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Published in , 1900
This paper is about heuristics for BPMP.
Recommended citation: D. Ryan, T. Lam, Y. Dong, & E. Olinick, “Practical and Effective Heuristics for the Backhaul Profit Maximization Problem”, in preparation
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Given as a part of the Summer Undergraduate Research Program with the SMU Lyle school of Engineering, where I introduced the Backhaul Profit Maximization Problem to an audience of faculty, parents, and other undergraduate researchers. I dicussed the greedy heuristic algorithms developed during the length of the project as well as some promising results.
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Talk was given at the Hamilton Scholars Reception at the end of the school year, towards the audience of donars, faculy, and other students. Intoduced quantum computing in a very high level, as well as some relevent applications for applied mathematicians. This included the quantum linear system problem, monte carlo, and quantum random walks.
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Introduced a method for using sensitivity tests and machine learning methods to explore various steps in the nuclear data pipeline. Focused on photon induced reactions with a neutron decay channel.
MATH 3302: Multi-Variable and Vector Calculus, Southern Methodist University, Fall 2023 / Spring 2024