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Articles 31 - 36 of 36
Full-Text Articles in Physical Sciences and Mathematics
Speed And Accuracy For Partial Differential Equation Solvers, Aidan Grasby
Speed And Accuracy For Partial Differential Equation Solvers, Aidan Grasby
Undergraduate Student Research Internships Conference
This Research project consisted of testing multiple software used to solve partial differential equations to determine the fastest solver while not compromising other aspects such as accuracy. The larger project involved using electrodes and electric fields to treat brain tumours. An optimization program is required to determine electrode placement and this program must solve partial differential equations to determine the electric field for each electrode configuration. This optimization step is extremely slow so it is critical a faster partial differential equation solver is found. Therefore, I tested various software to determine the fastest solver that could then be linked with …
Optimizing Hospital Capacity To Deal With Hallway Medicine, Megan Wismer
Optimizing Hospital Capacity To Deal With Hallway Medicine, Megan Wismer
Undergraduate Student Research Internships Conference
A model adapted from Hillier and Liebermann, 2017 that optimizes hospital capacity to deal with hallway medicine.
Synthesis Of Nucleotide Prodrugs As Potential Antiviral Agents, Mohammed Attaelmanan
Synthesis Of Nucleotide Prodrugs As Potential Antiviral Agents, Mohammed Attaelmanan
Undergraduate Student Research Internships Conference
No abstract provided.
Studies Of Subvarieties Of Classical Complex Algebraic Geometry, Wenzhe Wang
Studies Of Subvarieties Of Classical Complex Algebraic Geometry, Wenzhe Wang
Undergraduate Student Research Internships Conference
My project in this USRI program is to study subvariety of classical complex algebraic geometry. I observed the orbit of elements in the unit sphere in space ℂ² ⊗ ℂ², the structure of unit sphere of ℂ² ⊗ ℂ². After this, I tried to generalize the result to ℂ^n ⊗ ℂ^n.
Modeling Weather Vulnerability Dynamically: Applications Of Multiple Linear Regression To Weather Index Microinsurance, Sophie Wu
Undergraduate Student Research Internships Conference
This paper offers a broad overview of the philanthropic goals of microinsurance — namely, to provide vulnerable populations with more self-sufficient and sustainable methods of coping with risk — and through this lens, analyses the applications of multiple linear regression in developing dynamic models for microinsurance. We explain the foundations of MLR (multiple linear regression), and then give two examples for how a simple multiple linear regression model can be adapted with a novel outcome variable (famine) and dependent variables (climate change related costs). Overall, a better understanding of MLR can lend to a better understanding of how microinsurance can …
Stable Hydrogen Isotopes Of Aquatic-Emergent Versus Terrestrial Insects In Southern Ontario, Celina Y. Tang
Stable Hydrogen Isotopes Of Aquatic-Emergent Versus Terrestrial Insects In Southern Ontario, Celina Y. Tang
Undergraduate Student Research Internships Conference
Aquatic-emergent insects are vectors of both contaminants and nutrients, linking the aquatic system to the terrestrial system. Aquatic-emergent insects are high in omega-3 fatty acids that benefit terrestrial aerial insectivores, such as bats and birds. With aerial insectivores on a decline, a contributing factor could be a decrease in the quality of insects. We collected insects from lakeshore and inland locations in Southern Ontario. Insects sampled included bees, wasps, ants, beetles, caddisflies, craneflies, dragonflies, marchflies, mayflies, midges, other flies, and true bugs. Insects’ wings and powdered bodies were then analyzed for stable hydrogen isotopes (d2H) in order …