When: Tuesday 13th November, 9:15am – 11:15am
Where: Theatre, Level 2 down the stairs to the right of the registration/foyer area
Hashtag: #T2

This presentation focuses on emerging digital, technical and social trends in Virtual and Augmented Reality as 21^st century communication technologies. We will first introduce the facilities and infrastructure used in a number of pioneering research projects in the last 15 years at the Virtual Reality (VR) lab and the Simulation Hub of Macquarie University, and explore Academy of Interactive Entertainment’s educational philosophy and involvement in digital content creation. Then, explaining the differences between Virtual, Augmented, and Mixed Reality concepts, we will discuss emerging trends by reviewing a number of most recent VR & AR market reports and survey results. Finally, we will demonstrate a number of simulations developed by VISOR (Virtual and Interactive Simulation of Reality) team at Macquarie University, reflecting on our past experiences in research funding. Thus, we hope to be able to project what might possibly be in demand and get funded in the near future.  Survey results state that startup founders, tech executives, investors, and consultants expect gaming to attract the most investment for the coming year. More social and collaborative applications of AR and VR are expected to appear as well as smartphone applications. High prices, overhyped hardware, and lack of compelling content are seen as the biggest missed opportunities in this domain. Number of headsets sold are expected to increase and AR market is predicted to be four times bigger than VR, due to its accessibility. The top unsolved problems include comfortable locomotion, light and inexpensive headsets, as well as quality content. We will conclude the presentation by listing the challenges ahead as well as the potential solutions to these. Major challenges are listed as lack of skills due to the face pace of technology and being up to date with the practical skills, low number of domain experts, the number of start up funds and the size of grants, the limited amount of proper digital content, high costs of hardware, as well as mindset of corporates. Solutions we suggest are university and vocational education courses focusing on VR and AR content development, collaboration and close-knit partnerships to build learning communities, novel subscription models for sharing infrastructure and expertise, tech industry friendly immigration laws allowing knowledge transfer, better and easier access to large funding, easy to use VR and AR libraries and toolkits, and encouraging the corporates to take risks for long term benefits rather than short term rewards. We recommend to build an Australian version of Silicon Valley and a large VR and AR Training Center to drive innovations and industry access to talent.

Presenter

Associate Professor Manolya Kavakli, Academic Director of AIE Institute (Academy of Interactive Entertainment) and Director of the Virtual Reality Lab at the Simulation Hub, Macquarie University

When: Wednesday 14th November, 10:20am – 11:20am
Where: Theatrette, Level 2 behind the registration/foyer area
Hashtag: #W6

TasAgFuture is a social research project that is informing future research to support prosperous and sustainable agriculture and food sectors.

Through the TasAgFuture project, the Tasmanian Institute of Agriculture (TIA) has mobilised the Tasmanian agriculture and food sector to have their say in the sector’s future through in-depth interviews and an online survey. As a result, agrifood peak bodies, the State Government and TIA will better understand goals of the sector, and the research, development and extension (RD&E) needs into the future.

This presentation outlines the strategy and impact of TasAgFuture’s communications through the traditional media, social media and stakeholder engagement – a significant contributor to the project’s success.

Session

Case studies: Environment and community engagement

Presenter

Claire Baker, Research Communications Officer, Tasmanian Institute of Agriculture (TIA) – a joint venture of the University of Tasmania and the Tasmanian Government

Is learning language complicated?

If humans struggle with it, how is it that computers understand, interpret and manipulate human language?

How far have we come with the capacity to have our machines work with human language?

When we talk about computers interfacing with human language we talk about “natural language”. Natural Language Processing (NLP) is the branch of artificial intelligence concerned with getting computers to do useful things with human languages.

In this talk we take a look at what it means for a machine to understand or use a natural language like English, German or Chinese. We will look at six key areas in the marketplace today: speech technologies, conversational agents, text analytics, machine translation, natural language generation, and text correction. In each case we provide examples of what is possible, separating the reality from the hype that surrounds artificial intelligence technologies; and we mull over what might be coming down the road towards us.

Presenter

Robert Dale, NLP Consultant, Language Technology Group

When: Monday 12th November, 10:25am – 11:25am
Where: L1, Level 2 to the left of the registration/foyer area, down the hallway and through the doors on the right
Hashtag: #M5

The deficit model is deficient. Facts are dead. Feeling is the new thinking.

Meet the science communicators that are harnessing the arts to connect with their audience in a non-educational way. Although many scientists see the way the arts appeals to the emotional side of their audience as anathema, these are examples of science pitched straight at the heart and soul. But does it succeed? And what is success anyway?

Come prepared to take part, heckle and debate with:

Dr Phil Dooley, musician and storyteller for Phil Up On Science. He wants to know what Schrodinger’s cat thinks about still being a box 100 years later.

Craig Cormick, fiction writer and immersive science communicator.

Heather Catchpole, co-founder Refraction Media, who poetry to encapsulate ideas using minimum words and maximum effect. With poetry, humour and music she hopes to create empathy towards science.

Michael Mills, stage performer and alter ego to the singing palaeontologist Professor Flint who has been connecting local communities to their prehistory through music and storytelling.

Dr Michael Leach and Rachel Rayner who will challenge us to debate and create our own science-inspired visual poetry. If the right energy is supplied – swing dancing – Rachel may also undergo a phase transition from solid to liquid to gas.

David Harris, science communicator and artist. It’s an uneasy truce…

When: Wednesday 14th November, 10:20am – 11:20am
Where: L1, Level 2 to the left of the registration/foyer area, down the hallway and through the doors on the right
Hashtag: #W7

At Mater we believe that scientists speaking about their own research make the best science communicators.

Effective communication skills are critical to create awareness of research beyond the scientific community, yet researchers rarely receive training to help them better engage with the general public.

The inability to communicate science to a general audience can decrease the impact and translational potential of research. Consumers also represent a critical—and often overlooked—engine of research funding.

To improve researcher interaction with consumers and attract interest from potential donors, Mater has launched the BRIDGE program.

This program provides scientists with comprehensive training on how to effectively engage with consumers and convey the importance of their research in an accessible way.

Workshop Facilitators

Shannon Ryan, Engagement Coordinator, Mater Group

Mark Ryan, Senior Manager Engagement – Strategy, Mater Group

When: Wednesday 14th November, 8:45am – 9:45am
Where: L3, Level 2 to the left of the registration/foyer area, down the hallway and through the doors on the right
Hashtag: #W5

Governments are cutting education funding, student anxiety is increasing, and student performance in STEM is at an all-time low. Add to this a shortage of skilled science teachers and it is easy to see that our education system is failing students. Recognizing that 94% of students own a smartphone and 45% of these can’t live without one, Arludo is using the resources that students are most drawn to – smartphones – in unique ways to become a leading innovative education company. Arludo is developing a library of mobile applications that use the full range of smartphone sensors and cameras to create immersive social learning experiences in STEM. From single and multiplayer games, to group games that use augmented reality, to applications revolving around problem-based learning, each unique mobile application allows students to explore a singular topic. The mobile applications are designed to encourage students to work together, and as they interact, students collect scientific data that are displayed in real-time on a dashboard. Using these real-time data visualizations, teachers can easily lead class discussions about the topic being taught by working through the data students collected. Teachers thus quickly become science experts and students intuitively become data-literate scientists through meaningful social experiences.

Session

Case studies: Education

Presenter

Michael Kasumovic, Associate Professor, UNSW