The following report documents the evolution of the script The Other Side of Shadow and the effects that extensive rewriting, character work, and story restructuring have had on the author. / text

Geosynchronous (GEO) satellites are essential for modern communication networks. If communication to a GEO satellite is lost and a malfunction occurs upon orbit insertion such as a solar panel not deploying there is no direct way to observe it from Earth. Due to the GEO orbit distance of ~36,000 km from Earth's surface, the Rayleigh criteria dictates that a 14 m telescope is required to conventionally image a satellite with spatial resolution down to 1 m using visible light. Furthermore, a telescope larger than 30 m is required under ideal conditions to obtain spatial resolution down to 0.4 m. This dissertation evaluates a method for obtaining high spatial resolution images of GEO satellites from an Earth based system by measuring the irradiance distribution on the ground resulting from the occultation of the satellite passing in front of a star. The representative size of a GEO satellite combined with the orbital distance results in the ground shadow being consistent with a Fresnel diffraction pattern when observed at visible wavelengths. A measurement of the ground shadow irradiance is used as an amplitude constraint in a Gerchberg-Saxton phase retrieval algorithm that produces a reconstruction of the satellite's 2D transmission function which is analogous to a reverse contrast image of the satellite. The advantage of shadow imaging is that a terrestrial based redundant set of linearly distributed inexpensive small telescopes, each coupled to high speed detectors, is a more effective resolved imaging system for GEO satellites than a very large telescope under ideal conditions. Modeling and simulation efforts indicate sub-meter spatial resolution can be readily achieved using collection apertures of less than 1 meter in diameter. A mathematical basis is established for the treatment of the physical phenomena involved in the shadow imaging process. This includes the source star brightness and angular extent, and the diffraction of starlight from the satellite. Atmospheric effects including signal attenuation, refraction/dispersion, and turbulence are also applied to the model. The light collection and physical measurement process using highly sensitive geiger-mode avalanche photo-diode (GM-APD) detectors is described in detail. A simulation of the end-to-end shadow imaging process is constructed and then utilized to quantify the spatial resolution limits based on source star, environmental, observational, collection, measurement, and image reconstruction parameters.

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The growing interest in the industrialization of construction process; promotes opportunities for automation. Automation brings improvement in quality and productivity, while reducing worker’s exposure to hazardous work environments. The integration of robotics in interior finishing works, such as sanding and painting of drywalls is a relatively new concept. Progressing to a stage where fully autonomous robots are used for interior finishing works requires intermediate steps; namely surface profiling. This thesis describes a theoretical concept of shadow profilometery to profile the surface of an installed drywall. A shadow was cast over the area under consideration, and the shadow profile was captured as a 2D image by a camera. Digital image processing techniques were utilized for identifying regions that deviate from a flat surface. The methodology discussed in this research, was tested on a virtual system, and the results were found to be encouraging. / Construction Engineering and Management

Thesis (Ph. D.)--Oregon State University, 2010. / Printout. Includes bibliographical references (leaves 104-113). Also available on the World Wide Web.

The purpose of this thesis is to explore the different aspects of therapeutic architecture through the design of a therapeutic community for refugees who suffer from PTSD. To understand a therapeutic space a depth of understanding of what space, atmosphere and stimulation of senses is explored through the effects of light, shadow, and color psychology. The methodology exploration studies different lighting strategies and massing models to understand the relationship and aura of the space being designed.

The objective of this research was to derive an empirical equation that estimates the acoustical shadow zone length (SZL) of roadway noise barriers. The acoustical shadow zone is the area behind a noise barrier of reduced sound levels, generally to some stated level at or near background. The ability to predict the SZL can be used as a method to evaluate the performance, and possibly the design, of roadway noise barriers. The current federally required roadway noise model is the Federal Highway Administration (FHWA) Traffic Noise Model (TNM). TNM uses insertion loss (IL) to evaluate the effectiveness of a barrier. Insertion loss is the difference in sound level between the "no barrier" and the "with barrier" case. One major limitation with TNM is that the reported IL does not take into account how background noise levels influence the mitigated sound levels. Background noise can be defined as the noise present at a barrier location in the absence of roadway noise. The shadow zone represents a region behind the noise barrier where the barrier is effective at reducing noise levels and takes into account how background noise affects the IL and thus the SZL. The inclusion of background noise becomes significant in evaluating barrier effectiveness because as the distance from the barrier increases, background noise begins to overtake roadway noise as the dominate noise source. The derivation of the empirical equation began by collecting in-situ noise measurements at 18 noise barrier locations across Florida. The measured noise data was supplemented by noise data obtained from computer modeling. After a sufficient quantity of measured and modeled IL data was obtained, a contour of equal IL (IL = 5 dB) was plotted for each barrier location. The area defined by the contour is called the shadow zone. All the SZLs were statistically compared to several variables that were expected to influence it. Regression modeling showed that the background noise level, noise barrier height, the distance from the roadway to the noise barrier, and percent of heavy truck traffic volume were statistically significant as useful predictors of SZL. Two empirical equations were derived, one from linear regression and one from polynomial regression, and are referred to as the Shadow Zone Equations.

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No / The ‘Modified UNIDO Approach’ to economic analysis of projects is described. It was used in Tanzania when no national parameters were available for shadow pricing. The main features are: the choice of a domestic price numeraire; the use of cost breakdowns rather than composite conversion factors, and their application on a year-by-year basis rather than to present values; the treatment of the shadow exchange rate as an unknown and the presentation of results as a matrix of NPV values relating to different combinations of parameters; and calculation of the domestic resource cost of foreign exchange to rank the efficiency of projects in earning or saving foreign exchange.

Yes / Recent years have seen the increasing concern for the flourish of shadow banking in China and India. In this paper, we aim to get a better understanding of the differences in trends and investigate the factors leading to the rise of shadow banking in these two major emerging economies. We find that financial exclusion is a common factor leading to the rise of shadow banking in China and India. While financial reform has taken place in India, financial repressive policies still prevail in China. Although several regulatory measures have been adopted in India and China, the size of the shadow banking in these two countries remains underestimated. Thus, streamlining and enhancing data collection is a key priority for both India and China. We also argue that the regulation in both countries should be more activity focused rather than sector or entity based, and it should be at par with banks. As shadow banks provide last mile connectivity and enhance financial inclusion, a balanced approach is required keeping in view both benefits and costs of the shadow banking system.