More than a game: evaluation report

‘More than a Game’ is a sport-based youth mentoring program developed and implemented by Western Bulldogs in partnership with Newport Islamic Society (NIS), the Australian Federal Police, Victoria Police and Hobsons Bay City Council, with funding from the Attorney General’s Department Building Community Resilience (BCR) grant scheme. The program aimed to develop a community-based resilience model that would use team-based sports to address issues of identity, sense of belonging and cultural isolation amongst young men of Islamic faith, all of which are identified as factors that may promote forms of violent extremism. The program involved 60 young men, aged 15-25, from the Newport Islamic Society in Melbourne’s Western suburbs. The boys were engaged in numerous activities where they were mentored by staff from Western Bulldogs, Victoria Police and Australian Federal Police, who worked in conjunction with community leaders from the Newport Islamic Society.

Through sports-based training, mentoring programs, and community dialogue, ‘More Than a Game’ aimed to develop participants’ leadership, communication, and cross-cultural engagement skills; to identify and facilitate the development of young role models in the community; to enhance greater understanding of the Muslim community in Melbourne’s West, and to foster greater intercultural contact and understanding between participants and other cultural groups. A number of activities were developed and implemented as a part of the program

Reproduction game demo

An 8 screen stereoscopic 3D Multi-user environment set in a circular formation. Paticipants are tracked by 8 kinect sensors as they move around the 360 degree installation. Participants inherit a species upon entering. Artificial Life based entities cluster towards the human particpants of their species and their songs evolve according to the interactions.

Emergent effects in massive agent swarms in real-time game environments

 Computational efficiency and hence the scale of agent-based swarm simulations is bound by the nearest neighbour computation for each agent. This article proposes the use of GPU texture memory to implement lookup tables for a spatial partitioning based k-Nearest Neighbours algorithm. These improvements allow simulation of swarms of 220 agents at higher rates than the current best alternative algorithms. This approach is incorporated into an existing framework for simulating steering behaviours allowing for a complete implementation of massive agent swarm simulations, with per agent behaviour preferences, on a Graphics Processing Unit. These simulations have enabled an investigation of the emergent dynamics that occur when massive swarms interact with a choke point in their environment. Various modes of sustained dynamics with temporal and spatial coherence are identified when a critical mass of agents is simulated and some elementary properties are presented. The algorithms presented in this article enable researchers and content designers in games and movies to implement truly massive agent swarms in real time and thus provide a basis for further identification and analysis of the emergent dynamics in these swarms. This will improve not only the scale of swarms used in commercial games and movies but will also improve the reliability of swarm behaviour with respect to content design goals.

Establishing Competitive Domination Cycles for Peer-to-peer Game Combat

Games require balance to be fair and enjoyable. In two player combat settings balance can be achieved by ensuring that both units are equally capable. The possibility of alliances changes the nature of balance when additional players are introduced. One approach to achieving balance is to use a domination loop between agents in a rock, scissors, paper style approach. This paper investigates whether such loops exist within the existing rules of game combat. Search processes within the attribute space of the game units are used to identify loops within an existing game architecture. A dominance metric is used to identify cycles where the victory is achieved by a clear threshold. Cycles with up to 5 players are demonstrated, although larger cycles require more effort to find. Use of models of game play and attribute space search are recommended as a mechanism for balancing games of this format.

Modelling attribute dependencies in single unit game combat settings

The relative strengths of individual units, described as attributes, determine the outcome during unit conflicts involving units in the armies of opponents in large strategy games. We describe a process for developing predictive models of the outcome for such conflicts where combat involves single unit adversaries where each unit is defined in terms of 4 fundamental attributes. These attributes: range, speed, health and damage are common to unit descriptions in many successful real-time strategy games. Our analysis process identifies three phases of game play with invariant properties that hold throughout each phase. We demonstrate the utility of this analysis by creating a model that predicts game outcomes. Predictions are validated against the game simulation. The game outcomes are explicitly related to the attributes of the two units involved, highlighting the significance and role of each attribute.

The game-changers: exploring radically transformational challenges confronting education business leadership

This paper highlights the radical and rapid changes occurring at all levels of education that are having a profound impact on educational leadership, governance, business and administration. These far-reaching transformations include: competition from a rapidly expanding unregulated private sector; the international impact of de-regulation; the demise of union power, secure education jobs, time-honored hours and working conditions; constant, rapid education policy change and the proliferation of open access technologies which are rendering physical education campuses less relevant or obsolete. The paper suggests that at this stage in history we are witnessing game-changing forces that are fundamentally altering educational provision, the nature of education work, the education workforce, educational outcomes, educational leadership, governance and business. Most importantly, it argues that educational leaders and education business managers need to be ready for them and more instrumental in policy debates arising in their wake. The paper concludes with ideas for responsive action from education business leaders.

Fair game or no contest: contested identities in initial teacher education

The narrative of one ethnic minority early childhood student teacher tells of her journey as she (re)constructs her identities as a Cook Island woman and as a pre-service teacher, during a teacher education course in New Zealand. This story conveys her experiences of learning across different pedagogical paradigms. Findings show that teacher education lecturers can significantly enhance the learning experience for ethnic minority pre-service teachers by incorporating existing knowledges and understandings in course content and delivery.