Thesis (Ph. D.)--University of Wisconsin--Madison, 1970. / Typescript. Vita. eContent provider-neutral record in process. Description based on print version record. Includes bibliographical references (leaves 282-303).

Orientador: Sylvia Monica Allende Serra / O exemplar do IA esta acompanhado de 2 copias da fita de video / Dissertação (mestrado) - Universidade Estadual de Campinas, Instituto de Artes / Made available in DSpace on 2018-07-25T01:31:44Z (GMT). No. of bitstreams: 1 Campos_MarciaReginaBozonde_M.pdf: 3001828 bytes, checksum: 0fb9aa9d710782879426b1015cdd0a15 (MD5) Previous issue date: 1995 / Resumo: Este trabalho resume-se numa abordagem teórico-prática da Dança Expressionista em seus primórdios, desde o seu surgimento na Alemanha com os estudos de RUDOLF LABAN a respeito dos movimentos naturais do ser humano, até a sua repercursão na América do Norte e do Sul através da influência exercida por HANYA HOLM e CHINITA ULLMAN respectivamente. Contextualizando historicamente o Expressionismo, partimos para o resgate da influência deste movimento na arte da dança, ressaltando seus ideais e principais características, entre elas a de encontrar novos caminhos para a expressão pelo movimento. A próxima etapa foi centrar a atenção sobre Chinita Ullman e sua carreira, desde os estudos na Escola de Mary Wigman na Alemanha, até seu retorno ao Brasil. Seguimos desenvolvendo um método de estudo da sua movimentação, que possibilitasse-nos a incursionar pela instigante tarefa de efetuar uma releitura coreográfica de sua obra. Este método foi desenvolvido a partir do modelo de análise de movimento elaborado por RUDOLF LABAN e aprofundado por MARION NORTH E MÔNICA SERRA. A criação da releitura se deu através de improvisações, sendo pouco a pouco estruturada constituindo no que apresentamos como produto final registrado em vídeo acompanhando esta dissertação. Este trabalho acadêmico artístico tem como objetivo informar a respeito das origens da Dança Moderna no Brasil, ao mesmo tempo que poderá apontar novos caminhos para a criação coreográfica, no sentido em que esteve embuido, durante todo o trajeto, da preocupação em elucidar a respeito da metodologia utilizada / Abstract: Not informed. / Mestrado / Mestre em Artes

Uppsatsen avhandlar Rapid Dominance genom Shock and Awe. En teori utvecklad av författarna Ullman och Wade som publicerades i ett paper 1996. Papret vid namn Shock and Awe, Achieving Rapid Dominance var ämnat att utveckla ett nytt sätt för den amerikanska militären att planera och genomföra operationer på. Efter det kalla krigets slut skulle oundvikliga förändringar av den amerikanska militärens resurser ske. För att hantera denna förändring ville författarna utveckla ett koncept som skulle kunna fungera som en doktrin i framtiden. Konceptet skulle kräva färre resurser men ge samma eller till och med högre effekt än vad de tidigare koncepten medgav. Teorin åskådliggörs genom en undersökning om hur teorin tillämpades i planeringen av Irakkriget 2003. Irakkriget som skulle präglas av en plan med syfte att nyttja modern teknik för verkan mot utvalda irakiska militära mål i militärledningen och informationsspridning för att skapa förvirring inom de irakiska förbanden i syfte att viljan att strida skulle upphöra genom den chock och fruktan de upplevde. Studien avslutas med en diskussion om planering av operationer och generaliserbarheten i Ullman och Wades teori. Författaren kommer fram till att tankar om teorin går att finna i återgivningar av planeringen av operationen. Dock är det svårt att även under planeringsskedet svårt att planera för att uppnå Rapid Dominance genom Shock and Awe även om det finns tillgång till modern krigsmateriel och metoder. / The thesis discusses Rapid Dominance and Shock and Awe. A theory developed by the authors Ullman and Wade, published in a paper 1996. The paper called Shock and Awe Achieving Rapid Dominance was intended to develop a new way for the U.S. military to plan and execute operations. After the Cold War were inevitable changes of the U.S. military's resources taking place. United States Armed Forces would be reduced. The authors of the theory wanted to develop a concept that made the Armed Forces able to manage this change. To manage this change, the authors wanted to develop a concept that could work as a doctrine in the future. The concept would require fewer resources but provide the same or even more power than they previously admitted concepts. The theory is illustrated by a study on how the theory applied in the planning of the Iraq war in 2003. Iraq war which would be characterized by a plan intended to utilize modern technology for activity against selected Iraqi military targets in the military command and information dissemination to create confusion in the Iraqi troops to the will to fight would end by the shock and awe they experienced. The study concludes with a discussion about the planning of operations and the generalization of Ullman and Wade's theory. The author concludes that the thoughts of the theory can be found in depictions of the planning of the operation. However, it is difficult even in the planning stages is difficult to plan to achieve Rapid Dominance by Shock and Awe although there is access to modern military equipment and methods.

Flash is the unwanted or excessrubber material that presents on the outersurface of themolded rubber product. This will affect the surface finish; it is a cosmetic defect andit can be removed. It forms because of the leak or the excess molded rubber materialbetween the surface of the mold, typically on the parting line, (Jordan Anderson,2014). The presence of flash will reduce customer satisfaction. There are manymethods to remove the flash. The method is selected according to the degree of flashextension and the location where it occurs.The project aims to design a semi/full automated machine, which helps for having asmooth and fine surface finish of the weight plates. These plates are made up of rubberfor the ELEIKO group. The weight plates have different weights from 10 to 20 kg,but the diameter of each plate stays the same, but the thickness will be different foreach plate. The machine should be designed that removes all the excess rubber andshould smoothen the outer surface of the weight. The purpose of this work is to gainknowledge about different product development methods, respective tools, andtechniques that are used. The machine should be user- friendly, should not becomplicated, should not damage the workpiece (marks or trace of the blade), shouldnot put the employer in danger, and economically feasible.This report presents the progress of designing of the product, product development,methods, and literature study. The designed model can construct in the industry fortheir problem they are faced by the flash. The model is very simple and unique so thateveryone can perform the task without any previous experience. Material alternativeswere evaluated as well as manufacturing possibilities. The designed machine was theoffered for free as means for further research and development. Keywords: flashing, additive manufacturing, Ullman method, Pugh matrix, rubberweight plates, lever arm, smoothening tool.

As code complexity increases, maxlive increases. This is especially true in the case of the Kentucky If-Then-Else architecture proposed for Nanocontrollers. To achieve low circuit complexity, computations are decomposed to bit-level operations, thus generating large blocks of code with complex dependence structures. Additionally, the Nanocontroller architecture allows for only a small number of single bit registers and no extra memory. The assumption of an infinite number of registers made during code generation becomes a huge problem during register allocation because the small number of registers and no additional memory. The large basic blocks mean that maxlive almost always exceeds the number of registers and the traditional methods of register allocation such as instruction re-ordering and register spill/reload cannot be applied trivially. This thesis deals with finding a solution to reduce maxlive for successful register allocation using Genetic Algorithms.