Global ETD Search

81	“WELL, DON’T WALK AROUND NAKED... UNLESS YOU’RE A GIRL”: GENDER, SEXUALITY, AND RISK IN JAMTRONICA FESTIVAL SUBCULTURAL SCENES Motl, Kaitlyne A. 01 January 2018 (has links) The purpose of this study was to explore emerging issues surrounding gendered fear, threat, and violence perpetration at music festivals – particularly events that feature a synthesis of jam band and electronic dance music acts – a genre termed jamtronica by its fans. Though gendered violence perpetration and prevention have been widely studied within other party-oriented settings (i.e., sexual violence perpetration on college campuses), very little research exists to address how wider disparities of gender and sexuality permeate a community whose members frequently claim the scene’s immunity from external inequalities. In this three-year multi-sited ethnography, I incorporate participant observations, group and individual interviews, and textual analyses to progressively layer investigations into: 1) festival-goers’ gender-bifurcated perceptions of the problems they face within the event arena; 2) how institutional and interactional inequalities fuel gender-sexual expectations that exacerbate the risks with which festival-going women’s contend; and, 3) how jamtronica’s “libertarian and libertine” codes complicate women’s negotiations of (sub)cultural agency, expression, and safety. Findings derived across fourteen sites, interviews with 179 festival participants, and countless material texts suggest that men and women do perceive festival “problems” in very different ways – subsequently leading women to calculatedly navigate festival terrains, interactions, and self-presentations in ways that festival-going men seldom must. Protected by scene norms that paradoxically elevate personal autonomy and group integration, festival-going men’s homosocial displays of masculinity (through pranks, drinking and drug use, and even sexual predation) often goes unchallenged – or, is seemingly even encouraged. In an environment that both scholars and study participants claim to eclipse mainstream inequalities of gender and sexuality, a closer look reveals the multiplex ways that festival-going women risk their physical, social, and sexual well-beings in order to pursue the emancipatory promises that jamtronica music festival community discourses purport. For this understudied, yet rapidly growing, subcultural scene, this study offers conceptual and analytical foundations to event-specific violence prevention programming, as well as gender and sexuality-centric initiatives paramount to ever-diversifying jamtronica music festival communities. Music Festivals Jam Bands Electronic Dance Music (EDM) Gender Sexuality Risk American Popular Culture Domestic and Intimate Partner Violence Feminist, Gender, and Sexuality Studies Gender and Sexuality Leisure Studies Public Health Social and Cultural Anthropology Social Psychology and Interaction Sociology of Culture
82	Optimisation d’un procédé d’usinage par microélectroérosion / Optimization of micro electrical discharge machining Dahmani, Rabah 06 May 2015 (has links) L’objet de cette thèse est d’étudier un procédé de fraisage par microélectroérosion (μEE), qui est un procédé sans contact permettant d’usiner tous les matériaux durs conducteurs d’électricité à l’aide d’un micro-outil cylindrique ultrafin. Le principe consiste à créer des micro-décharges électriques entre le micro-outil et une pièce conductrice immergés dans un diélectrique liquide. En faisant parcourir à l’outil un parcours 3D, il est possible de creuser une forme complexe dans la pièce avec des détails à fort rapport d’aspect. Dans ce travail, nous avons tout d’abord amélioré un procédé d’élaboration de microoutils cylindriques ultrafins par gravure électrochimique de barreaux de tungstène. Des outils de diamètre 32,6 ± 0,3 μm sur une longueur de 3 mm ont été obtenus de manière automatique et reproductible. L’écart type a été divisé par 2 par rapport à l’état de l’art antérieur. Des outils de diamètre inférieur ont été obtenus avec une intervention de l’opérateur, et ce jusqu’à 3 μm de diamètre. Puis ces micro-outils ont été mis en oeuvre pour usiner des pièces avec le procédé de fraisage par microélectroérosion. Pour ce faire, une machine de 2ème génération a été entièrement développée sur la base de travaux antérieurs. Il a été possible d’usiner de l’acier inoxydable dans de l’eau déionisée avec des micro-outils de 3 μm de diamètre sans détérioration de l’outil. Par ailleurs, Le procédé de μEE a été caractérisé en termes de résolution d’usinage, taux d’enlèvement de matière et usure de l’outil. Un générateur de décharges original a permis d’usiner avec des micro-décharges de 1 à 10 nJ / étincelle avec une diminution très sensible de l’usure de l’outil par rapport à l’état de l’art. Un procédé original de caractérisation en ligne des décharges et de cartographie dans l’espace a aussi été développé / This work aims at studying Micro Electrical Discharge Milling (μEDM milling), which is a non-contact process allowing machining all hard and electrically conductive materials with a cylindrical ultrathin tool. The principle is based on the creation of electrical micro discharges between the tool and an electrically conductive part immersed in a liquid dielectric. By means of a 3D path, the tool machines a complex shape in the part with high aspect ratio details. In this work, we have firstly improved a process for making cylindrical ultrathin micro-tools by electrochemical etching of tungsten rods. Tools with a diameter of 32.6 ± 0.3 μm and a length of 3 mm have been obtained with an automated and reproducible process. Standard deviation has been divided by 2 by comparison with the previous state of the art. Tools with diameter as low as 3 μm have been fabricated with the help of the machine operator Then these micro-tools have been used for machining parts with the μEDM milling process. To do so, a second generation machine has been entirely developed on the basis of previous work. It has been possible to machine stainless steel in deionized water with 3 μm micro-tools without damaging the tools. In other respects, the μEDM milling process has been characterized in terms of machining resolution, material removal rate and tool wear. An innovative generator of discharges allow machining with 1 to 10 nJ / spark with a reduced tool wear by comparison to the state of the art. An innovative process for the on line characterization of discharges with spatial distribution capability has been developed Micro usinage Électroérosion Microélectroérosion Fraisage par microélectroérosion Gravure électrochimique Micro-outil Microélectrode Décharge électrique Micromachining Tungsten Electro discharge machining Electrochemical etching Micro-tool Micro-electrode Stainless steel 620.5
83	Alocação de geração distribuída em sistemas de distribuição de energia elétrica via metaheurística empírica discreta Coelho, Francisco Carlos Rodrigues 22 February 2018 (has links) Submitted by Geandra Rodrigues (geandrar@gmail.com) on 2018-03-27T14:05:45Z No. of bitstreams: 1 franciscocarlosrodriguescoelho.pdf: 4772391 bytes, checksum: e11633134429c05832808dad96be9940 (MD5) / Approved for entry into archive by Adriana Oliveira (adriana.oliveira@ufjf.edu.br) on 2018-03-27T14:28:31Z (GMT) No. of bitstreams: 1 franciscocarlosrodriguescoelho.pdf: 4772391 bytes, checksum: e11633134429c05832808dad96be9940 (MD5) / Made available in DSpace on 2018-03-27T14:28:31Z (GMT). No. of bitstreams: 1 franciscocarlosrodriguescoelho.pdf: 4772391 bytes, checksum: e11633134429c05832808dad96be9940 (MD5) Previous issue date: 2018-02-22 / A alocação de Geração Distribuída (GD) em sistemas de distribuição de energia elétrica consiste em determinar os barramentos para conexão destas unidades geradoras, e o montante de potência a ser injetado, visando um ou mais objetivos, que podem ser: redução das perdas de potência ativa, melhorias no perfil de tensão, minimização dos custos operacionais, maximização da geração de energia, ganhos ambientais, dentre outros. O principal objetivo considerado neste trabalho é a minimização das perdas de potência ativa, mantendo as tensões dos barramentos dentro de limites recomendados. Para alcançar este objetivo, uma metodologia de otimização é proposta, tratando separadamente os problemas de localização das unidades geradoras no sistema, e o dimensionamento destas unidades. A determinação das barras com conexão de GD é realizada através de uma nova técnica de otimização metaheurística, implementada no MATLAB, denominada Metaheurística Empírica Discreta (MED). Já o dimensionamento das unidades de GD é realizado de duas formas distintas, a depender do tipo de sistema de distribuição analisado. No caso dos sistemas cujos dados são equivalentes monofásicos, o montante de potencia é determinado por um Fluxo de Potência Ótimo implementado no software comercial LINGO. A segunda estratégia de determinação da potência despachada é empregada no caso dos testes realizados com sistemas trifásicos desbalanceados, cujo dimensionamento é feito pelo método do gradiente descendente e o cálculo do fluxo de potência é realizado pelo software OpenDSS. Os três sistemas equivalentes monofásicos utilizados são compostos por 33, 69 e 476 barras, enquanto os dois trifásicos desequilibrados possuem 34 e 123 barras. A qualidade da metodologia proposta na resolução do problema de alocação de geração distribuída é avaliada através de comparações com a literatura especializada, comparações com outras metaheurísticas e testes de robustez. Os resultados provenientes de simulações com alocação de três e quatro unidades de GD em sistemas de distribuição de energia elétrica mostram que a metodologia proposta é eficiente, sendo capaz de produzir resultados com significativas reduções nas perdas de potência ativa e perfis de tensão adequados. / The optimal Distributed Generation (DG) allocation problem consists in choosing the best locations of those distributed power plants at the distribution system, and to define its amount of power injection. The approach can be either single or multiobjective. The main objectives are: minimization of total power loss, voltage profile improvement, operational cost minimization, maximization of distributed generation capacity, environmental gains, among others. In this work, the main goal pursued is the total power loss minimization of the distribution system, keeping the buses voltages within the predetermined limits. To achieve this goal, an optimization methodology is proposed. This approach treats separately the location problem and the power dispatched by the generation units. The busbars connected to distributed generation are determined through a new metaheuristic algorithm, implemented in MATLAB, named Empirical Discrete Metaheuristic (EDM). The amount of power injection is solved by an Optimum Power Flow implemented in the commercial software LINGO, or by the Steepest Descent Method in the MATLAB environment. The first strategy to determine the DG dispatch is used on simulations with single phase equivalents systems. The second one is employed in the amount of power determination in unbalanced three phase systems, which the power flow is carried out by the open source software OpenDSS. The three single phase equivalent test systems analyzed are composed by 33, 69 and 476 buses, while the two systems with three phases have 34 and 123 buses, each. To evaluate the proposed methodology quality, comparisons to published works in the specialized literature are made. Also, robustness tests and comparisons to other well succeed metaheuristics are carried out. The results were obtained from simulations with three and four DG units in electric power distribution systems. These results consistently show that the proposed methodology is efficient, providing DGs configurations that significantly reduces the active power losses and keep the voltages at adequate levels. CNPQ::ENGENHARIAS::ENGENHARIA ELETRICA Metaheurística empírica discreta Alocação de geração distribuída Metaheurística Gradiente descendente Empirical discrete metaheuristic (EDM) Distributed generation allocation Minimization of power loss Metaheuristics Steepest descent method
84	Développement d’un procédé d’usinage par micro-électroérosion / Development of a machining processby EDM Girardin, Guillaume 20 December 2012 (has links) L’électroérosion (EE) est une technique d’usinage sans contact de matériaux conducteursd’électricité ; elle particulièrement bien adaptée à l’usinage de matériaux durs. Le principe consiste àcréer des décharges électriques érodantes entre un outil et une pièce à usiner, toutes deuximmergées dans un diélectrique. Dans cette thèse, nous avons étudié la miniaturisation de ceprocédé, la microélectroérosion (μEE), qui se présente comme un procédé complémentaire destechniques de micro-usinage mécanique, laser, ou encore des techniques issues de lamicrotechnologie du silicium (RIE, DRIE, LIGA). Toutefois, la résolution de la μEE est limitée.Dans ce travail, nous avons tout d’abord développé un procédé original d’élaboration de microoutilscylindriques en tungstène par gravure électrochimique. Celui-ci permet d’obtenir de manièrereproductible des micro-outils de diamètre 15 μm et de rapport hauteur sur diamètre supérieur à 50.Des micro-outils plus fins ont aussi été obtenus (jusqu’à 700 nm) mais avec des problèmes dereproductibilité. Par ailleurs, un prototype de machine de fraisage par μEE a été développé avec uneélectronique entièrement caractérisée. Des micro-canaux de 40 μm de largeur ont été obtenus dansl’acier d’inoxydable et 25 μm dans le titane ; une rugosité Ra de 86 nm a été atteinte dans des cavitésde 600 x 600 x 30 μm. Les limitations du dispositif expérimental ont aussi été mises en évidence.Dans la dernière partie de ce travail, nous avons procédé à l’étude des microdécharges et du microplasmas’établissant entre micro-outil et pièce à l’aide de caractérisations électriques. La résistanceet l’inductance des décharges ont été déterminées expérimentalement puis intégrées dans unmodèle permettant de prévoir la durée des impulsions de courant et leur intensité. Des pistes pourl’amélioration de la résolution d’usinage sont proposées en conclusion de ce travail. / Electro Discharge Machining (EDM) is a non-contact technique allowing machining of electricallyconductive materials; it is well adapted for the machining of hard materials. The principle is based onthe creation of eroding electrical discharges between a tool and a piece, both immersed in adielectric. In this thesis, we have the studied miniaturization of the process, called micro electrodischarge machining (μ-EDM), which is considered as a complementary technique of mechanical orlaser micro-machining techniques and silicon micro technology processes (RIE, DRIE, LIGA)..However, the resolution of μEDM is limited.In this work, we have firstly developed an original method for making tungsten micro-tools withcylindrical profile by electrochemical etching. This method allows the reproducible fabrication ofmicro-tool with 15-μm diameter. Thinner micro-tools were also obtained (down to 700 nm) withreproducibility problems. Furthermore, a prototype machine for milling μ-EDM was developed with afully characterized electronics. Micro channels were obtained respectively in stainless steel with awidth of 40μm and in titanium with a width of 25μm; a surface roughness Ra of 86 nm was achievedin 600 x 600 x 30 μm cavities. Besides, the limitations of the apparatus were highlighted. In the lastpart of this work, we have studied the micro-discharge and the micro-plasma between the micro-tooland the part with electrical characterization. The resistivity and the inductance of the sparks weremeasured and integrated in a numerical model in order to explain the duration of the microdischarges and their intensity. Solutions for improving the machining resolution are also discussed atthe end of this work. Micro usinage Électroérosion Micro-électroérosion Fraisage par micro-électroérosion Gravure électrochimique Micro-outil Micro-électrode Décharge électrique Micro-plasma Micromachining Electro discharge machining Micro electro discharge Machining milling μ-EDM Electrochemical etching Micro-tool Micro-electrode Spark Micro-plasma 620.5
85	Aplikace technologie elektroerozivního drátového řezání / Aplication of Technology Wire Electrical Discharge Machining Slouka, Radim January 2011 (has links) This master´s thesis focuses on the basic principles of the nonconventional technology of electrical discharge machining (EDM) with an emphasis on wire-cut electrical discharge machining performed in a mediumsized company. The thesis deals with manufacture of a belt pulley 75-8M-130, and checks of accuracy of wire-cut EDM machines. Following the study of the current status of electrical discharge machining in the engineering company, measures for assurance and increase of accuracy of wire-cut EDM machines are proposed.
86	Technologie drátové elektroeroze / Technology of wire electrodischarge Tichý, Štěpán January 2015 (has links) This master’s thesis deals with technology of wire electrical discharge machining in theoretical and practical level. Theoretical part of the thesis explains in detail the principle of electrical discharge machining, describes functional parts and settings of a current wire EDM machines and also the possibility of using method for production of specific parts. Practical part of the thesis solves manufacturing of gearing on pinion manufactured by wire cutter EXCETEK V650 and statistically evaluates precision parameters on surfaces of the carriers taken by specific technological conditions with the same machine.
87	An investigation of the relationship between online activity on Studi.se and academic grades of newly arrived immigrant students : An application of educational data mining Menon, Akash, Islam, Nahida January 2017 (has links) This study attempts to analyze the impact of an online educational resource on academic performances among newly arrived immigrant students in Sweden between the grade six to nine in the Swedish school system. The study focuses on the web based educational resource called Studi.se made by Komplementskolan AB.The aim of the study was to investigate the relationship between academic performance and using Studi.se. Another purpose was to see what other factors that can impact academic performances.The study made use of the data mining process, Cross Industry Standard for Data Mining (CRISP-DM), to understand and prepare the data and then create a regression model that is evaluated. The regression model tries predict the dependent variable of grade based on the independent variables of Studi.se activity, gender and years in Swedish schools. The used data set includes the grades in mathematics, physics, chemistry, biology and religion of newly arrived students in Sweden from six municipalities that have access to Studi.se. The data used also includes metrics of the student’s activity on Studi.se.The results show negative correlation between grade and gender of the student across all subjects. In this report, the negative correlation means that female students perform better than male students. Furthermore, there was a positive correlation between number of years a student has been in the same school and their academic grade. The study could not conclude a statistically significant relationship between the activity on Studi.se and the students’ academic grade.Additional explanatory independent variables are needed to make a predictive model as well as investigating alternative regression models other than multiple linear regression. In the sample, a majority of the students have little or no activity on Studi.se despite having free access to the resource through the municipality. / Denna studie analyserar inverkan som digitala läromedel har på skolbetyg bland nyanlända elever i Sverige mellan årskurs sex och nio i det svenska skolsystemet. Studien fokuserar på den webbaserade pedagogisk resursen Studi.se, gjord av Komplementskolan AB.Målet med studien var att undersöka relationen mellan skolresultat och användandet av Studi.se. Ett annat syfte var att undersöka vad för andra faktorer som kan påverka skolresultat.Studien använder sig av datautvinningsprocessen, Cross Industry Standard for Datamining (CRISP-DM), för att förstå, förbereda och analysera datan i form av en regressionsmodell som sedan evalueras. Datasamlingen som används innehåller bland annat skolbetyg i ämnena matematik, fysik, kemi, biologi och religion från sex kommuner som har tillgång till Studi.se. Aktivitet hos eleverna från dessa kommuner på Studi.se hemsidan användes också för studien.Resultaten visar en negativ korrelation mellan betyg och kön hos eleverna i alla ämnena. Den negativa korrelationen betyder i denna rapport att tjejer får bättre betyg i genomsnitt än killar hos urvalet av nyanlända från de sex kommunerna. Dessutom fanns det en positiv korrelation mellan antal år en elev varit i skolan alternativt i svenska skolsystemet och deras betyg. Studien kunde inte säkerställa ett statistisk signifikant resultat mellan aktivitet på Studi.se och elevernas skolresultat.Ett flertal förklarande oberoende variabler behövs för att kunna skapa en prognastisk modell för skolresultat samt bör en undersökning på alternativa regressions modeller förutom linjär multipel regression göras. I studiens urval av nyanlända elever från kommunerna, har majoriteten inte använt eller knappt använt Studi.se även om dessa kommuner haft tillgång till denna resurs. Educational data mining (EDM) data mining (DM) Statistical analysis Multiple linear regression null-hypothesis and level of significance. Utbildningsdatautvinning Datautvinning CRISP-DM Statistisk analys Multipel linjär regression nollhypotes och signifikansnivå Computer and Information Sciences Data- och informationsvetenskap
88	Windowlicker Röthig, Sabine 11 May 2016 (has links) In der Arbeit wird das Zusammentreffen der aus dem Club kommenden Electronic Dance Music (EDM) mit dem massenmedial konsolidierten Musikvideo untersucht. Diskutiert wird die These eines ästhetischen Paradigmenwechsels, der sich dadurch im Musikvideo vollzieht. Dieser beruht vor allem auf der musikalischen Figur des instrumentalen, modularen Tracks, die sich signifikant von der des Songs unterscheidet. Der originäre Zweck des Musikvideos, den Auftritt des Interpreten auf dem Monitor zu visualisieren, steht also mit dem Track zur Disposition oder wird gar obsolet; das erfordert neue Strategien der Bebilderung. Teil I und II der Arbeit verorten Musikvideo und EDM im wissenschaftlichen Diskurs und versammeln die jeweiligen ästhetischen Attribute. In Teil III wird anhand der Club Visuals die Beziehung von Tracks und Bildern erörtert, um darüber die veränderte Klang-Bild-Konstellation im Musikvideo durch EDM herzuleiten. In Teil IV werden die Erkenntnisse anhand der Fallstudie, dem Musikvideo „Windowlicker“ von Aphex Twin (Musik) und Chris Cunningham (Regie) aus dem Jahr 1999 ausgewertet und angewendet. Die Arbeit möchte die Dimension der ästhetischen Studien um das Musikvideo erweitern und verdeutlichen, wie sich das Musikvideo auch unter veränderten klanglichen Bedingungen als unentbehrlicher Bestandteil der Aufführung von Popmusik in der Monitorkultur erweist und als künstlerisches Genre unbedingt ernst zu nehmen ist, da sich in ihm zeitgenössische Avantgarden abbilden können. / This thesis explores the relationship between Electronic Dance Music (EDM) which originated in clubs, and the mass media consolidated music video. Focussing on how EDM influences the music video, an aesthetic paradigm shift on the latter is discussed. This change stemmed mainly from the structure of the instrumental, modular EDM track, which is significantly different from the structure of the song. Originally, the music video was intended as way of visualising the performance of the artist on the monitor; however, the advent of instrumental EDM tracks posed critical problems for this approach, and arguably renders it obsolete. New strategies of illustrations are required. Parts I and II of this thesis analyse music video and EDM through scientific discourses in an attempt to define their respective aesthetic attributes. In part III the relationship between tracks and images in club visuals is discussed in order to illustrate the singularity of this dialogue. In part IV, conclusions from the foregoing sections are evaluated and applied to a study of “Windowlicker” by British artist Aphex Twin, the video to which was directed by Chris Cunningham in 1999. The purpose of this thesis is to extend the aesthetic studies of the music video to clarify its status as an essential part of popular music in monitor culture. As an artistic genre it has to be taken seriously because it can display contemporary avant-gardes. Popkultur Disco Techno EDM Acid Aphex Twin Chris Cunningham Club Club Visuals DJ Electronic Dance Music elektronische Musik Loop Mix MTV Musikproduktion Musikvideo Popmusik Pop-Persona Popsong Popstar Remix Richard D. James Sampling Song Tanzmusik Track Videoästhetik VJ Warp Records Windowlicker track disco techno EDM acid Aphex Twin Chris Cunningham club club visuals DJ electronic dance music electronic music loop mix MTV music production music video popular culture pop music pop persona pop song pop star remix Richard D. James sampling song dance music video aesthetics VJ Warp Records Windowlicker 780 Musik 48 Musik LR 11370 ddc:780
89	UCN Detector development for the TRIUMF Neutron EDM experiment Fleurette, Doresty Fonseca 07 April 2016 (has links) A new measurement of the neutron electric dipole moment (nEDM) is being developed at TRIUMF, where a high density source of ultra cold neutrons (UCN) is currently under construction. A fast, high-efficiency UCN detector is needed for the experiment, and a 6-Li doped glass scintillation detector is being explored for this purpose. In this work, simulations and test measurements were carried out to optimize the light guide design for the new UCN detector. Acrylic and air-core light guides, the latter with two different reflecting surfaces, were considered. Three prototype light guides were constructed and tested, and results were compared with simulations. The best solution was found to be an acrylic guide, wrapped with mylar foil. For a guide 12 cm in length as required by the experimental layout, a lower limit of approximately 25 photoelectrons per neutron capture was established for the proposed geometry and photomultiplier configuration. / May 2016
90	Gerência de Interfaces para Sistemas de Informação: uma abordagem baseada em modelos / Interfaces Management to Information Systems: an models based approach SILVA, Wilane Carlos da 16 April 2010 (has links) Made available in DSpace on 2014-07-29T14:57:53Z (GMT). No. of bitstreams: 1 wilane_mestrado.pdf: 4461079 bytes, checksum: da62fa9aebf506f095f41942a579aecc (MD5) Previous issue date: 2010-04-16 / Building and maintaining a Graphical User Interface (GUI) for Enterprise Information Systems usually requires much Software Engineering staff time and effort. This paper describes a model-driven approach to create dynamically and manage these GUIs. In this approach, the Software Engineer designs conceptual models of the information system using object-oriented meta-models. A set of predefined mapping rules is applied to automatically transform and refine the conceptual models in order to generate, in runtime, the look and feel of the GUI, without source code creation. This improves the software usability, assuring consistency and homogeneity of the GUI, increases the productivity of the software engineering staff and simplifies maintenance. In our experiments we have observed an average productivity fifteen times higher than traditional methods of GUI development. / Construir e manter uma Interface Gráfica com Usuário (GUI) para Sistemas de Informação (SI) demanda muito tempo e esforço da equipe de Engenharia de Software. Esta dissertação descreve uma abordagem dirigida por modelos para criar dinamicamente e gerenciar essas interfaces. Nessa abordagem, o Engenheiro de Software projeta um modelo conceitual do sistema de informação usando um meta-modelo orientado a objetos. Um conjunto de regras de mapeamento predefinidas é aplicado para refinar e transformar o modelo conceitual do SI, gerando, em tempo de execução, a sua interface gráfica, com aparência e comportamentos específicos. Esse mecanismo melhora a usabilidade do software, assegurando consistência e homogeneidade das GUIs, aumenta a produtividade da equipe de Engenharia de Software e simplifica a manutenção do SI. Nos experimentos realizados foi observada uma média de produtividade quinze vezes maior do que os métodos tradicionais no desenvolvimento de GUIs. Interface Gráfica com Usuário GUI Desenvolvimento Dirigido a Model (DDM) Desenvolvimento Baseado em Modelo (DBM) Engenharia Dirigida a Modelo (EDM) Graphic User Interface GUI Model Driven Development (MDD) Model Based Development (MBD) Model Driven Engineering (MDE)

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