In general, ASGC develops the customized data analysis pipeline over distributed cloud infrastructure together with the user group collaboratively. As a consequence, research groups could focus on science while the production application platform is growing with the joint efforts in the cloud. Services and technologies developed from such collaborations will be generalized as ASGC public services for other users in due course. One pivotal example is the collaboration with CryoEM user communities and
ASCEM. In partnership, the latency between multiple Terabyte data output from ASCEM and analysis-ready at ASGC Cloud is shorten to less than 4 hours. Another exemplar is support the labs and users of the Institute of
Physics as a whole by federating distributed resources. HPC, storage and long-term data management are the typical services. Web-based application portal and Jupyterlab user interfaces are also provisioned in addition to conventional batch job submission model.
ASGC works with the international collaborations, Institutes, Core Facility Centers, user communities and research lab or project in flexible collaboration model to develop and operate a reliable big data analysis environment. Both the efficiency and services will be evolved continuously along with the user feedback and technologies. Partners could also bring their own facility either being setup locally or collocated at ASGC as a federated resource.
List of Supported Research Projects
- Large Hadron Collider (LHC) experiments (ATLAS and CMS) and WLCG Search for the origin of matter
- Alpha Magnetic Spectrometer (AMS) Search for the origin of anti-matter in the Universe
- Gravitational Wave detection (KAGRA/LIGO/Virgo) Search for the origin of space-time
- TEXONO experiment Search for the origin of left-right asymmetrye
- First principle calculation of strong interaction
- Proton cancer therapy Integrate particle detector technology and advanced analysis for personalized and precision therapy
- Deeper understanding to natural disaster Find out the root cause and drivers of a hazard and reproduce the event by numerical simulation
- xBrain/SYNAPSE Multi-scale connectome mapping to understand how information flows and is used in the human brain
- CryoEM Determination of biomolecular structures at near-atomic resolution
- Next Generation Sequence
- Bioinformatics
- Astronomy Simulation of new-born stellar systems
- Cosmology
- Astrophysics
- Soundscape Enhance capacity of ecology and biodiversity monitoring by dynamics of soundscape
- BioSAXS Synchrontron Computing
- Quake Catcher Network (QCN) Earthquake sensor network construction, data management and archive
- Machine learning and AI research and application