AbstractThis chapter aims to provide the reader with basic knowledge about the experiment as a general method that can be applied towards serious games research and evaluation. It explains the main terms and rules of the experimental design, as well as points out the main risks and difficulties to avoid. The chapter also explains the differences in possible conclusions between true experiments, quasi-experiments, and correlational studies. References (1): Djaouti, D., Alvarez, J., Jess
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Keywords : Experiment, Experimental design, Variables, Validity, Biases, Samples, Quasi-experiment, Correlational study
AbstractContextThe growing field of new technologies offers new ways to tackle psychiatric disorders (e.g. virtual reality therapy, neurofeedback, etc.). Serious games (SG) are computer applications combining serious aspects with the fun side of video games. This kind of new media could find applications to treat psychiatric disorders.ObjectiveThis paper summarizes available data in the literature about therapeutic interventions using SG in psychiatry.MethodA Medline search was conducted in May
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Keywords : Psychiatry, Video game, Psychotherapy, Serious game, Psychiatric disorder
Development of a game in the form of software for game-based learning poses significant technical challenges for educators, researchers, game designers, and software engineers. The game development consists of a set of complex processes requiring multi-faceted knowledge in multiple disciplines such as digital graphic design, education, gaming, instructional design, modeling and simulation, psychology, software engineering, visual arts, and the learning subject area. Planning and managing such a
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Keywords : Digital game development, Educational game development, Game development life cycle, Game development methodology, Game development processes, Game development workflows, Game software quality evaluation, Game-based learning
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
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Keywords : Business Management Simulation Game, Technology Enhanced Learning, Serious Gaming, Best Practice
Abstract:The research in-progress presented in this paper proposes a holistic VR-based framework for participatory design of Serious Games for motor rehabilitation. The proposed framework is devised in layers that facilitate the mapping of game mechanics to playful therapeutic exercise games. The framework proposed can be disease agnostic and applies to a wider range of service users, regardless of their condition and motor functional capacity. The pilot study design for evaluating the proposed
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Keywords : Games, Diseases, Systems architecture, Monitoring, Medical treatment, Stakeholders, Systems architecture
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
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Keywords : Serious game, Success factor, Gaming experience, Content implementation, Implementation process, Analysis framework
For the Ludoscience team, it's very important to play if you want to practice Ludology.Having read a few articles mentioning the idea that Pokémon GO could promote the health of its users through the walking activity it elicits, we wanted to form our own opinion by playing the title. We took the game with us on vacation, in the countryside, in the mountains and in the city.This month-long test also gave us the opportunity to make a few observations in the field, which we'd like to share w
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Keywords : Serious Game, Video game, Smartphone, Serious Gaming, Pokemon Go, Gameplay, Research
AbstractIn 2010 the eruption of the Icelandic volcano Eyjafjallajökull paralyzed a large part of the European air traffic. Results were massive restrictions in the European and intercontinental air traffic. Even after canceling the aircraft grounding, airport operators, airlines, air traffic controllers, and ground handlers had to deal with the situation that the aircraft and crews were not in the places where they should have been for the correct execution of the flight plan. To
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Keywords : Air traffic management, Decision-making, Serious games
AbstractDesigning serious games is a complex process because finding the right balance between the ‘serious' and the ‘game' dimensions is vital, as pointed out in some meta-analyses (Wouters, et al. 2013). If educational content prevails over the entertainment element, users' motivation may decrease and this can have a negative impact on the effectiveness of learning. On the other hand, if entertainment predominates over content, this can also limit learning opportunities. Another ma
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Keywords : Serious game, Design, Education, Digital games, Modèles
Abstract. This paper presents the findings from a study aimed at understanding whether video games (or serious games) can be effective in enhancing volcanic hazard education and communication. Using the eastern Caribbean island of St. Vincent, we have developed a video game – St. Vincent’s Volcano – for use in existing volcano education and outreach sessions. Its twin aims are to improve residents’ knowledge of potential future eruptive hazards (ash fall, pyroclastic
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Keywords : Volcanic, Serious game, Videogames