYQFjAA&url = http% 3A% 2F% 2Fwww. umich. edu% 2F - slc% 2 Fcorff% 2F2007% 2Fmedia% 2Fgizerian% 2FVirtual-La- boratory, ppt&ei = qmuSUO3XG- DUmAWO6IHgBg&usg = AFQjC- NFowogIDKRInAiKvmH65xPvOXhOtw&sig2 = Jlvo - EyvhbnEhwKR2hs9.
8Holbert, K. E. , & Albu, M. M. (2003). A signal processing la- boratory employing on-line teaming for remote experiments[ A ]. American Society for Engineering Education, Proceedings of the 2003 American So- ciety of Engineering Education Annual Conference & Exposition, Section 2359 [ C ].
9黄荣怀,杨俊锋,胡永斌.从数字学习环境到智慧学习环境——学习环境的变革与趋势[J].开放教育研究,2012,18(1):75-84. 被引量：620
10Lan, J. , & Gemmill, J. ( 2000 ). The networking revolution for the new millennium: Internet2 and its educational implications [ J ]. Inter- national Journal of Educational Telecommunications, 6 ( 2 ) : 179-198.

二级参考文献94

1顾小清,王炜.支持教师专业发展的课堂分析技术新探索[J].中国电化教育,2004(7):18-21. 被引量：342
2钟志贤.论学习环境设计[J].电化教育研究,2005,26(7):35-41. 被引量：203
3韩忠南,王耀生.定性模拟在台风浪场分析中应用的可行性研究[J].海洋预报,1995,12(1):12-18. 被引量：1
4钟国祥,张小真.一种通用智能学习环境模型的构建[J].计算机科学,2007,34(1):170-171. 被引量：38
5R. Azuma, Y. Baillot, R. Behringer, et al. Recent advances in augmented reality. IEEE Computer Graphics and Applications, 2001,21(6) :34 -47.
6State A, Hirota G, Chen D T et al. Superior augmented reality registration by integrating landmark tracking and magnetic tracking. in: Proc. SIGGRAPH'96. New Orleans, 1996:129146.
7Bajura M, Fuchs H, Ohbuchi R. Merging virtual objects with the real world : Seeing ultra - sound imagery within the patient. In : Proc. SIGGRAPH'92. Chicago, 1992: 203210.
8Yokoya N, Takemura H, Okuma T et al. Stereo vision based video see - through mixed reality. In : Mixed Reality - Merging Real and Virtual Worlds. New York: Ohmsha- Springer Verlag, 1999.131145.
9Barrett E B, Brill M H, Payton P M. Invariant linear methods in photogrammetry and model - matching. In : Mundy J I. , Zisseman A. Editors: Geometric Invariance in Computer Vision. Cambridge Massachusetts, USA: The MIT Press, 1992,277-292.
10Bennett, S. , Maton K. , & Kervin, L. ( 2008 ). The ' digital natives' debate:A critical review of the evidence[J]. British journal of educational technology,39(5) :775-786.