Grants and Contributions

This project aims to assess the potential of extracting valuable insights/specific data from the millions of chick images already collected. These insights could offer added value to Chick Pick’s clients. The project also involves establishing the necessary technical infrastructure to support this initiative.

The firm is developing AI-powered technology to distinguish genuine human survey respondents from bots, fraudsters, and inattentive participants. The system uses machine learning algorithms to analyze behavioural patterns, keystroke dynamics, mouse movements, and response quality in real-time.

This project aims to develop an artificial intelligence model that emulates the behaviour of physics-based forest fire simulators used to estimate fire spread and burn probability, applying modern deep learning techniques.

To support the federal government’s commitment to maintain a strong and effective publicly funded health care system through investments in emerging and demonstrated innovations in priority areas, such as palliative and end-of-life care, home and community care, mental health care and other federal, provincial-territorial and emerging priorities.

The project involves working on the development of machine learning models that are ready for production and easy to use.

Project activities include webinars, workshops, media campaigns, and an online micro-course, with educational materials hosted on the organization’s Learning Management System for ongoing staff development.

Through a dynamic agenda of keynote addresses, high-level panels, practitioner workshops, and peer-learning sessions, the Summit will provide a unique opportunity for participating officials to: Share local innovations in prevention and safeguarding social cohesion; Engage in in-depth discussion on strengthening national-local coordination; Explore inclusive responses to online hate and digital radicalisation; and Connect with peers, civil society actors, and international institutions to build sustained partnerships.

This grant builds capacity within Alderville First Nation to guide and participate in the final co-design and validation of various interpretive and experiential elements for the future visitor, learning and community centre at Rouge National Urban Park.

Well-calibrated atmospheric radiance measurements contain rich information of atmospheric states for remote sensing applications and can be used as a reference dataset for comparing newly developed satellite instruments. This project aims to deploy a ground-based high-resolution infrared spectrometer, Atmospheric Emitted Radiance Interferometer (AERI), to the PONEX campaign and to use its measurements with high accuracy to validate the measurements of other radiometers and compare their atmospheric sounding abilities.

This project is developing a secure framework to capture and share practical clinical learnings that support continuous improvement in care.