Physical Sciences and Mathematics Commons^™

Design And Development Of A Low-Cost Handheld Picoammeter, Malcolm Stagg

Honors Theses

No abstract provided.

An Analysis Of Peer-To-Peer Distributed Hash Algorithms In Improving Fault Tolerance In The Hadoop Running Environment, Benjamin R. Knaus

Honors Theses

Cloud computing is a “new frontier” in the world of computing. One of the cloud architectures widely used is the Hadoop running environment. Hadoop consists of many parts—including MapReduce, TaskTrackers, and JobTrackers. Right now, there is no fault-tolerance for JobTrackers in Hadoop. This paper analyzes four different distributed hash algorithms (Pastry, Tapestry, CAN, and Chord) that could be implemented inside Hadoop to improve JobTracker fault-tolerance. We recommend Chord as the best suited for integration and improvement of Hadoop.

Cellular Automata And Music: A New Representation, Richard French

Honors Theses

For millenia, we’ve thought of musical composition as a purely human activity. However, we once also thought of an activity like chess to be purely human, but Deep Blue was able to defeat Kasparov in 1995 all the same. Could there perhaps be some tool or algorithm for musical composition that can replicate to some extent what human beings can do with music? This project explores this idea through the use of a tool called a cellular automaton. A cellular automaton is a grid space with a finite number of states for each of the ”cells” or ”squares” where a …

Unconscious Automatons On Facebook, Adam Pere

Honors Theses

The Internet is a relatively new phenomenon that has completely morphed the modern world. Living on a college campus, I almost never find myself in a room without access to the Internet and social media. I, along with many others in my generation, spend hours per month mindlessly surfing the Internet and Facebook. With my project, I want to start a conversation on the topic of how the Internet has shaped our society and whether these changes are positive or negative. To do so, I have built an installation of three robots and a monitor. Each robot (see Figure 1) …

High Performance Network Communication Between High Frequency Application Servers And Android Tablets, Brandon L. Wolfe

Honors Theses

This thesis will develop methods for comparing NORM protocol in unicast mode to TCP by simulating high performance network communication between Android tablets and high frequency application servers. Since mobile network conditions vary based on service provider or tower distance, we will test over a wide range of network conditions such as high delay or high loss, as well as high chances of packet corruption or duplication. We want to maximize speed of data delivery without sacrificing the integrity of the data. The methods used will be generically applicable to multiple operating system platforms and will be cross-platform compatible.

Water Simulation On Webgl And Three.Js, Kerim J. Pereira

Honors Theses

Technology is constantly moving forward. Computers are getting better and better every single day. Processors, memory, hard drives, and video cards are getting more powerful and more accessible to the users. With all of this hardware progressing, it is also logical that users want software to evolve as fast as the hardware.

Since this new hardware is available to the user, the easiest way to make graphics even more accessible to everyone is through the web browser. This move to the browser simplifies the life of the end user so that he does not have to install any additional software. …

Audience Response Clicker Project, Joseph Meyer

Honors Theses

This report will address the feasibility of a software-based audience response system to be implemented, to be known as the Clicker Project. The project seeks to address the growing need for active learning environments at the University level. The primary goal of the project is to construct a web-based system that allows presenters to gather responses from a viewing audience. To this end, presenters can collect and store data dynamically form whomever is in attendance. The following sections will discuss the project in greater detail.