I use the domestic as a locale to consider the function of a queer body within the “American Dream.” I frequently remove the objects from their intended uses through various methods of alterations. Breaking things down to queer identity, objects, space, and community, I consider each object as a stand-in for individuals liberated from the pressure of preconceptions and mastery. Each lends itself towards the community identity, serving individually as separate functions within the experience, but also collectively serving as an invitation for on-lookers to join this community that we would define together.

The goal of this work (entitled: Toward a More Personally Expressive Method of Working in Clay) was to create a body of work that was more personal, expressive, and less restrained that incorporate objects and non- clay elements.

The purpose of this study was to assess the outcome of a therapeutic horseback riding program on physically disabled.

This study was designed to determine the Key elements of team performance measurements systems: in relation to effectiveness and satisfaction.

Works of art Plywood, Woodcut on Archival inkjet prints, bullet by artist Aaron Pozos as part of a 2022 MFA exhibition, entitled "Bellows of the Beast" in the the Cora Stafford Gallery South, 1201 W Mulberry St, Denton, TX 76201, from March 30 to April 2, 2022.

The figure within the paintings function not only representations, but as surrogates for the subjects depicted. The artist believes that allegory goes beyond Western civilization. By applying allegories to our moder world, we can add to them rich in subliminal messages and keep them going.

Bach and Chopin were both virtuosi on their respective keyboard instruments and were considered as successful performers. This study analyzes the Influence of the Preludes from the Well-Tempered Clavier of J. S. Bach on the Preludes and Etudes of Chopin. They both exploited their keyboard instruments to the fullest. The study concluded that what Bach achieved in his preludes and fugues, Chopin imitated in the spirit of his age.

The author's primary goal is to begin research leading ot the attainment of a low cost computer/music system which will allow the composer to write polyphonic music of up to eight voices into a computer through a terminal, and have the music played back by means of computer synthesized sound or by means of a conventional synthesizer controlled by a computer via digital-to-analog converters. The goal system will allow the composer to retreat and hear his product objectively as the painter steps back to review his canvas.

The motivation behind this research has been the idea of the capability of the computing device to dynamically reconfigure itself. The goal of this work is to measure the computational power of reconfigurable machines rather in an abstract manner by proposing a model the FPGAs abstract computing machines. Modeling FPGAs in terms of Automata Theory would give a base to answer more fundamental questions about the capabilities and possible answers. If a Finite State Machine (FSM) or a Turing Machine (TM) has the capability of reconfiguring its finite control, does this ability give the abstract computing device new computational power. In other words is a reconfigurable FSM, TM or a Cellular Automata more powerful than their corresponding non-configurable versions?

Timelapsed video from the MFA Exhibition "Draw Me Near" as shown at the Cora Stafford Gallery. In this video, friends, family members, and colleagues dine with the artist during the exhibition.

Igor Stravinsky is widely considered one of the most important and influential composers of the 20th century and a pivotal figure in modernist music. This study analyzed how Stravinsky absorbed the bassoon's solo and ensemble functions which he inherited and later significantly extended the scope of these functions by adapting them to his individual needs. The study concluded that Stravinsky's compositions are and will remain important landmarks in the history of bassoon literature.

In my problem-in-lieu-of-thesis, I investigated the connections formed between images which refer to disorder and those which connote imposed order; therefore, I pursued the following questions: 1. What connotations did each of the images have for me? 2. How was each image affected by taking it out of one context and placing it in a new one? 3. What relationships formed between images thus juxtaposed?

This problem in lieu of thesis outlines a body of work that uses technology and pop elements to discover ways to understand what it means to be human. In doing so it expands the interpretation of technology, ontology, and pop, and allowed the artist to find an essential balance between the three. It details the understanding of these borrowed aesthetics and their connection to the creative process.

Agent-based architecture explains the rationale and basis for developing agents that can interact with users through natural language query/answer patterns developed systematically using AIML (artificial intelligence mark-up language) scripts. This thesis research document also explains the architecture for VISTA (virtual interactive story-telling agents), which is used for interactive querying in educational and recreational purposes. Agents are very effective as conversational interfaces when used along side with graphical user interface (GUI) in applications and Web pages. This architecture platform can support multiple agents with or with out sharing of knowledgebase. They are very useful as chat robots for recreational purposes, customer service and educational purposes. This platform is powered by Java servlet implementation of Program D and contained in Apache Tomcat server. The AIML scripting language defined here in is a generic form of XML language and forms the knowledgebase of the bot. Animation is provided with Microsoft® Agent technology and text-to-speech support engine.

Due to the rapid growth of wireless networking, the fallible security issues of the 802.11 standard have come under close scrutiny. Nowadays most of the organizations are eager to setup wireless local area networks to reduce the hassles of limited mobility provided by conventional wired network. There are serious security issues that need to be sorted out before everyone is willing to transmit valuable corporate information on a wireless network. This report documents the inherent flaws in wired equivalent privacy protocol used by the 802.11 standard and the ensuing security breaches that can occur to a wireless network due to these flaws. The solutions suggested in this report might not actually make the 802.11 standard secure, but will surely help in the lead up to a secure wireless network standard.

The unusually large hyperfine structure splittings in the 23P state of the 3He isotope is measured using electro-optic techniques with high precision laser spectroscopy. Originally designed to probe the fine structure of the 4He atom, this experimental setup along with special modifications I implemented to resolve certain 3He related issues has made possible new high precision hyperfine structure measurements. Discussed are the details of the experimental setup and the modifications, including in depth information necessary to consider while performing these measurements. The results of these hyperfine structure measurements give an order of magnitude improvement in precision over the best previously reported values.

This research shows that the Japanese rice policy has affected the volume of exported and imported rice; moreover, multilateral and bilateral agreements have also affected Japanese rice policy. Japan's institution of subsidies and trade barriers has made its rice products too expensive for foreign trade and its domestic consumers. Since the WTO agreement has forced Japan to open its market gradually over six years, Japan may be unable to compete internationally because of its limited land, high labor costs, and the field utility fees.

This software is aimed at providing user-friendly, easy-to-use environment for the user to scrub (de-identify/modify) the DICOM header information. Some tools either anonymize or default the values without the user interaction. The user doesn't have the flexibility to edit the header information. One cannot scrub set of images simultaneously (batch scrubbing). This motivated to develop a tool/utility that can scrub a set of images in a single step more efficiently. This document also addresses security issues of the patient confidentiality to achieve protection of patient identifying information and some technical requirements

Chapter 1 describes my previous jewelry work related to my interest in body parts and other materials as medium and lockets. The questions in the statement of problem deal with how the use of a specific body site, color and incorporation of body parts in my jewelry make my work more intimate to the wearer. Chapter 2 discusses the work I focused around the questions proposed in Chapter 1. Important points are: a more focused way of using specific body sites to support my ideas, the use of different skin colors in my work, and the physical effect of my jewelry to the wearer. Chapter 3 expresses my own criticism about the work and my future goals after this project.

A genomic clone containing a 16.9-kb segment of cotton DNA was found to encompass a D-12 fatty acid desaturases (FAD2-4) gene. The FAD2-4 gene has a single, large intron of 2,780 bp in its 5'-untranslated region, just 12 bp upstream from the ATG initiation codon of the FAD2-4 opening reading frame. A number of prospective promoter elements, including several light-responsive sequences, occur in the 5'-flanking region. The coding region of the gene is 1155 bp with no introns, and would encode a FAD2-4 polypeptide of 384 amino acids. The putative protein had four membrane-spanning helices, hallmarks of an integral membrane protein, and would probably be located in the endoplasmic reticulum. The FAD2-4 gene is indeed a functional gene, since yeast cells transformed with a plasmid containing the coding region of the gene synthesize an appreciable amount of linoleic acid (18:2), not normally made in wild-type yeast cells. The FAD2-4 gene has many structural similarities to the cotton FAD2-3 gene that was also analyzed in this laboratory.

The focus of this project was on creating images of our industrial landscape and shows the coexistence of culture and nature. I confronted the landscape from a position that is accepting of our present landscape. While not idealizing the present industrial landscape I wanted to depict it in a way that is not devoid of beauty. I believe that no matter how the land is altered a certain grace still comes through in any landscape. In not idealizing or criticizing I wanted to show industrial areas in an accepting light and reveal the grace and beauty that is within every landscape. It is through my photographs and all the subjective decisions made when creating these images that make it possible for others to see the beauty in these industrial landscapes.

Complexity can emerge from extremely simple rules. A paradigmatic example of this is the model of ballistic deposition (BD), a simple model of sedimentary rock growth. In two separate Problem-in-Lieu-of Thesis studies, BD was investigated numerically in (1+1)-D on a lattice. Both studies are combined in this document. For problem I, the global interface roughening (IR) process was studied in terms of effective scaling exponents for a generalized BD model. The model used incorporates a tunable parameter B to change the cooperation between aggregating particles. Scaling was found to depart increasingly from the predictions of Kardar-Parisi-Zhang theory both with decreasing system sizes and with increasing cooperation. For problem II, the local single column evolution during BD rock growth was studied via statistical analysis of time series. Connections were found between single column time series properties and the global IR process.

Machine Learning is the ability of a machine to perform better at a given task, using its previous experience. Various algorithms like decision trees, Bayesian learning, artificial neural networks and instance-based learning algorithms are used widely in machine learning systems. Current applications of machine learning include credit card fraud detection, customer service based on history of purchased products, games and many more. The application of machine learning techniques to natural language processing (NLP) has increased tremendously in recent years. Examples are handwriting recognition and speech recognition. The problem we tackle in this Problem in Lieu of Thesis is applying machine-learning techniques to improve the performance of a conversational agent. The OpenMind repository of common sense, in the form of question-answer pairs is treated as the training data for the machine learning system. WordNet is interfaced with to capture important semantic and syntactic information about the words in the sentences. Further, k-closest neighbors algorithm, an instance based learning algorithm is used to simulate a case based learning system. The resulting system is expected to be able to answer new queries with knowledge gained from the training data it was fed with.

Many organic materials have been studied to be used as semiconductors, few of them being pentacene and polythiophene. Organic semiconductors have been investigated to make organic thin film transistors. Pentacene has been used in the active region of the transistors. Transistors fabricated with pentacene do not have very high mobility. But in some applications, high mobility is not needed. In such application other properties of organic transistors are used, such as, ease of production and flexibility. Organic thin film transistors (OTFT) can find use as low density storage devices, such as smart cards or I.D. tags, and displays. OTFT are compatible with polymeric substrates and hence can find use as flexible computer screens. This project aims at making 'smart clothes', the cheap way, with pentacene based OTFT. This problem in lieu of thesis describes a way to deposit pentacene films and characterize it. Pentacene films were deposited on substrates and characterized using x-ray diffraction (XRD) and Fourier transform infrared spectroscopy (FTIR). The substrate used was ~1500Å platinum on silicon wafer or bare silicon wafer. was used. A deposition system for vacuum deposition of pentacene was assembled. The XRD data for deposited pentacene films shows the presence of two phases, single …