Posted March 15th, 2018 by Engineering Strategic Communications

Fujitsu visits U of T Engineering to launch collaborative research lab

A global delegation from Fujitsu Inc., including Fujitsu President Tatsuya Tanaka, met with University of Toronto leadership on Wednesday, March 14, 2018 to discuss the thriving research collaboration. (Credit: Phil Babcock).

A global delegation from Fujitsu Inc., including Fujitsu President Tatsuya Tanaka, met with University of Toronto leadership on Wednesday, March 14, 2018 to discuss the thriving research collaboration. (Credit: Phil Babcock)

Multinational information and communication technology company Fujitsu Limited visited U of T Engineering on Wednesday to officially launch the Fujitsu Co-Creation Research Laboratory at the University of Toronto. The new multidisciplinary research hub will accelerate collaborative work in fields including machine learning, quantum-inspired computing, smart cities, advanced health care and financial technology.

A global delegation led by Tatsuya Tanaka, President of Fujitsu Limited, met with U of T leaders and researchers to celebrate the Fujitsu Co-Creation Research Laboratory and tour the new Myhal Centre for Engineering Innovation & Entrepreneurship, which officially opens on April 27. As part of the launch of this laboratory, Fujitsu Laboratories Ltd. has signed four research partnership agreements with Professors Alberto Leon-Garcia (ECE), Shahrokh Valaee (ECE), Taufik Valiante (Department of Surgery, ECE) and Yuri Lawryshyn (ChemE).

“Fujitsu’s continued collaboration with this world-leading institution further strengthens and catalyzes an ability to produce research innovations,” said President Tanaka. “Establishing the Fujitsu Co-Creation Research Laboratory at the University of Toronto is the next step in advancing this flourishing relationship.”

President Tanaka and Shigeru Sasaki, CEO and Representative Director of Fujitsu Laboratories Ltd., met with U of T Engineering Dean Cristina Amon, as well as U of T’s President Meric Gertler, Vice President, Research and Innovation Vivek Goel, and Associate Vice President – International Partnerships Chris Yip (ChemE, IBBME) to discuss future opportunities for cooperation.

“U of T Engineering faculty and students collaborate across disciplines to create innovative technologies,” said Dean Amon. “Forward-thinking industry partners like Fujitsu recognize that our leading research is addressing and anticipating global challenges. The Fujitsu Co-Creation Research Laboratory will further enable our dynamic and productive partnership.”

A team from Fujitsu Laboratories visited U of T in September 2017 to sign a memorandum of understanding that laid the foundations for establishment of a new research and development centre in Toronto to create the next breakthroughs in quantum-inspired computing. Fujitsu also recently joined MaRS and hosted an event there on March 13 on the topic “Computing Revolution in the AI Era.”

One result of the ongoing U of T collaboration is Digital Annealer developed by U of T Engineering and Fujitsu researchers, an important leap forward in quantum-inspired computing. Annealing, a term borrowed from materials science, means to find an optimum solution — in computing, the best solution is often the least energetically expensive.

Fujitsu plans to work with U of T to accelerate the practical use of quantum-inspired computing technologies that can reach beyond the limitations of today’s supercomputers to tackle multi-faceted global challenges that involve massive amounts of data and complicated calculations.

“Cities are complex organisms — as they continue to grow and modernize, we can glean critical insights to improve their function by analyzing complex systems data,” says Leon-Garcia, an expert on software-defined networking for smart cities and one of the principal investigators joining the Fujitsu partnership. “To integrate and interpret high volumes of data, we need powerful computing capabilities. This makes Digital Annealer a tremendously valuable tool for tackling a diverse range of engineering challenges with the power to improve people’s everyday lives.”