Virtual Environments

Providing a coordinated approach to materials design, creation, characterisation and application.

At CSIRO Mathematical and Information Sciences, we apply mathematics and statistics to answer important questions from medical research to environmental monitoring and industrial processing.

 

The team of scientists who developed the world’s fastest, most spectrally-efficient wireless communications link has been awarded the highest accolade CSIRO can bestow on its scientists – the 2007 CSIRO Chairman’s Medal.

One of Australia’s leading nutritionists will tonight venture into another world to take part in Australia’s first virtual science seminar. 

CSIRO joins with the Australian Institute of Sport, Defence Science and Technology Organisation and National ICT Australia to explore collaborative projects and future research in sports science and technology.

On December 4-6 a CSIRO workshop will be held in Melbourne to address the ‘Simulation and Modelling of Urban and Regional Sustainability, Transitions and Applications in Policy, Planning and Management’ (SMURT).  It will be a forum  to exchange knowledge on regional and urban transition simulations for policy development, planning and management.

A novel program that models the behaviour of rocks within crushing and grinding mills is helping to improve energy efficiency and could accelerate the development of new comminution machinery.

CSIRO is using the virtual world, Second Life, to communicate its scientific work to an international audience.

Modelling air turbulence, understanding cooling processes, simulating pressure changes – these are just some of the applications of CSIRO’s Fastflo software.

SIMEDWin is a reservoir simulator that is used for the simulation of coal seam methane production, coalmine gas drainage and enhanced coal seam methane production.

The Water Research Observation Network (WRON) Visualisation Centre provides an environment for the investigation and development of visualisation tools and interfaces that display information in an engaging and easily understood manner as shown in this video. (2:27)

This video shows scientists demonstrating the wearable instrument shirt playing as a simple moderately paced tambourine rhythm with occasional accents that simulate a tambourine being shaken as well as tapped for accent. (0:21)

Dr Luke Connell is the stream leader for field development and processing and the team leader for coal seam reservoirs. His research includes reservoir simulation and characterisation of coal seam gas reservoirs.

Virtual environment and 3D simulations, multi-agent models and facilities management are key aspects of Dr Ding’s research on improving the built environment.

The ICT Centre has a range of information and communication technologies available for commercialisation.

Download the information sheet about our wearable body mapping garments being used by Australian netballers to improve athlete skills. (2 pages)

These are the abstracts for the 2008 Innovation, Services and Smart Information Use symposium, a satellite meeting of the Australian Statistical Conference (30 June - 3 July 2008) in Melbourne.

The Tasmanian ICT Centre (TasICTC) is creating a world-class ICT sustainable research capability to support the growth and development of industries in Tasmania and delivering national impact.