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Canada, Dan; Goering, Dave – Mathematics Teacher, 2008
Played in university classes for preservice teachers as well as in middle and high schools, the River Crossing Game depends on the sum of tosses of two fair dice. This paper describes the game as well as some lines of thinking about winning strategies, which are not obvious even with an understanding of the overall distribution for the sum of two…
Descriptors: Preservice Teachers, Secondary School Mathematics, Preservice Teacher Education, Middle School Students
Moellenberg, Wayne P. – 1986
Computer simulations of agricultural finance and management may be helpful to students preparing for agricultural careers. Simulations would provide problem definition and problem solving in realistic interactions with complex and ambiguous situations similar to those encountered in farming. The paper describes a major financial problem for…
Descriptors: Agricultural Education, Agriculture, Business Education, Computer Assisted Instruction
Virvou, Maria; Katsionis, George; Manos, Konstantinos – Educational Technology & Society, 2005
Computer games are very popular among children and adolescents. In this respect, they could be exploited by educational software designers to render educational software more attractive and motivating. However, it remains to be explored what the educational scope of educational software games is. In this paper, we explore several issues concerning…
Descriptors: Educational Games, Computer Simulation, Intelligent Tutoring Systems, Computer Software
Palmer, Jane – New Directions for Continuing Education, 1986
Describes computer simulations that combine abstract and conceptual learning to help create an intense, content-rich learning opportunity grounded in experience and reality. Examines learning with intent, limitations of computers, features of a good simulation, and linking contextual and abstract learning. (CT)
Descriptors: Abstract Reasoning, Adult Education, Computer Simulation, Computers
Peer reviewedDempsey, John; And Others – Journal of Educational Technology Systems, 1994
Discusses instructional gaming and examines the impact of Thomas Malone's theory of intrinsically motivating instruction. Relevant literature is reviewed to establish common threads, and implications of the gaming literature for future study of gaming and instructional design are suggested. (Contains 25 references.) (LRW)
Descriptors: Computer Simulation, Educational Games, Futures (of Society), Instructional Design
Blaisdell, Mikael – T.H.E. Journal, 2006
It is the universal cry of parents the world over, driven mad by the persistent sight of their children investing hours and hours in mastering the many layers of a video game. To the parent, video games are the enemy, the nemesis of homework and learning. But the child sees something of value, something engaging enough to fill a weekend, to the…
Descriptors: Educational Benefits, Computer Simulation, Classrooms, Computer Graphics
Jarvis, Phil; Esbin, Howard – Education Canada, 2006
Canada's $76.5 billion annual investment in education is paying dividends. A recent international survey ranked Canadian students "second" in reading literacy, "fifth" in mathematics and "fifth" in science. For nations and individuals alike, such mastery is intrinsic to success in the new knowledge economy. Yet,…
Descriptors: Foreign Countries, Career Education, Nonprofit Organizations, Computer Simulation
Anderson, Jonathan R. – Journal of Education for Business, 2005
In many business courses, computer-based simulations are becoming a popular choice of pedagogical technique, yet research is only beginning to consider how these simulation games impact student outcomes. In this study, the author investigated individual perceptions of simulation team dynamics and their relationship to student affect regarding the…
Descriptors: Computer Simulation, Games, Group Dynamics, College Students
Annetta, Len; Klesath, Marta; Holmes, Shawn – Innovate: Journal of Online Education, 2008
Len Annetta, Marta Klesath, and Shawn Holmes describe how avatars in virtual learning environments (VLEs) can contribute to the learning experience by giving students a sense of social presence and investment in the learning community that may otherwise be difficult to access. VLEs have the potential to become the next generation of instructional…
Descriptors: Learning Experience, Computer Simulation, Virtual Classrooms, Classroom Environment
Begg, Michael; Ellaway, Rachel; Dewhurst, David; Macleod, Hamish – Innovate: Journal of Online Education, 2007
Noting the dependency of healthcare education on practice-based learning, Michael Begg, Rachel Ellaway, David Dewhurst, and Hamish Macleod suggest that creating a virtual clinical setting for students to interact with virtual patients can begin to address educational demands for clinical experience. They argue that virtual patient simulations that…
Descriptors: Patients, Exhibits, Clinical Experience, Health Services
Starkman, Neal – Campus Technology, 2007
Colleges and universities head into virtual worlds, and student learning and psychology are changed forever. For the past few years, Creighton University, a Jesuit institution of about 6,700 students has hosted GameFest (www2.creighton.edu/doit/gamefest), a 12-hour marathon of high-tech, interactive gaming sessions among Creighton students, using…
Descriptors: Educational Technology, Faculty, Academic Achievement, Student Attitudes
Sardone, Nancy B.; Devlin-Scherer, Roberta – Technology, Pedagogy and Education, 2008
Multi-user virtual environments (MUVEs) are new to formal educational settings as teaching and learning tools but are growing in popularity. MUVEs simulate real-world problems. They have an ability to reach students in ways that are familiar as they resemble videogames where players assume roles, work in teams, and gather data. MUVEs include…
Descriptors: Virtual Classrooms, Computer Simulation, Educational Technology, Science Instruction
McLellan, Hilary – 1995
Artificial intelligence (AI) techniques and virtual reality (VR) make possible powerful interactive stories, and this paper focuses on examples of virtual characters in three dimensional (3-D) worlds. Waldern, a virtual reality game designer, has theorized about and implemented software design of virtual teammates and opponents that incorporate AI…
Descriptors: Artificial Intelligence, Computer Games, Computer Graphics, Computer Simulation
Okamoto, Toshio; And Others – Educational Technology Research, 1994
Describes the architecture of a distributed, networked, multimedia learning environment for macroeconomics, which employs gaming and simulation methods. Details include a conceptualization of the system and discussion of its function and structure. (JKP)
Descriptors: Computer Games, Computer Networks, Computer Simulation, Computer System Design
Fister, Sarah – Training, 1999
Use of games in computer-based training (CBT) can enliven material, encourage discovery and experiential learning, and make visceral connections for learners. However, humor can offend or wear thin, and games can be perceived as playing rather than as learning. (JOW)
Descriptors: Adult Education, Computer Assisted Instruction, Computer Simulation, Curriculum Development

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