Information technologies are changing the way researchers do their work. Institutions that do not keep up with the latest tools and techniques will get left behind. eResearch@UCT is the University of Cape Town's answer to a changing research landscape
2. What is eResearch?
• eResearch is 21st century discovery through
the application of advanced computing and IT
• It is the transformation of research:
6. To this:
Data: N. Georgiou-Karistianis Visualisation: Y. Benovitski
Brains of ~100 study subjects (controls, pre-symptomatic and Huntington’s Disease
sufferers) visualised at once!
8. “Scholarly practices across an astounding wide range of disciplines have become
profoundly and irrevocably changed by the application of advanced information
technology. This collection of new and emergent scholarly practices was first
widely recognized in the science and engineering disciplines….humanities
continue to showcase some of the most creative and transformative examples
of the use of information technology to create new scholarship.”
11. Research Data Deluge: Some Perspective
• 2 gigabytes = twenty metres of bookshelves
• 2 terabytes = an entire academic research library
• 2 petabytes = the contents of all US
academic research libraries
• 5 exabytes = all words ever spoken by human beings
12. Research Data Deluge
Data generation rates:
• Next Generation Sequencing platforms 4 TB/week/machine
• Direct electron detectors > 1 TB / day
(equivalent to synchrotron beamlines)
• Large Hadron Collider 15 PB/ year
• Square Kilometer Array 0.3-1.5 EB / year
Laboratory
based
www.skatelescope.org www.fei.com
Large
facilities
13. Data Storage and Management:
The story of PlyC
• Drug resistant bacteria a
growing concern
• Bacteriophages viruses
that infect and kill
bacteria
• Potential of PlyC
14. Data Storage and Management:
The story of PlyC
• First round Monash researchers
had no luck unraveling PlyC
structure
• But MyTardis, the Monash
bioscieence research data
repository allowed them to store
this data in way that made it
accessible for future use.
• In 2010 new technological
advancements emerged.
Researchers could easily find the
data and solve the PlyC structure
15. Accelerating Research: Visualisation
• A next generation
hybrid 2D and 3D
virtual reality
environment
• Renders terascale
datasets with
unparalleled quality
for comprehending
and analysing big data
Monash Cave2 Image courtesy Electronic Visualisation Laboratory &
Dept of Psychiatry, UIC, with permission. Photo by Philip Chan,
Monash University
17. eResearch at UCT: The History
• eResearch at UCT began with
ICTS executive director Sakkie
Janse van Rensburg
• His goal at UCT was to ensure
researchers had the IT support
they require to stay ahead of the
game
• UCT eResearch Centre
established March 2014
18. eResearch at UCT: the
vision
Create a world-class
environment for 21st century
discovery.
19. How?
The UCT eResearch Centre partners with research
groups to accelerate and transform research,
connecting them to the most appropriate hardware,
software and services to sustain that capability
Collect Compute Comprehend
Collaborate Communicate Customise
22. UCT eResearch Services
• Specialist advice
• Capabilities and infrastructure to:
Collect – capture, store & manage big and small research data
Compute – HPC skills & facilities for modelling, simulation & data
processing
Comprehend – immersive visualisation
Collaborate – virtual labs & collaborative research platforms
Communicate – disseminate & promote discovery of research
outcomes & artefacts
Customise – resources for planning & building research hardware
& software
• Grant assistance - planning & costing IT personnel, hardware and
software
• Seminars and outreach
24. Partner
• Square Kilometre
Array (SKA)
• One of the largest
scientific projects ever
undertaken to answer
questions such as:
• What is dark
energy?
• Was Einstein right
about gravity?
• Is there life
elsewhere in the
universe?
Image: SKA Photo Library
26. Facility Support: Olympus Virtual
Microscope
eResearch:
• Worked with the
department to set up the
servers and the database
• Configured the system for
various access scenarios
including student,
departmental and public
access
27. Other examples of facility support
engagement
Centre for Imaging Analysis Clinical Research Centre
28. Broker
• CERN and Vidyo Conferencing
• CERN is made up of a massive
globally dispersed community of
researchers
• eResearch connected CERN
collaborators with national
providers to set up necessary
software infrastructure required
29. Service Provider
• High Performance
Computing
• Storage
• Use of HPC facilities have
tripled in the past year
• 300 researchers across
campus assisted by HPC
• 33 citations (and counting)
Image: Stephen Williams Photography
30. Resource Limits
• Requirements for advanced ICT
research infrastructure are huge
and growing
• Advice and fundamental
infrastructure are freely available
• For needs beyond fundamental
infrastructure, researchers need to
engage early with the eResearch
Centre to estimate required funding
and to incorporate it into a grant
Imag: permabit.com/data-affordability-gap/
31. Monash eResearch Centre
• eResearch is 21st century research discovery through the application of advanced
computing and IT
• The UCT eResearch Centre partners with research groups to accelerate and
transform research, connecting them to the most appropriate hardware, software
and services to sustain that capability
Collect Compute Comprehend
Collaborate Communicate Customise
32. The Team
Timothy Carr
Andrew Lewis
Jason van Rooyen
Heine de Jager
Ashley Rustin
Anthony
Chris Mtshengu
Natalie Simon
33. We look forward to hearing from
you
UCT eResearch Centre
Email: eresearch-support@uct.ac.za
Website: www.eresearch.uct.ac.za
Notas do Editor
1
We are seeing a change in the way that research is done as information and communication technologies become the lifeblood of research.
Transformation of research from one-dimensional, black and white X-ray
We are seeing a change in the way that research is done as information and communication technologies become the lifeblood of research.
Transformation of research from one-dimensional, black and white X-ray
We are seeing a change in the way that research is done as information and communication technologies become the lifeblood of research.
Transformation of research from one-dimensional, black and white X-ray, to 3D multidimensional visualisation/imaging
We are seeing a change in the way that research is done as information and communication technologies become the lifeblood of research.
Transformation of research from one-dimensional, black and white X-ray, to 3D multidimensional visualisation/imaging
We are seeing a change in the way that research is done as information and communication technologies become the lifeblood of research.
Transformation of research from one-dimensional, black and white X-ray, to 3D multidimensional visualisation/imaging
We are seeing a change in the way that research is done as information and communication technologies become the lifeblood of research.
Transformation of research from one-dimensional, black and white X-ray, to 3D multidimensional visualisation/imaging
We are seeing a change in the way that research is done as information and communication technologies become the lifeblood of research.
Transformation of research from one-dimensional, black and white X-ray, to 3D multidimensional visualisation/imaging
Data deluge:
Several large-scale multi-national facilities are challenging the way we do science.
The rates of data generation are increasingly massively with LHC requiring 15 PB storage a year. It’s important to realise that these are not acquisition rates but storage rates after post-processing.
At the top of the chart is the SKA which promises to challenge our current technologies which will need to catch up in order to process exabytes of data a day and store 1.5 EB per year.
The paradigm shift is not limited to massive scale infrastructure installations and similar trends are tacking place at the laboratory scale.
Desktop sequencing machines and fast-read-out camera can be purchased from suppliers today which generate in excess of TBs per day.
IT departments have traditionally never had the capacity to support such endeavors and will have to work hand-in-hand with researchers to provide the capacity they need.
You may not necessarily get the best out of your data.
Bacteriophages: From 1919 these were investigated as a way to treat bacterial infections but after the 1940’s with the discovery of antibiotics this research was abandoned
We are seeing a growing rate of drug resistance in bacteria, with fears that antibiotics may be rendered ineffective
Spotlight back on bacteriphages, particularly PlyC, known to be very effective in treating the bacteria Streptococcus – causes throat infections, heart disease, pneumonia, toxic shock syndrome and tropical kind infections
In order to better understand PlyC, Monash’s Dr. Shena McGowan (under the direction of Prof. James Whisstock) grew crystals from a PlyC solution, placed them in the Australian synchrotron’s protein crystallography beamline and then bombarded them with x-ray radiation.
Each crystal’s dataset of diffraction images was then transferred to MyTardis (a bioscience research data repository) and archived. Various crystallography techniques and computer programs were used in an attempt to resolve PlyC’s structure. Unfortunately, these were unsuccessful.
In 2010, a new approach enabled Dr. McGowan and Assoc. Prof. Buckle to resolve the structure from the datasets archived in MyTardis.
Resolution of the structure was also assisted by Monash’s high performance computing cluster, which expedited computations.
The structure was published in the Proceedings of the National Academy of Sciences (USA) in July of 2012 and the raw data and images were made available through MyTardis.
This virtual environment allows the viewer to not only see but interact with their research data in 3D
It combines expertise from high-performance computing, computer graphics and networks
This kind if visualisation allows researcher to walk on Mars, see the brain (as in image) or explore ancient structures as they were hundreds of years ago.
eResearch at UCT probably really began in 2009 when Sakkie Janse van Rensburg joined UCT as Executive Director of ICTS
He set about to ensure adequate support for researchers at UCT
Built relationships with universities in Australia who were leading the way in terms of eResearch, and slowly but surely began to build up eResearch capacity at UCT
Partner: we partner with key research groups to help custom design their specialised IT requirements
Broker: we connect researchers to the necessary hardware, software and facilities
Service Provider: HPC, storage. We provide a free service to all researchers up to a point.
Key research groups – tend to align with national or institutional research agenda
Partner from the beginning to develop solutions
For SKA: we provide storage and compute
The SKA radio telescope dish array is coming to South Africa toward the end of this decade.
When completed it will consist of thousands of radio antennas spread out over thousands of kilometres.
The SKA will create 3D maps of the universe 10,000 times faster than any imaging radio telescope array ever built.
We also engage with facilities which provide technological hubs for researchers
Departments across the university are acquiring technology that is changing the face of research, teaching and collaboration
For instance: In 2014 the Dept of Clinical Laboratory Services acquired a state of the art Olympus VS120 virtual microscopy system.
This effectively digitises old glass slides - so these slide images can now be accessed anywhere with just an internet connection
The Olympus VS120 to be used for research, teaching, by pathologists and Groote Schuur
The Olympus VS120 system features a slide loader that can process up to 100 slides at a time. The images processed by the microscope are of an exceptionally high
resolution, which means the server has to handle large file sizes. A single image can be as big as seven gigabytes.
Centre for imaging analysis: The University of Cape Town plans to establish a world-class visualisation and analysis centre, built largely around electron microscopy.
The eResearch team worked with UCT’s Clinical Research Centre to establish one of the few ‘first in human’ clinical trials on African soil.
Very little of CERN’s research is done on site in Geneva
Each project can contain a few thousand researchers who communicate via video conferences that can contain up to 100 people in one conference
eResearch put CERN researchers in touch with the Tertiary Education and Research Network of South Africa (TENET) and connected with CERN itself to set up the required infrastructure for effective collaboration
This in the form of the Vidyo Router: the engine that enables these advanced video calls
This software is now used as not only by all CERN collaborators in SA, but also will be rolled out to other massive projects such as the SKA
Talk about grants – advise researchers to come to us early to work out their IT requirements and write it into their grants
At present these services sit within the eResearch Centre – this probably won’t always be the case
But for now these services are available to all researchers, up to a point.
Limited resources so researchers get so much
At present these services sit within the eResearch Centre – this probably won’t always be the case
But for now these services are available to all researchers, up to a point.
Limited resources so researchers get so much