Designing multiplayer games to facilitate emergent social behaviours online

This paper discusses an exploratory case study of the design of games that facilitate spontaneous social interaction and group behaviours among distributed individuals, based largely on symbolic presence 'state' changes. We present the principles guiding the design of our game environment: presence as a symbolic phenomenon, the importance of good visualization and the potential for spontaneous self-organization among groups of people. Our game environment, comprising a family of multiplayer 'bumper-car' style games, is described, followed by a discussion of lessons learned from observing users of the environment. Finally, we reconsider and extend our design principles in light of our observations

Social gaming: A systematic review

Digital games often constitute a shared activity where people can spend time together, communicate and socialize. Several commercial titles place social interaction at the center of their design. Prior works have investigated the social outcomes of gaming, and factors that impact the experience. Yet, we lack a comprehensive understanding of how social gaming has been approached and explored before. In this work, we present a systematic review covering 263 publications, gathered in February 2021, that study gaming experiences involving more than one person, with a focus on the social element that emerges among partakers (players and/or spectators). We contribute with a systematized understanding of (1) how the topic is being defined and approached, (2) what facets (mainly in terms of outcomes and determinants of the experience) are being acknowledged and (3) the methodologies leveraged to examine these. Our analysis, based on mixed deductive and inductive coding, reveals relevant gaps and tendencies, including (1) the emphasis in novel technologies and unconventional games, (2) the apparent negligence of player diversity, and (3) lower ecological validity associated with totally mediated evaluations and a lack of established constructs to assess social outcomes

A Model to Identify Affordances for Game-Based Sustainability Learning

Sustainability learning requires the assimilation of domain-specific knowledge and the development of mindsets suitable to engage in complex system dynamics to foster sustainable action. There is a need for bespoke educational models and practical tools to foster sustainability learning. Digital games can answer such need, due to their remarkable potential to wholly engage players in sustainability-related contexts and problems entailing complex dynamics, and the advantages of intrinsically motivating game-based learning processes. However, there is evidence suggesting that such potential might be underexploited. To address this, in this paper we present a model for the identification and analysis of game-based sustainability learning affordances. Our model can be used to support the selection of games for educational purposes, or to facilitate the planning and introduction of game-based sustainability learning affordances when designing new games

Second Life as a Learning and Teaching Environment for Digital Games Education

Previous studies show that online virtual worlds can contribute to the social aspects of distance learning, improve student engagement, and enhance students’ experience as a whole [4]; [3]. This paper reviews previous research of using online virtual worlds in teaching and learning, compares Second Life with traditional classroom sessions and the Blackboard, and discusses the benefits and problems of using virtual environments in the post-sixteen education and how they affect students’ learning. It also reports a study of using Second Life as an educational environment for teaching games design at undergraduate level, and investigates the impacts and implications of online virtual environments on learning and teaching processes and their application to digital games education. The sample was 27 first year students of the Computer Games Modelling and Animation course. Students’ views on using Second Life for learning and teaching were collected through a feedback questionnaire. The results suggest that virtual learning environments like Second Life can be exploited as a motivational learning tool. However, problems such as identify issues and lacking of role markers may change student behaviour in virtual classroom. We discuss this phenomenon and suggest ways to avoid it in the preparation stage

Service scenarios - A socio-technical approach to business service modeling

Massively Multiplayer Online Game (MMOG) is a unique categorization of electronic game which allows thousands of players to play simultaneously through the Internet in the same virtual environment. A number of researchers have started to introduce the use of MMOG as a new generation of educational platform, allowing players to interact and to learn together through collaborative game-play. However, the answers for the occurrence of collaborative learning behaviour and the motivational drivers for learning collaboratively in a MMOG are still underresearched. Motivated by such concerns, this study tests a theoretical model to explain individual’s intention to learn by peer motivations. The model employs motivational theories to propose two external motivational factors, namely peer intrinsic motivation and peer extrinsic motivation, and investigates effects of the two new constructs on MMOG players’ intention to learn individually and intention to learn collaboratively by building on the cognitive learning theory. Based on a study with 94 valid current MMOG player responses, PLS analysis shows that peer intrinsic motivation to play has a significant positive influence on the intention to learn collaboratively, while peer extrinsic motivation to play has a significant positive influence on the intention to learn individually. The results of our findings indicate potential implications to researchers, educators and game developers

MMOG Game-Based Knowledge Conversion: An Ecological View Of Mutualistic Co-Presence

This research-in-progress study aims to extend the research on Massively Multiplayer Online Game (MMOG) collaborative learning by theoretically exploring the role of virtual co-presence from an ecological perspective. Although a growing number of researchers has started to investigate learning behaviors of digital native in the MMOG virtual environment, the study for theoretical justification of collaborative behavior and motivational profile of players in MMOG is still under-researched. To bridge this gap, this study applies concepts from ecology, namely biological interactions, and integrates with technology-based collaborative learning streams of research to theoretically explore the patterns of knowledge conversion in MMOG. Based on existing literatures, this study proposes two constructs of co-presence based on the theory of symbiosis in the field of ecology on biological interaction to explain and predict gamers’ motivational profile and participation in knowledge conversion mode in the MMOG game-based learning, Also, this study proposes a multiple method approach (including field observation, self-reported survey and focus group interview) to test four hypotheses that advocate the research potentials of MMOG in future research

Understanding player experience in social digital games : the role of social presence

Including others in a playful activity fundamentally changes the concept of play into social play. This thesis focuses on social play in digital gaming. Previous studies have revealed the crucial part of social interaction in play, as the intrinsic need to belong seems to be the core motivation for engaging in such activities. Besides interacting with the game and focusing on the game content, gamers are confronted with emotions, behaviours, opinions and performances of others that can easily be perceived when playing side by side (co-located co-play). However, the widespread penetration of the Internet also allows for social play without the restriction of co-players having to be in the same room (mediated co-play). In online co-play settings a smaller amount of social information can be exchanged compared to co-located co-play. These settings therefore differ in the way gamers can interact with each other, which has an influence on how digital gaming is experienced. Focus groups, contextual inquiries, and four experimental studies were employed to uncover which aspects of social play in digital gaming make mediated and co-located co-play feel different. The first study was conducted to explore the motivations of gamers to physically meet others to play digital games, compared to meeting them online. Based on interpersonal communications, focus groups and contextual inquiries, findings revealed that the appeal of co-located above online co-play results from the sociable, warm, sensitive, personal and intimate interactions that are possible when playing side-byside. Furthermore, co-located co-play offers the possibility to experience social fun before and after game play, which often is not afforded in online co-play. The first lab experiment was conducted to empirically demonstrate to what extent player experience is influenced by the way co-players are present; e.g. as a virtual (human controlled), mediated or co-located co-player. Results on self-reports indicated that playing sidebyside significantly adds to the enjoyment and involvement in games compared to playing against a virtual (i.e. computer controlled) or distant co-player. These results could be explained by introducing the concept of social presence, which is defined as the feeling of being together with another individual. Results demonstrated that social presence mediated the enjoyment in social play. In the second and third lab experiment the possibilities for verbal and non-verbal interaction were manipulated between coplayers in co-located co-play. One experiment investigated this for competitive play; a the other for collaborative play. Self-reports showed that interactions through auditory cues positively influenced player experience. Interestingly, the presence of visual cues of one’s co-player had no significant influence on play. Observation data of players confirmed that audio cues (e.g., talking, laughing) were far more often used than visual cues (e.g., eye contact, making gestures); visual cues were only used before and after play. Furthermore, we demonstrated that social presence – due to interaction by audio cues – mediates the enjoyment in social play. A final lab experiment was conducted to investigate the importance of the connection between players through the game for our results in the previous chapters. In this experiment players were colocated, but not always played together and/or were not always able to see each other’s scores. Results showed that a subjective shared experience increases the strength of the social connection between players, and positively affects feelings of social presence, enjoyment and involvement. Similar to the previous findings, social presence mediated the increase in feelings of enjoyment and involvement. In sum, our set of studies offered empirical support for when, why and how social interaction influences players’ experience in co-play settings. Furthermore, the results indicate the importance of social presence as a mediating factor of enjoyment and involvement in social play. This provides new theoretical insights for communication experiences in other media, and social presence in general. Furthermore, findings may be useful to game designers who may want to enhance players’ experiences in during digital play

Interactive effects of individual- and group-level variables on virtual purchase behavior in online communities

Focusing on social network theories, we examine the interactive influence of both group-level (i.e. community influences) and individual-level variables (intrinsic and extrinsic motivations) simultaneously as the drivers of Massively Multiplayer Online Role-Playing Game (MMORPG) players’ virtual purchase behavior. We demonstrate that several aspects of real-world behavior are reflected in virtual purchase behavior. Notably, normative interpersonal influences and community identity are critical drivers and moderators of virtual purchases. Moreover, clear advancement and enjoyment opportunities offer important triggers for virtual purchase behavior. This study provides insights for game developers to increase virtual purchases, and identifies domain-specificity of each gaming platform

Healthy Competition: Multiplayer Digital Games in Health Education

The focus of this dissertation is on the role of multiplayer digital games in adult education, with a particular emphasis on health education. Although interest in the use of digital games for serious applications has been increasing since the early 2000s, there is a significant gap in understanding on the use of multiplayer digital games in adult education. In the context of health education, there has been a large amount of research conducted in to the use of repurposed commercial games for predicting performance of trainees and health students on surgical simulators. However, beyond this niche research into game based learning is notably less cohesive. There has been some research into the use of digital games in areas such as for delivering insulin management training, but understanding of the processes for widespread application of games based learning in the health sector is limited. Additionally, almost no research has been undertaken into the use of multiplayer digital games in health education, whether it be for tertiary or adult learners. In this dissertation two digital games were developed, implemented and evaluated to explore the value of multiplayer games for supporting cooperation and collaboration in health education. The first game, They Know: Anatomy, was a real time team based strategy game designed to support anatomy revision by second year medical students. The second game, the Qstream: Cancer Cup Challenge, was a team based asynchronous online program designed to reinforce understanding of how to identify and manage adverse events by oncology registrars. A design research framework informed the methodology used in this dissertation. This framework emphasises the need to use multiple iteration cycles to develop a comprehensive understanding of player experiences with the digital games they encountered. Data on participant experiences with the digital games was collected using qualitative methods, including post-game surveys and semi-structured interviews. Between iterative cycles data on participant experiences with the digital games were analysed so that future implementations of the game could be modified to maximise cooperation and collaboration between players. At the conclusion of the study period data collected across all implementations of the digital games were analysed to increase understanding of how multiplayer digital games supported cooperation and collaboration between learners. Findings from this dissertation demonstrate that multiplayer digital games can be used to engage medical students in anatomy revision and medical oncologists in adverse events retraining. This is the first study to look at the use of digital games for either of these demographics. Additionally, this dissertation identified four ways through which multiplayer digital games foster collaboration between players: through the development of a team strategy to win the game, by facilitating !iii shared decision making, by working towards a shared goal, and by creating a sense of investment in a team. Finally, findings from this dissertation contribute to the literature on the implementation of game based learning in adult education. This is an under researched area, but one that warrants further focus in future if game based learning is going to be successfully incorporated into curricula and training activities for adult learners. This dissertation adds to the literature by presenting new knowledge on how and why multiplayer games support collaboration between learners. Additionally, it appears that multiplayer digital games offer diverse, flexible and immersive experiences to adult learners in a way that single player digital games may not. Finally, multiplayer digital games provide new avenues for support self-directed learning by encouraging cooperation between large groups of students in a manner that is not normally achieved in online learning environment

Virtual Reality Games for Motor Rehabilitation

This paper presents a fuzzy logic based method to track user satisfaction without the need for devices to monitor users physiological conditions. User satisfaction is the key to any product’s acceptance; computer applications and video games provide a unique opportunity to provide a tailored environment for each user to better suit their needs. We have implemented a non-adaptive fuzzy logic model of emotion, based on the emotional component of the Fuzzy Logic Adaptive Model of Emotion (FLAME) proposed by El-Nasr, to estimate player emotion in UnrealTournament 2004. In this paper we describe the implementation of this system and present the results of one of several play tests. Our research contradicts the current literature that suggests physiological measurements are needed. We show that it is possible to use a software only method to estimate user emotion