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(Broacasting our studies)
A video game for learning is a complex computer system whose objective is to teach a learner new skills in a specific area of knowledge. Interdisciplinary teams responsible for this type of video game face significant communication and design challenges. They must therefore be able to rely on a formal and well-structured process in order to deal with the delicacy of bringing together education and video games. The method described in this paper combines instructional engineering video game devel [...]Keywords : Serious Game, Video Game, Learning, Instructional Design, Method
Competitive game environment and its application: Case study with focus on tournament entertainment (Broacasting our studies)
Abstract This study explores a novel way for analyzing tournament structures. Our goal is to find the best suitable tournament under considered purposes. Aside from the number of matches, we address on two other important aspects: competitiveness development and ranking precision. Competitiveness development emphasizes the importance participants’ motivation in every match while keeping the matches exciting throughout the tournament. Ranking precision reflects the convincement of tour [...]Feedback on the integration of a serious game in the data modeling learning (Broacasting our studies)
Data Modeling (DM) is an important area in the Information System (IS) learning. In particular, in the IS analysis phase business analysts need to provide a comprehensive notation to avoid misunderstanding between software engineers and customer. Teaching DM is a challenging task, mainly because it lays great emphasis on theory. It remains often abstract, not consensual and complex to implement in real setting. In order to better motivate learners, this paper aims to assess the integration of Se [...]Keywords : Serious Games, Gamification, Innovation Minitrack, Data modeling learning, INNOV8, IS learning, Teaching DM
Serious Games for Learning : a model and a reference architecture for efficient game development (Broacasting our studies)
Summary Digital Serious Games (SGs) are gaining increasing importance as educational and training tools. However, there is still a long way to make them widely deployed. On the one hand, balancing fun and educational elements in a SG is not trivial and requires understanding how these games can be designed to support effective and efficient learning. On the other hand, actual development can be costly and time-consuming, involving large teams of people from different backgrounds, who often [...]Keywords : Serious game, Learning
IMPROVING SERIOUS GAME DESIGN THROUGH A DESCRIPTIVE CLASSIFICATION: A COMPARATION OF METHODOLOGIES (Broacasting our studies)
ABSTRACT Serious game provides an instructional tool to make the learning process more enjoyable, easier to memorize and effective. It combines pedagogy goals and game play to increase the participant interest and engagement compared to traditional methods. In this paper, we compare several methodologies of game design relative to our classification proposal; it can assist the analysis and evaluation of serious game design, we illustrate how this classification helps several actors of desi [...]Keywords : Comparative Study, Serious Game, Learning, Game Design
Serious Game to Enhance and Promote Youth Entrepreneurship (Broacasting our studies)
AbstractEntrepreneurship constitutes a key driver providing jobs and wealth creation. Besides, promoting entrepreneurship can play significant role to ensure the prosperity of a society. In this respect our article aims to foster entrepreneurship education, through focusing on the effectiveness of serious games as educational tools, whose goal supporting young people to actively being entrepreneurs. In this paper, we unveil the entrepreneurial context notably at the national level, where we high [...]Keywords : Entrepreneurial learning, Learning process, Serious games, Entrepreneurship education
Business Management Simulations - a detailed industry analysis as well as recommendations for the future (Broacasting our studies)
Abstract Being exposed to serious games showed that some simulations widely vary in quality and learning outcome. In order to get to the bottom of best practices a detailed review of business management simulation literature was conducted. Additionally, an industry analysis was performed, by interviewing 17 simulation companies, testing a range of full and demo games, and conducting secondary research. The findings from both research efforts were then collated and crossreferenced against ea [...]Keywords : Business Management Simulation Game, Technology Enhanced Learning, Serious Gaming, Best Practice
SUCCESS FACTORS IN FINNISH SERIOUS GAMES (Broacasting our studies)
Serious games (SG) are computer-and video games with a primary focus other than entertainment. This is, they are made to educate, teach, inform and promote ideas. The current research focused on SGs' success factors and their emergence in SGs published in Finland in 2015. The research approach was qualitative and the research method was theory-based content analysis. First, the concepts of SG, SG design methodology and learning were discussed based on existing knowledge. Success factor related k [...]Keywords : Serious game, Success factor, Gaming experience, Content implementation, Implementation process, Analysis framework
Supporting Collaborative Serious Game Studies Online (Broacasting our studies)
AbstractWhile a lot of papers have argued for the educational potential of serious games, the field is still young and methods and tools are needed in order to support effective and efficient design. The SG Studies Database is an instrument devised to allow sharing structured information about SGs. This information can be used by scholars and practitioners also to perform comparative analysis and identify components and modules that could be used in different games. The SG Studies database, whic [...]Keywords : Personal Computing, Computers and Education, User Interfaces and Human Computer Interaction, Image Processing and Computer Vision, Artificial Intelligence (incl. Robotics), Software Engineering
A Practical Evaluation of the Influence of Input Devices on Playability (Broacasting our studies)
AbstractInnovations being achieved with interactive devices (screens, sensors etc.) allow the development of new forms of interaction for many applications. Videogames played with these devices are completely changing how we use them and taking advantage of intuitive interfaces. Based on that, we ask “What aspects of playability are affected using different input devices for a certain gaming task and how is gaming performance affected?”. Our contribution is to present a practical eva [...]Keywords : Emotions in HCI, Entertainment systems, Evaluation methods and techniques, User Experience, Input devices