Matching Items (13)
Description

This project offers an argument that isolates several major forces that it contends pose a critical threat to the endurance of modern American democracy. It evaluates modern and classic political philosophy to identify the prerequisites for a stable democracy, identifying and defining voter education and participation as necessary contributors to

This project offers an argument that isolates several major forces that it contends pose a critical threat to the endurance of modern American democracy. It evaluates modern and classic political philosophy to identify the prerequisites for a stable democracy, identifying and defining voter education and participation as necessary contributors to civic engagement. It provides a socio-legal framework for evaluating four phenomena that have shifted in their impact on politics over the past 20 years: the roles of money and media in politics, as well as disenfranchisement by gerrymandering and by felon voting restrictions. It demonstrates how each has a new and worsening impact on voter education and/or participation, thus threatening the continued existence of modern American democracy.

ContributorsBurnquist, Andrew (Co-author) / Morote, Nicole (Co-author) / Mason, Maria (Co-author) / Affolter, Jacob (Thesis director) / Hoekstra, Valeria (Committee member) / School of Politics and Global Studies (Contributor) / Barrett, The Honors College (Contributor)
Created2021-05
Description

This project offers an argument that isolates several major forces that it contends pose a critical threat to the endurance of modern American democracy. It evaluates modern and classic political philosophy to identify the prerequisites for a stable democracy, identifying and defining voter education and participation as necessary contributors to

This project offers an argument that isolates several major forces that it contends pose a critical threat to the endurance of modern American democracy. It evaluates modern and classic political philosophy to identify the prerequisites for a stable democracy, identifying and defining voter education and participation as necessary contributors to civic engagement. It provides a socio-legal framework for evaluating four phenomena that have shifted in their impact on politics over the past 20 years: the roles of money and media in politics, as well as disenfranchisement by gerrymandering and by felon voting restrictions. It demonstrates how each has a new and worsening impact on voter education and/or participation, thus threatening the continued existence of modern American democracy.

ContributorsMason, Maria (Co-author) / Morote, Nicole (Co-author) / Burnquist, Andrew (Co-author) / Affolter, Jacob (Thesis director) / Hoekstra, Valerie (Committee member) / School of Politics and Global Studies (Contributor) / Barrett, The Honors College (Contributor)
Created2021-05
Description

This project offers an argument that isolates several major forces that it contends pose a critical threat to the endurance of modern American democracy. It evaluates modern and classic political philosophy to identify the prerequisites for a stable democracy, identifying and defining voter education and participation as necessary contributors to

This project offers an argument that isolates several major forces that it contends pose a critical threat to the endurance of modern American democracy. It evaluates modern and classic political philosophy to identify the prerequisites for a stable democracy, identifying and defining voter education and participation as necessary contributors to civic engagement. It provides a socio-legal framework for evaluating four phenomena that have shifted in their impact on politics over the past 20 years: the roles of money and media in politics, as well as disenfranchisement by gerrymandering and by felon voting restrictions. It demonstrates how each has a new and worsening impact on voter education and/or participation, thus threatening the continued existence of modern American democracy.

ContributorsMorote, Nicole (Co-author) / Burnquist, Andrew (Co-author) / Mason, Maria (Co-author) / Affolter, Jacob (Thesis director) / Hoekstra, Valerie (Committee member) / School of Civic & Economic Thought and Leadership (Contributor) / Department of Marketing (Contributor) / Barrett, The Honors College (Contributor)
Created2021-05
Description

The goal of this thesis is to better understand the outcomes of both treated and untreated maternal depression on fetal development and birth defects. We focus on a class of antidepressant drugs known as selective serotonin reuptake inhibitors (SSRIs). We hope to gain insight into how these effects might carry

The goal of this thesis is to better understand the outcomes of both treated and untreated maternal depression on fetal development and birth defects. We focus on a class of antidepressant drugs known as selective serotonin reuptake inhibitors (SSRIs). We hope to gain insight into how these effects might carry on into childhood and adolescent years. While research shows there are potentially significant consequences for the fetus in both treated and untreated scenarios, it remains unclear whether depression itself or SSRIs play the larger role in the outcomes of children born from these women. We begin with a general history of depression and the introduction of SSRIs, followed by a review of the physiology of depression and SSRI treatment. We then narrow our focus to the history of maternal depression, SSRI usage in pregnant women, and potential risk factors. Following this, we analyze studies on the effects of depression and SSRI usage on the fetus and at birth, paying careful attention to the cortisol pathway that results from depression itself and the biochemical effects that SSRIs have on embryogenesis and fetal development. While there is limited research on the long-term effects of fetal exposure to SSRI-treated and untreated maternal depression, one of the aims of this thesis is to understand the potential risks for children throughout their developmental years and into adolescence. Therefore, we also researched the effects of depression and SSRI use in children and adolescents themselves, comparing this information to the effects of both SSRI-treated and untreated maternal depression. We believe there is sufficient evidence of causal connections involving cortisol (in untreated depression) and SSRIs (in pharmacologically treated depression) to warrant caution regarding the use of SSRIs in a clinical setting. We suggest alternative treatments for depression such as Cognitive Behavioral Therapy (CBT), which have been shown to be effective, and which have very little chance for harm. Notably, such treatments can be of real benefit regardless of the underlying biological, psychological, and social causes of depression. Finally, we conclude by suggesting some preventative treatments for maternal depression. While we do not believe the use of SSRIs needs to be completely avoided in the case of maternal depression, we believe that better practitioner education in preventing depression could go a long way in making them unnecessary in most cases.

ContributorsMyers, Sydney (Author) / Unarker, Saagar (Co-author) / Martin, Thomas (Thesis director) / Affolter, Jacob (Committee member) / Barrett, The Honors College (Contributor) / School of International Letters and Cultures (Contributor) / School of Life Sciences (Contributor)
Created2022-05
Description
The goal of this thesis is to better understand the outcomes of both treated and untreated maternal depression on fetal development and birth defects. We focus on a class of antidepressant drugs known as selective serotonin reuptake inhibitors (SSRIs). We hope to gain insight into how these effects might carry

The goal of this thesis is to better understand the outcomes of both treated and untreated maternal depression on fetal development and birth defects. We focus on a class of antidepressant drugs known as selective serotonin reuptake inhibitors (SSRIs). We hope to gain insight into how these effects might carry on into childhood and adolescent years. While research shows there are potentially significant consequences for the fetus in both treated and untreated scenarios, it remains unclear whether depression itself or SSRIs play the larger role in the outcomes of children born from these women.   We begin with a general history of depression and the introduction of SSRIs, followed by a review of the physiology of depression and SSRI treatment. We then narrow our focus to the history of maternal depression, SSRI usage in pregnant women, and potential risk factors. Following this, we analyze studies on the effects of depression and SSRI usage on the fetus and at birth, paying careful attention to the cortisol pathway that results from depression itself and the biochemical effects that SSRIs have on embryogenesis and fetal development. While there is limited research on the long-term effects of fetal exposure to SSRI-treated and untreated maternal depression, one of the aims of this thesis is to understand the potential risks for children throughout their developmental years and into adolescence. Therefore, we also researched the effects of depression and SSRI use in children and adolescents themselves, comparing this information to the effects of both SSRI-treated and untreated maternal depression.   We believe there is sufficient evidence of causal connections involving cortisol (in untreated depression) and SSRIs (in pharmacologically treated depression) to warrant caution regarding the use of SSRIs in a clinical setting. We suggest alternative treatments for depression such as Cognitive Behavioral Therapy (CBT), which have been shown to be effective, and which have very little chance for harm. Notably, such treatments can be of real benefit regardless of the underlying biological, psychological, and social causes of depression. Finally, we conclude by suggesting some preventative treatments for maternal depression. While we do not believe the use of SSRIs needs to be completely avoided in the case of maternal depression, we believe that better practitioner education in preventing depression could go a long way in making them unnecessary in most cases.
ContributorsUnarker, Saagar (Author) / Myers, Sydney (Co-author) / Martin, Thomas (Thesis director) / Affolter, Jacob (Committee member) / Barrett, The Honors College (Contributor) / School of Life Sciences (Contributor)
Created2022-05
Description

Ultimate Frisbee or "Ultimate," is a fast growing field sport that is being played competitively at universities across the country. Many mid-tier college teams have the goal of winning as many games as possible, however they also need to grow their program by training and retaining new players. The purpose

Ultimate Frisbee or "Ultimate," is a fast growing field sport that is being played competitively at universities across the country. Many mid-tier college teams have the goal of winning as many games as possible, however they also need to grow their program by training and retaining new players. The purpose of this project was to create a prototype statistical tool that maximizes a player line-up's probability of scoring the next point, while having as equal playing time across all experienced and novice players as possible. Game, player, and team data was collected for 25 different games played over the course of 4 tournaments during Fall 2017 and early Spring 2018 using the UltiAnalytics iPad application. "Amount of Top 1/3 Players" was the measure of equal playing time, and "Line Efficiency" and "Line Interaction" represented a line's probability of scoring. After running a logistic regression, Line Efficiency was found to be the more accurate predictor of scoring outcome than Line Interaction. An "Equal PT Measure vs. Line Efficiency" graph was then created and the plot showed what the optimal lines were depending on what the user's preferences were at that point in time. Possible next steps include testing the model and refining it as needed.

ContributorsSpence, Andrea Nicole (Author) / McCarville, Daniel R. (Thesis director) / Pavlic, Theodore (Committee member) / Industrial, Systems and Operations Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
Every year, millions of guests visit theme parks internationally. Within that massive population, accidents and emergencies are bound to occur. Choosing the correct location for emergency responders inside of the park could mean the difference between life and death. In an effort to provide the utmost safety for the guests

Every year, millions of guests visit theme parks internationally. Within that massive population, accidents and emergencies are bound to occur. Choosing the correct location for emergency responders inside of the park could mean the difference between life and death. In an effort to provide the utmost safety for the guests of a park, it is important to make the best decision when selecting the location for emergency response crews. A theme park is different from a regular residential or commercial area because the crowds and shows block certain routes, and they change throughout the day. We propose an optimization model that selects staging locations for emergency medical responders in a theme park to maximize the number of responses that can occur within a pre-specified time. The staging areas are selected from a candidate set of restricted access locations where the responders can store their equipment. Our solution approach considers all routes to access any park location, including areas that are unavailable to a regular guest. Theme parks are a highly dynamic environment. Because special events occurring in the park at certain hours (e.g., parades) might impact the responders' travel times, our model's decisions also include the time dimension in the location and re-location of the responders. Our solution provides the optimal location of the responders for each time partition, including backup responders. When an optimal solution is found, the model is also designed to consider alternate optimal solutions that provide a more balanced workload for the crews.
ContributorsLivingston, Noah Russell (Author) / Sefair, Jorge (Thesis director) / Askin, Ronald (Committee member) / Industrial, Systems and Operations Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2017-12
Description

Virtual Reality is being widely adapted for use in the consumer market. There are adaptations of the technology for every purpose, from education, to gaming, and even medical. There are businesses being formed worldwide that incorporate the gaming utility in an arcade/internet café style. However, there are other plausible business

Virtual Reality is being widely adapted for use in the consumer market. There are adaptations of the technology for every purpose, from education, to gaming, and even medical. There are businesses being formed worldwide that incorporate the gaming utility in an arcade/internet café style. However, there are other plausible business models. There is the preexisting model that companies are currently using, another option is to add this technology to preexisting physical arcades, and to create a new business with practices decided by consumer statistics. These three models were tested in this study to determine the profitability, feasibility, and best practices for each. Each business model appears to be incredibly profitable based on the assumptions used for this study.

ContributorsDunn, John Ryan (Author) / McCarville, Daniel R. (Thesis director) / Jennings, Cheryl (Committee member) / Industrial, Systems and Operations Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2017-12
Description
Commuting is a significant cost in time and in travel expenses for working individuals and a major contributor to emissions in the United States. This project focuses on increasing the efficiency of an intersection through the use of "light metering." Light metering involves a series of lights leading up to

Commuting is a significant cost in time and in travel expenses for working individuals and a major contributor to emissions in the United States. This project focuses on increasing the efficiency of an intersection through the use of "light metering." Light metering involves a series of lights leading up to an intersection forcing cars to stop further away from the final intersection in smaller queues instead of congregating in a large queue before the final intersection. The simulation software package AnyLogic was used to model a simple two-lane intersection with and without light metering. It was found that light metering almost eliminates start-up delay by preventing a long queue to form in front of the modeled intersection. Shorter queue lengths and reduction in the start-up delays prevents cycle failure and significantly reduces the overall delay for the intersection. However, frequent deceleration and acceleration for a few of the cars occurs before each light meter. This solution significantly reduces the traffic density before the intersection and the overall delay but does not appear to be a better emission alternative due to an increase in acceleration. Further research would need to quantify the difference in emissions for this model compared to a standard intersection.
ContributorsGlavin, Erin (Author) / Pavlic, Theodore (Thesis director) / Sefair, Jorge (Committee member) / Industrial, Systems and Operations Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
As the move towards sustainable urbanism grows, understanding how the city has previously been envisioned and designed will be useful to moving forward. This work examines the legacy of urban design theories, what these theories have implied about what the city should be, and their sustainability consequences. Noticing three prominent

As the move towards sustainable urbanism grows, understanding how the city has previously been envisioned and designed will be useful to moving forward. This work examines the legacy of urban design theories, what these theories have implied about what the city should be, and their sustainability consequences. Noticing three prominent urban design visions of the city, the technological city (as proposed in 1922 by Le Corbusier's Ville contemporaine and later in 1933 by his Ville Radieuse (The Radiant City), and in 1935 by Frank Lloyd Wright's' Broadacre City), the social city (as explored in 1961 by Jane Jacobs and in 1976 by Edward Relph of the University of Chicago), and the ecological city (as expounded upon in 1924 by both Lewis Mumford and in 1969 by Ian McHarg), I have newly applied the social-ecological-technical systems framework (SETS) to help classify and analyze these urban design theories and how they have mixed to create hybrid perspectives in more recent urban design theory. Lastly, I have proposed an urban design theory that envisions the sustainable city as an ongoing process. Hopefully, this vision that will hopefully be useful to the future of sustainable development in cities, as will a more organized understanding of urban design theories and their sustainability outcomes.
ContributorsWeber, Martha Stewart (Author) / Coseo, Paul (Thesis director) / Larson, Kelli (Committee member) / Industrial, Systems and Operations Engineering Program (Contributor) / The Design School (Contributor) / School of Geographical Sciences and Urban Planning (Contributor) / School of Sustainability (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05