This project will use computer modeling techniques to examine the population dynamics of the Itcha-Ilgachuz caribou herd in west central British Columbia. This large herd is a potential source, from which caribou could be transplanted to small endangered mountain caribou herds in Southern BC to help boost their numbers. Previously acquired data on the Itcha-Ilgachuz […]

In this internship, the team proposes to develop high performance sequential and parallel algorithms for multiplication and division of multivariate polynomials. They propose to use a recursive data structure. One of the possible advantages of a recursive data structure is that we can also see how to parallelize polynomial division. Potentially high level algorithms such […]

The purpose of the proposed research is to measure and analyze the 3-D spinal movements using inertial/magnetic sensing, and to study the effects of low-back pain on spinal movements. This research will perform (i) feasibility test of using inertial/magnetic sensors in measuring spinal motion in a noninvasive and portable approach, (ii) application of inertial/magnetic sensors […]

This research is concerned with the ways in which the mental health counseling and support services providers in Vancouver are functioning. It aims to explore the possibilities of the implementation of a multicultural approach to mental health counselling and support services for the different immigrant groups in the Vancouver region. The specific questions that this […]

This work can serve as the foundation of relative value strategies and portfolio sensitivity analysis. This project research on building a strategy for analyzing the sensitivity of mortgage backed securities (MBS) pool pricing to changes in financial market and underlying security characteristics, such as the property value of the underlying real estate. There is a […]

With the increasing presence of creative production, ranging from individual art practices to large-scale entertainment industries, it is of utmost importance to facilitate the development of sustainable arts networks not only to optimize creative output, but also to enrich the lives of local communities, and to provide for better]informed policymaking. The goals of the proposed […]

The project is intended to develop, implement and evaluate a power management solution applicable to data centres. The solution must not require installation of custom software components onto the individual servers. This constraint goes against current solutions which install bespoke software on the servers for the power management solution to function effectively. The solution will […]

Existing computer art programs, such as Adobe Photoshop, employ a colour manipulation and blending model based on the way different colours of light combine on a monitor. This is at odds with the realworld behaviour of paints, such as oils or acrylics, as studied by fine artists. Some research has been done on simulating paint […]

The goal of the proposed project is to develop a computational fluid dynamics model of the Davis hydro turbine, so that its performance can be assessed and improved before it becomes a commerically available product. A numerical implementation of the model will be used to estimate important characteristics of the turbine, such as its power […]

Developing efficient and effective evaluation strategies for measuring video game quality is an important open problem in today’s game industry. Standard methods within the industry rely on surveys and interviews to evaluate engagement of their games and to uncover design flaws. In this proposal, we investigate different types of methods that a game company can […]

This project involves several researchers in the Multimedia Communications Lab at SFU, and isaimed at developing a prototype system for binocular stereoscopic eye tracking. The systemwill consist of eyeglasses worn by the subject, two infrared eye cameras (one for each eye) and astereo imaging device. In addition to conventional gaze direction estimation, this would requireestimating […]

In this project, we aim to develop a mathematical model and perform numerical simulations for gravity-driven fingering instabilities that occur during the flow of groundwater in soils and aquifers.  Fingers form in response to gravitational forces that derive from the difference in density between invading water and displaced air.  These forces can destabilize an otherwise […]