A new AI-powered simulation model allows researchers and architects to design well-ventilated indoor spaces that keep harmful smoke away.
- Professor, Systems and Computer Engineering, Carleton University
Predicting how wildfires will behave is a complex endeavour, and requires sophisticated simulation models.
Whether we’re talking songs that are popular on Spotify, or were Billboard hits through the ‘40s up to recent years, popularity cannot be attributed solely to quantifiable acoustic elements.
While it seems lucrative to move to cities that offer higher salaries and better quality of life, Canadians should consider some key factors before changing jobs.
Simulations of classrooms and offices can help determine the safest configurations to reduce the spread of COVID-19.
Studying how SARS-CoV-2, the virus that causes COVID-19, travels through indoor air spaces can help reduce transmission risk.
As the coronavirus pandemic continues, and the colder weather approaches, new mathematical models are needed to study changing social behaviours and indoor spaces.
As provinces throughout Canada start to enter Phase 2 of its reopening, mathematical models can help predict and control the spread of COVID-19 with the help of contact tracing.
Policy-makers at various levels of government rely on models and simulations to make predictions about controlling the spread of COVID-19.
Predicting how a virus will spread — and its effects — relies on mathematically sound and accurate models that account for factors like weather patterns and human behaviour.
As both the resolution of and demand for online video increases, especially for mobile devices, service providers face the ongoing challenge of ensuring satisfactory viewer experience.
Communications networks are a crucial part of any disaster planning. Resilient communications systems determine how effective emergency responses can be.
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