Discover Services

Discover services available through the AAF's trusted network. If your organisation is connected, simply sign in with your institution login to access.

TAC


ADACS Time Allocation Committee (ADACS TAC) purpose is to allocate data and computing expert service resources to the astronomy community.

Talis Aspire


Talis Aspire is an educational resource system transforming experiences across the general learning and university communities.

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The Australian Collaboration for Clinical Assessment in Medicine (ACCLAiM)


ACCLAiM is a joint venture of Australian and NZ medical schools providing an online workspace for exam review, discussion, and feedback.

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Theoretical Astrophysical Observatory


TAO will house queryable data from popular cosmological simulations and galaxy formation models in a database optimised for rapid access.

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Unibuz


Unibuz is the one-stop digital meeting place for university students – enhancing their sense of connectedness and social life.

UniMelb figshare


The University of Melbourne figshare service.

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UniSA - Research Data Storage (Nextcloud)


AAF & Social Logon Authenticated Nextcloud service for research data.

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UQ Community Services


UQ Community Services, including Guest Wi-Fi

UQ Research Data Manager


Online access for the University of Queensland Research Data Manager (UQRDM) system.

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WANIF Preclinical XNAT


Providing researchers with access to their imaging data

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WILA Website


Work-Integrated Learning Australia Website Login.

WildObs


Wildlife Observatory of Australia - Australia’s national platform for processing and sharing wildlife camera data.

XNAT


XNAT is an extensible open-source imaging informatics software platform dedicated to imaging-based research.

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Theoretical Astrophysical Observatory

The Theoretical Astrophysical Observatory (TAO) will house queryable data from multiple popular cosmological simulations (currently the Millennium Simulation and Bolshoi Simulation) and galaxy formation models (currently Croton et al. 2006 and Somerville et al. 2008) in a database that is optimised for rapid access. Query results can be funnelled through additional modules, such as Spectral Energy Distribution and Mock Image generation, and sent to a local supercomputer for further processing and manipulation. All this will be accessible via the cloud through a browser for access anywhere in the world by the astronomical community.