Date of Award
4-30-2021
Document Type
Thesis
Degree Name
Bachelor of Science
Department
Mathematics
First Advisor
Dr. Joanna Wares
Second Advisor
Dr. Shweta Ware
Abstract
In Philadelphia, people are experiencing the greatest opioid crisis in a century. Plac- ing the Overdose Prevention Site (OPS) can alleviate this crisis. However, the journey to the successful launch of the first OPS in the USA is rough. It was first accused of having a collision with federal drug laws. While Safehouse won the lawsuit and the OPS was judged to be legal in 2020, other pressure rose afterward such as the against from the public and the COVID19, which delayed the plan to open the OPS. Without solid research on the effectiveness of OPS, we thought it is necessary to provide scientific evidence to support the OPS program. In our research, we apply both the Markov Chain model and the agent-based model to investigate the effectiveness of placing OPSs in Philadelphia. Our final conclusion shows that the OPS can effectively save people from fatally overdosing. In general, we hope to promote the launch of the OPS and also bring out some public health implications for future OPS placement based on our research.
Recommended Citation
Dong, Jing, "Overdose Prevention Sites Placement Informed by Simulation" (2021). Honors Theses. 1583.
https://scholarship.richmond.edu/honors-theses/1583