Gamification Strategies: A Characterization Using Formal Argumentation Theory

Gamification Strategies: A Characterization Using Formal Argumentation Theory

Gamification Strategies: A Characterization Using Formal Argumentation Theory

By Esteban Guerrero and PanuKalmi

Abstract

“Gamified software applications are omnipresent in everyday life. The idea of using game design elements in non-game contexts to engage and motivate tasks has rapidly gained traction in the human–computer interaction and the psychology fields, but scarcely in the artificial intelligence (AI) research area. In this paper, we propose a software agent perspective of gamification elements to solve two specific problems: (1) a reactive perspective that gamification designers have for those gamified affordances, i.e. the visual cue (output) is only triggered by user interaction, and (2) a lack of formal treatment of gamified software, where strict characterization of software behavior as done in AI, guarantee that the information-based output follows the intended goal of the software. Our contributions presented in this paper are (1) two taxonomies of affordances based on the type of information that every element communicates, and the type of agency that is capable; (2) a framework to formalize the decision-making process for gamified software agents; and (3) a characterization of gamified stories using formal argumentation theory dialogues. We exemplify our contributions with two gamified platforms in the healthcare and financial literacy fields.”

Reference

Guerrero, E., &Kalmi, P. (2022, May 17). Gamification strategies: A characterization using formal argumentation theory - SN computer science. Retrieved May 31, 2022, from https://link.springer.com/article/10.1007/s42979-022-01164-3

Keywords

Gamification, characterizations, formal argumentation theory, software applications, game design, non-game context, research