There is no single formula to build digital research infrastructure, but there are many things to learn from our international colleagues. Appropriate case? Canada has a collaboration model that reflects its unique personality.
When building a digital research infrastructure (DRI) in Canada, the scenario is very similar to the country. Vast, complicated, and diverse in the region. Here, many partners, institutions, and government agencies cooperate to build assets needed to raise their legs in a global knowledge economy.
Against the evolving dynamic space, the Canadian digital research alliance (alliance) maximizes the possibility of Canadian commitment to state -of -the -art research. Other G7 countries such as the UK have invested a lot in the DRI and paid twice as much as Canada, but Canada is helping Canada begins to fill the gap and catches up to international friends. Masu.
With a strong vision and federated approach, the alliance and their partners have built a national strategy for the DRI and gaining momentum for the future in this high -tech race.
Alliance supports data mobilization and researchers, built infrastructure to strengthen more skilled labor through supercomputer, emerging quantum technology, and artificial intelligence (AI). Some of the important priority items are listed.
Canadian DRI model
Alliance is a non -profit -based organization that has been funded by the Canadian government’s Ministry of Innovation, Science and Economy Development. In addition to the generous support of the federal government, the state and academic institutions contribute through a unusual investment that reflects the needs of the country. Alliance works to improve the data access of the Canadian research community, build human resources, and integrate services and security.
The alliance is operated on a five -year mission set for an annual budget. This includes continuous support for important services to researchers, and is enhanced by specific investments up to $ 85 million in CAD to reflect new requests related to AI.
“The DRI model we have, and what we keep building in Canada is something we are very proud,” said Alliance CEO George Ross. “DRI is an important infrastructure, and we have better equipment to realize commitment to researchers through a joint partnership approach. With AI, Quantum, and even more powerful supercomputers. Unlike what we saw before, we are on the crisis of exciting digital. “
Research for a better world
In order for alliance to invest in digital research infrastructure, researchers here use calculation abilities, data management, and storage access to storage.
result? They are conducting research to change their faces, such as climate change and healthcare. These scholars from the coast to the coast have advanced to some of the world’s largest tasks:
Re -define cancer treatment with AI
At the University of Simon Fraser, Burnaby, British Columbia, Dr. Milzafa Salveg, Professor of Engineering Science, is faster and more accurate to extract human organs, organizations, and tumor measurements from MRI, CT, and PET images. We are developing a new AI -drive imaging platform. The unprecedented as comprehensive. By utilizing AI, individualized treatment plans for individual cancer patients can be reached immediately.
Predicted permanent frozen soil through data science
Dr. Stephen Gruber, a professor of Karlton University in Ottawa, Ontario, is an expert in mountain and extreme environments. He is working on a permanent frozen data science platform to predict the loss of ground ice.
Since the ground ice from permanent frozen soil (currently 35-50 % of Canadian land) is melted, irreplaceable changes to land and infrastructure are underway. Create Leaps with NSERC Permafrostnet, and Gruber and his team have a better information to unite communities between major scholars, related government agencies, industries, and indigenous people and adapt to the decompression of permanent frozen soil. Create.
Going the road, it can be better for people living in the north, better health and prosperity.
Analyze plant genomic data to improve food security
In Alberta, at the Yemann Research Institute of Calgary University, Dr. Sam Yehman and their teams are progressing to understand how plants are adapted to changes in the environment. This study first examines whether the distant plant species from sunflowers to poplar depend on the same gene to adapt to ecological stress. There are signs that important genes are repetition of evolution, so it may be possible to develop more powerful crops suitable for a hotter and dry world.
Development of next -generation batteries
Dr. Linda Nazar, Chairman of Tia I Canada, leading the world of the Solid State Materials of Waterloo, Ontario, is burning a new trail of sustainable battery research. Through super computing, she has developed materials that help supply energy at high speed for a solid electrochemical energy storage application such as electric vehicles and drones. Her work sets a scaling clean transportation solution stage.
Good, faster, more environmentally friendly high -performance computing and cloud storage are on the way
As researchers continue to make important discoveries, Canada’s advanced research computing and digital cloud infrastructure are on the update process.
New systems mounted on four nationwide host sites provide up to three times the performance, increase storage capacity and improve reliability. The latest generation supercomputers are more environmentally friendly by cooling more efficiently through water instead of air. Hot water discharged during the cooling process is also reused for secondary applications such as heating.
The range of this project reflects the Canadian joint model with the DRI. Alliance provides funds, strategic monitoring, and support to the infrastructure migration process led by host sites.
“I am glad to be able to provide a world -class equipment to the academic community by working with partners throughout Canada. If there is no network of this supercomputer, researchers need to look at commercial options that are much more expensive. Ross said, “said Ross.
Explore new Frontier with Quantum and AI
Canada is also a leader in quantum research, with a new collaboration between Calcarquebeck in Montreal, the Yushu Algorithm in the Alliance, Sally Columbia, British Columbia.
The new training initiative will prepare the personnel of the participating organizations and use the quantum computing resources. Quantum computing is still in the early stages, but it is incredible to convert data and prompt methods, and it is more exponential than today’s supercomputer. Training is far beyond preparing talent for labor. It is also important to enhance national data sovereignty and security.
The Canadian digital ecosystem is full of momentum. In December 2024, the Canadian government began about $ 2.4 billion initiative for Canadian sovereign AI computing strategy. This large -scale investment shows the ambitions of the country to ensure Canada’s advantage and set a future generation for success.
“Canada was the first country in the world where the national AI strategy was created in 2017, but has not stopped. Investment and ability in Canada accelerates transformed scientific research. Rosus, which is all about the economy of the national digital research infrastructure and keeps the economy moving forward, and we are here for it. I did.
Spotlights some major partners in Canadian DRI space
Innovation, Science, Economic Development Canada (ISED)
ISED works to improve investment conditions, strengthen Canada’s innovation, increase the share of Canadian world trade, and build fair and efficient markets. ISED provides funding for the delegation of the alliance.
National AI Research Institute
The three national AI Research Institute in Canada -AMII in Edmonton, Mira in Montreal, and Vector Institute in Toronto are the central hubs of the prosperous AI ecosystem in Canada. They promote domestic and international cooperation in the developing field of AI.
U15
U15 Canada is a 15 major research university association throughout Canada, and is working to optimize research and innovation policies to develop highly qualified leaders in all sectors.
Cuccio
CUCCIO is a Canadian information technology leader community. 65 members are more than 95 % of Canadian college students.
Canada Research Library Association (CARL)
Karl represents the main academic library in Canada, and defends the environment to build abilities, promote access to scholarships and knowledge, and preserve it.
Canary
Canary connects Canada to the world. Their programs are equipped with national researchers and students globally through global data, technology, and high -speed networks that connect researchers with global data, technology, and colleagues.
Canadian Foundation Innovation (CFI)
CFI is a non -profit company that invests in research infrastructure of Canadian universities, universities, research hospitals, and non -profit research institutes.
National Research Council (NRC)
NRC has a partnership with the Canadian industry to affect the research from the laboratory to the market for maximum benefits.
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