Thesis (Ph. D.)--West Virginia University, 2005. / Title from document title page. Document formatted into pages; contains vi, 321 p. Includes abstract. Includes bibliographical references (p. 317-321).

Thesis (doctoral)--Université de Paris, 1933. / "Thèse pour le doctorat en droit présentée et soutenue le 10 juin 1933 à 14 heures." At head of title: Université de Paris. Faculté de droit. Includes bibliographical references (p. [240]-246).

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The purpose of this thesis is to examine the geo-strategic and political factors which constitute the prevailing security environment in North East Asia, with particular emphases on the pivotal position of Korean peninsula and the crucial influence of superpower naval balances and strategic developments. A major element of this examination is the assessment of the health of the contemporary security arrangement in North East Asia, within and between the various 'camp'', and how best to remedy any shortcoming.This thesis suggests that the balance of power between the US and the Soviet Union is changing in favour of the latter and that military stability between East and West is being undermined. If not arrested, these trends will increase and exacerbate political-military divisions in the Far East. This situation could well result in any one of the states which have an interest in the region enhancing its arsenal to use such military hardware for the protection of its vulnerable interests.The thesis puts forward a number of propositions concerning the likely future evolution of the strategic environment and military situation, especially the political and naval dimensions, in the Far East. In its analysis the thesis considers a wide range of trends and developments, but does not lose sight of the central military-security issues, especially - in a region where the sea is such a vital strategic and economic issue - naval matters. It is the intention of the thesis to provide a unique examination of international security in North East Asia - unique in its contemporary nature, unique in its regional scope, and unique in relating internal and external political and economic issues of the interested regional states to central strategic issues, in particular superpower maritime strength. This thesis assesses the implications of these developments for South Korean security relations in particular, and suggests several issues for future consideration.

There are many calamitous events such as earthquakes, hurricanes, tsunamis etc. that occur suddenly and cause great loss of life, damage, or hardship. Hurricanes cause significant damage to power distribution systems, resulting in prolonged customer outages and excessive delays in the reconstruction efforts. Accordingly, predicting the effects of power outages on the performance of power distribution systems is of major importance to government agencies, utilities, and customers. Unfortunately, the current tools to predict the performance of power distribution systems during catastrophic events are limited in both the performance measures considered, as well as in their ability to model real systems. The main goal of this research is to develop a methodology for simulating hurricanes of different intensity on power distribution systems of small and medium size cities. Our study includes a detailed comparison between the engineering-based and connectivity-based models of power distribution systems, as well as the impact of power re-routing algorithms on the system reliability. Our approach is based on fragility curves that capture the ability of the system to withstand a range of wind speeds. In addition, we develop a multiscale approach that facilitates efficient computation of fragility curves for large cities. With this approach, hurricanes are simulated over small zones of a city and fragility curves are obtained. These are used to estimate the damage for identical zones throughout the city. To validate our techniques, two testbeds, Micropolis and Mesopolis, were used. Micropolis is synthetic model for a small city and Mesopolis for a big city. Obtained results have validated our approach and have shown that they can be used to effectively predict hurricane damage.