The Precautionary Principle (PP) as formulated in the context of climate change requires countries to take measures to anticipate, prevent or minimize the causes of climate change and mitigate its adverse impacts despite a lack of full scientific certainty as to such causes. The Differentiated Responsibility Principle (the DR Principle) recognizes a common responsibility of all countries to prevent climate change and calls on developed states to assume a leadership role in the global effort to prevent climate change. The DR Principle requires some developed countries to place a restriction on their GHG emissions. Unfortunately this means that at least in the short term, developing countries are not subject to greenhouse gas (GHG) emission targets, thereby exacerbating the climate change problem. <p>Implementing the DR Principle in this manner conflicts with the PP. To avoid this conflict, the DR Principle should be formulated in a manner which demands some restriction on GHG emission, by developing countries. Efforts to prevent human induced climate change should be made by all countries regardless of their individual culpability for climate change if the PP is to have effect.

The Precautionary Principle (PP) as formulated in the context of climate change requires countries to take measures to anticipate, prevent or minimize the causes of climate change and mitigate its adverse impacts despite a lack of full scientific certainty as to such causes. The Differentiated Responsibility Principle (the DR Principle) recognizes a common responsibility of all countries to prevent climate change and calls on developed states to assume a leadership role in the global effort to prevent climate change. The DR Principle requires some developed countries to place a restriction on their GHG emissions. Unfortunately this means that at least in the short term, developing countries are not subject to greenhouse gas (GHG) emission targets, thereby exacerbating the climate change problem. <p>Implementing the DR Principle in this manner conflicts with the PP. To avoid this conflict, the DR Principle should be formulated in a manner which demands some restriction on GHG emission, by developing countries. Efforts to prevent human induced climate change should be made by all countries regardless of their individual culpability for climate change if the PP is to have effect.

Made available in DSpace on 2016-04-27T17:27:13Z (GMT). No. of bitstreams: 1 Isaque Trevisam Braga.pdf: 551367 bytes, checksum: 40ce42fdff46c96a722e727db82985d2 (MD5) Previous issue date: 2015-12-11 / At the present juncture of reality, where the unbridled path of the evolution and technological progress is echoed in the eagerness of human expectations regarding the search for unlimited access to the resources of nature and for a utopia of a scientific knowledge that arranges for the continual maintenance of its purposes, directing humanity to the danger of its own extinction, this research aims to promote, within its limitations, the diffusion of critical reflection on the technical and scientific development, the proper regulation of the means of production and the attempt for a practice of sustainable consumption, buoyed by the foundations of a deep ecology. Appropriating, respectively, of the inquiries and postures defended by Hans Jonas, Michel Serres and Fritjof Capra, methodologically it is proposed to approach the authors to systematize common keywords which turns to the divulgation of conceptual positions to be problematized and possible postures to be adopted under the observed circumstances. Therefore, it is concluded that, from an ecological perception of reality, it s imperative that mankind be elected as responsible for their own future and instructs itself by a acquaintanceship symbiosis with the environment, in connection with all strands of the web of life / No momento em que o percurso desenfreado da evolução e do progresso tecnológico encontra eco nas expectativas humanas em relação à busca pelo acesso ilimitado aos recursos da natureza e pela utopia de um saber científico que agencie a manutenção contínua de seus propósitos, direcionando a humanidade ao perigo de sua própria extinção, a presente pesquisa objetiva promover, dentro de suas limitações, a difusão de uma reflexão crítica em torno do desenvolvimento técnico-científico, da devida regulação dos seus meios de produção e da tentativa de uma prática de consumo sustentável, balizada pelos fundamentos de uma ecologia profunda. Apropriando-se das indagações e posturas defendidas por Hans Jonas, Michel Serres e Fritjof Capra, metodologicamente propõe-se a aproximação dos autores a fim de sistematizar conceitos em comum voltados para a divulgação de posições conceituais a serem problematizadas e possíveis posturas a serem adotadas ante as circunstâncias observadas. Considera-se que, a partir de uma percepção ecológica da realidade, faz-se imperativo que a humanidade se eleja como responsável pelo seu próprio futuro e se instrua num convívio simbiótico com o meio ambiente, em conexão com todos os fios da teia da vida

Det mobila operativsystemet Android är idag ett ganska dominerande operativsystem på den mobila marknaden dels på grund av sin öppenhet men också på grund av att tillgängligheten är stor i och med både billiga och dyra telefoner finns att tillgå. Men idag har Android inget fördefinierat designmönster vilket leder till att varje utvecklare får bestämma själv vad som ska användas, vilket ibland kan leda till onödigt komplex kod i applikationerna som sen blir svårtestad och svårhanterlig. Detta arbete ämnar jämföra två designmönster, Passive Model View Controller (PMVC) och Model View View-Model (MVVM), för att se vilket designmönster som blir minst komplext med hjälp av att räkna fram mätvärden med hjälp av Cyclomatic Complexity Number (CCN). Studien är gjord utifrån arbetssättet Design &amp; Creation och ämnar bidra med: kunskap om vilket mönster man bör välja, samt om CCN kan peka ut vilka delar i en applikation som kommer att ta mer eller mindre lång tid att testa. Under studiens gång tog vi även fram skillnader på om man anväder sig av den så kallade Single Responsibilyt Principle (SRP) eller inte. Detta för att se om separerade vyer gör någon skillnad i applikationernas komplexitet. I slutändan så visar studien på att komplexiteten i små applikationer är väldigt likvärdig, men att man även på små applikationer kan se skillnad på hur komplex koden är men också att kodkomplexitet på metodnivå kan ge riktlinjer för testfall. / Today the mobile operating system Android has a firm grip on the mobile market due to its open source code and the availability due to the variety of phones available, from very cheap models to the high-end exclusive ones. However, Android currently has no defined design pattern which causes a bit of a problem during the initial stages of development because the developer has to make that decision before the initial development starts. This sometimes causes excessive complexity in the finished application, which then becomes difficult to test and manage. In this report we compare the two design patterns Passive Model View Controller (PMVC) and Model View View-Model (MVVM) to decide which one is the least complex. For this we used so called metrics to show the complexity of the finished applications. The metrics were calculated using the existing library of functions called Cyclomatic Complexity Numbers (CCN). The study is based on the workflow Design &amp; creation and aim to contribute with: knowledge that will make it easier to choose design pattern when developing an Android application, and if you can with CCN point out which areas in an application will take more or less time to conduct tests on. During the study we also analyzed how big of an impact the Single Responsibility Principle (SRP) had on the complexity. This was part of the study so that we could see the difference of separated views versus non-separated views. The study shows us that the complexity in small applications is very similar, no matter which design pattern you're using. However, it also shows that there are certain parts of the applications that are diverse in their complexity and that code complexity on method-level can give directions to test cases.