Grants and Contributions

Deliver entrepreneurship and innovation programming to students, faculty and community.

The program Advancing Accessibility Standards Research (The Program) funds the project. The Program funds research projects. The projects try to find, take away and stop obstacles to accessibility. This research will help to guide accessibility standards in the future.

Canada's Fisheries Fund will transform and drive innovation in the fish and seafood sector in Canada with a focus on developing the sector to better meet growing market demands for sustainably sourced, high-quality fish and seafood products.

Monitoring and data analysis for two Stream 2 priority species

Building a Canada-Wide Zero Plastic Waste Strategy for Agriculture

The objective of this project is to develop general machine learning techniques for graph generation, with the end application of smart design including new material discovery, advanced circuit design, and novel drug invention, amongst many others. Research will focus on deep generative models and reinforcement learning for the generation of graphs with optimized properties. The representation power of graph will be leveraged to sufficiently encode the key compositional behaviours and their interplays of the target domain, and treat developing a novel design as a new graph structure generation process with various composition constraints. The decomposition in the former can be attained through deep generative models with disentangled latent variables, and the composition search space in the latter can be effectively explored by deep enforcement learning.

Digital technologies have ushered in the current digital culture. There is widespread use of smartphones/tablets and the internet to interact with digitized artifacts, enabling more collective and networked forms of culture. Cisco forecasts global IP traffic to surpass 4.8 ZB (of which wireless and mobile traffic will account for > 70%) and the number of devices connected to IP networks to exceed 3 times the global population by 2022. The global IT infrastructure must expand to support this growth and demand in data traffic. Solutions for ultra-high capacity optical interconnections—from long-haul (undersea) to short-reach (data center interconnections)—and optical-wireless (RF) communications are required.
The main objective of this project is to explore integrated approaches for optical frequency comb generation, including quantum dot lasers and silicon photonic technologies, for applications in flexible high-capacity optical transport from data center interconnections to long haul transmission to fiber-wireless networks.

This development project will address key issues encountered with conventional electronic beamforming networks (BFN) used in space based Radio-Frequency (RF) phased array antennas. Those antennas are gaining in popularity thanks to the recent plans for low cost, large, Low Earth Orbit (LEO) constellation projects. Large bandwidth performances are thus expected to be much improved over the wide scan angles needed for operations in LEO. This feasibility study will evaluate a concept for a large scale true time delay optical beamforming for RF phased arrays.

The objective of this project is to develop general machine learning techniques for graph generation, with the end application of smart design including new material discovery, advanced circuit design, and novel drug invention, amongst many others. Research will focus on deep generative models and reinforcement learning for the generation of graphs with optimized properties. The representation power of graph will be leveraged to sufficiently encode the key compositional behaviours and their interplays of the target domain, and treat developing a novel design as a new graph structure generation process with various composition constraints. The decomposition in the former can be attained through deep generative models with disentangled latent variables, and the composition search space in the latter can be effectively explored by deep enforcement learning.

The objective of the SDG Funding Program is to support sustainable development projects that:.• Support the development and utilization of effective approaches to address sustainable development and the social, economic and environmental issues and challenges;.• Develop, exchange and apply knowledge, tools and resources that address sustainable development needs of individuals, families and communities;.• Foster partnerships and networks to address sustainable development and the existing and emerging social, economic and environmental issues;.• Recognize and support the ability of organizations to identify and address sustainable development priorities; .• Recognize and promote engagement initiatives at the international, national, subnational, and/or local level that mobilize assets and develop capacities and resources for action; and/or.• Foster Indigenous traditional knowledge on sustainable development..