In the present work we develop a unified way of looking at normed spaces of analytic functions (NSAF's) and their embedding into the Frechet space of analytic functions on a general domain, by requiring only that the embedding map is bounded. This is a succinct definition of NSAF and derive from it a list of interesting properties. For example Proposition 4.4 describes the behavior of point evaluations and Proposition 4.6 part (i) gives a general sufficient condition for a NSAF to be a Banach space, which as far as we know, are new results. Also, Proposition 4.5, parts (ii) and (iii) of Proposition 4.6 and Proposition 4.7 are results, which are slight generalizations of fairly standard results, which show up elsewhere in a more specific setting. Some of the facts about NSAF's are stated and proven in a more general context. In particular, a significant part of the material is dedicated to the normed space of continuous functions on a metric space. On the other hand, we provide the necessary background on differential geometry and complex analysis, which further determine the peculiarities in the context of spaces of analytic functions. At the end we illustrate our results on two specific examples of NSAF's, namely the Bergman and the Bloch Spaces over a general domain in Cd. We give a new proof of the reflexivity of the Bergman Space Ap(G, μ) for the case p>1 and of the Schur property of A1(G, μ). We also give new proofs for the equivalences of some of the definitions of the Bloch functions.

Thesis (Ph. D., Microbiology, Molecular Biology and Biochemistry)--University of Idaho, March 2007. / Major professor: Ronald L. Crawford. Includes bibliographical references. Also available online (PDF file) by subscription or by purchasing the individual file.

Thesis (M.M.A.S.)--School of Advanced Airpower Studies, 1995. / Subject: The role of overhead imagery in modern conflict and how to deny that capability to our adversaries. Cover page date: [1995]. Vita. Includes bibliographical references.

I investigate light as a variable that defines and re-defines space. I develop a technique to implement this theory in physical space. The space becomes a tool to further explore how light affects space, and how I can create a space that interoperates the change in light. I work physically, investigating, in model and full scale. I develop the principal as well as details of the space. Both are of great importance to the impression of the space.  My investigation into light begun as a norm-questioning way of measuring space. How can we study space without numbers and hard values? And what spaces can we create if we break free from the flat norm? I study how light can change our perception of a surface. I started investigate in model how I could manipulate the perception of surfaces through changing the light inlet and how I could sculpt surfaces to make them appear different in different light conditions. The relation between inlet and surface became the principal that I started developing space with. I found that the directions of a surface structure is where I can control the appearance of a surface. By casting plaster I develop surfaces with directions and study light on them. I started developing elements with directions that I assemble into one structure.  I use plaster to create the elements. Plaster is interesting in the process of casting, the material goes from being able to take any shape, to become static and unchangeable, unless you break it. The plaster has the properties that it copies features from other materials, such as the shiny surface of the rubber. The plaster gets a beautiful surface that in combination with its color reveals light well. The space I’ve created is based on directions and how light changes its appearance. In one light, a veil like structure in gray and in another a contrasting with a shadows casted and fragmented on the surface.

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This thesis is an investigation of a liberative space and an attempt to design one. The term Liberative Space is defined by Plummer. as the kind of endowment [that] provides the frameworks in which others can fly. In such a space people are inspired to take personal action and choose their own experience. For example, there is more than one path leading from one to the other end of a building. One path is flooded with light, the other opens the special view, the third is shortcut where you are sure not to meet anybody.... Contrary to this would be a highly controlled hierarchical space. Liberative space should not be mistaken for a chaotic one because its freedom is rooted in the power to make spontaneous choices about mutuality. Liberative space can include a hierarchical one as the possible choice. The maker of a liberative space is going to be more of a composer than a musician, a playwright than an actor, a choreographer than a dancer. This means that the creativity of an architect is not going towards the highly controlled and finished spaces, but spaces that offer opportunities to discover, change, redefine. These ideas are explored in a design of a high school. / Master of Architecture

International Telemetering Conference Proceedings / October 26-29, 1987 / Town and Country Hotel, San Diego, California / Spacecraft telemetry systems have evolved from simple hardware devices to complex computer applications performing data acquisition and formatting tasks. This paper reviews the role of spacecraft computers in performing telemetry functions and examines computer based telemetry systems being considered for use on the NASA Space Station.

International Telemetering Conference Proceedings / October 21, 2002 / Town & Country Hotel and Conference Center, San Diego, California / The current challenge has been to develop and adapt commercial Internet protocols for usage in space communications. Commercialized solutions, rather than Customized ones are cheaper, have low turnaround time and offer higher flexibility in deployment and operation. The focus of the study was to modify and develop UDP/IP based protocols commonly used in commercial Internet for reliable data transfers in space environment. Multicast Dissemination Protocol was designed by Naval Research Laboratory to provide reliable multicast data and file transfer delivery on the top of general UDP/IP platform. It is very suited for bulk data transfer over the Internet. We have extended its usage in space channels and evaluated it as a solution to meet key challenges in space communications like high bit error rates and asymmetric channels. We have also tried to optimize the performance of the protocol in the terms of throughput, reliability, integrity and security of data. The evaluation test were carried on our Space to Ground Link Simulator which uses PPP to model point to point satellite links and correspond to low capacity systems as found in small satellite systems.

Thesis advisor: Brian Gareau / Thesis advisor: Juliet Schor / This research seeks to understand how, if at all, access to green and open spaces impacts community well-being. Although much work has been done in the environmental justice sector on the disproportionate distribution of amenities in low-income communities, these studies have focused mainly on the negatives such as toxics and pollutants. This research is important because it seeks to understand the importance of environmental amenities that are not available to these populations. In order to understand this relationship, I conducted in-depth interviews with nine community members and observed at four green or open spaces. As a result of the above procedures, I found that green and open spaces not only have a positive impact on community well-being, but they influence personal well-being as well. Personal well-being is enhanced by activities that foster perceived mental and physical health for individuals, while community well-being has been linked to the ability to participate in social encounters with others. Although there are many other factors that inevitably provide well-being, it is important to note that all of my interviewees believed green and open spaces in their community were a prominent contributor. This research enhances the understanding of the less visible environmental injustices low-income communities suffer. I hope that this study serves as a catalyst for future research on a larger scale that will prove the importance of access to these areas. It is my hope that cities will begin to plan their parks and open spaces in ways that will benefit the most people and that areas where space is an issue will begin to create small green areas wherever possible. / Thesis (BA) — Boston College, 2011. / Submitted to: Boston College. College of Arts and Sciences. / Discipline: Sociology Honors Program. / Discipline: Sociology.