Design and Implementation of a Serious Educational Game for Youth Gatekeeper

Park, ChangHoon; Lee, Jee-Sook; Ko, Ki Sook

doi:10.7583/jkgs.2017.17.2.145

Cited by 2 publications

(1 citation statement)

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“…The Monomyth 12 Phase (Hero Journey Adventure) [25] Based on the summary of models in table 1, it can be concluded that the majority of storytelling frameworks always begin with an introduction and end with a conclusion of an event. This concept is highly suitable for incorporating into a game scenario model that typically results in a win or loss condition at the end of a level [26].…”

Section: Introductionmentioning

confidence: 99%

Educational Game Scenario Model Based On Imperative Game Goal Typology

Roedavan¹,

Siradj²,

Stefany³

2023

JGGAG

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Educational games are digital products resulting from the application of game-based learning concepts. The main factors forming educational games include combining a learning subject with challenging elements and engaging visualization. Most educational games translate the challenge component of the game in the form of multiple choice quizzes, questions, answers, or puzzle solving. This result causes the mechanical structure of educational games less interesting than the mechanics of entertainment games. This paper proposes a scenario development model for educational games derived from the game goal typology commonly found in entertainment games. This model is expected to be a reference for developing educational game scenarios that can enrich the types of mechanics and increase the engagement of an educational game. The proposed model in the research has been tested on two educational games, both of which received high attractiveness scores of 1.632 and 1.542 respectively on the User Experience Question (UEQ) scale.

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Section: Introductionmentioning

confidence: 99%

Educational Game Scenario Model Based On Imperative Game Goal Typology

Roedavan¹,

Siradj²,

Stefany³

2023

JGGAG

View full text Add to dashboard Cite

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Real-Time 3D Simulation for the Trawl Fishing Gear Based on Parallel Processing of Sonar Sensor Data

Park

et al. 2014

International Journal of Distributed Sensor Networks

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A huge and a complex internal computation is required to visualize the underwater geometry of a fishing gear, because each particle of the gear should be calculated with consideration of several force vectors, such as the movements of the fishing vessel, the buoyancy of the gear, and the tension of pulling or pursing acting on the net panels. The internal computation is the main drawback for providing a real-time visualization that takes into account the force vectors and the changes of underwater environments which can be obtained from the multiple sonar sensors. This paper presents a three-dimensional (3D) visualization tool that offers realtime simulations of the trawl fishing gear using parallel processing for the particles applying the force vectors. This tool also offers different underwater geometries for each fishing gear through a multiview display. The tool employs OpenMP APIs and OpenGL libraries to calculate in parallel the particles and to draw the underwater shapes of fishing gears, respectively. This work can be applied to other simulation systems for analyzing the precise model of graphical geometries as well as modeling the underwater shapes of fishing gears.

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Design and Implementation of a Serious Educational Game for Youth Gatekeeper

Cited by 2 publications

References 0 publications

Educational Game Scenario Model Based On Imperative Game Goal Typology

Educational Game Scenario Model Based On Imperative Game Goal Typology

Real-Time 3D Simulation for the Trawl Fishing Gear Based on Parallel Processing of Sonar Sensor Data

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