Implantação de softwares como serviço em uma nuvem privada para a fábrica de software da FGA

Monografia (graduação)—Universidade de Brasília, Faculdade UnB Gama, Curso de Engenharia de Software, 2014.O objetivo deste trabalho é trazer ao leitor primeiramente o estado da arte sobre computação em nuvem, posteriormente, uma breve indicação de ferramentas para computação em nuvem, passando por todos os níveis de arquitetura, e posteriormente a proposição de um modelo de implantação de computação em nuvem para a fábrica de software da faculdade do Gama e por último, a implantação de parte deste modelo. A implantação destes serviços é dentro de uma nuvem privada, alocada dentro dos servidores do CEBRASPE. Os principal serviços disponíveis são: O expresso que é um sistema que é mantido principalmente pelo SERPRO, e o Owncloud um software que implanta o compartilhamento de aquivos na nuvem. Estes serviços servem principalmente para aumentar a produtividade dos membros da fábrica, e aumentar a sua colaboratividade nos projetos desenvolvidos. ______________________________________________________________________________ ABSTRACTThe objective of this final course design is bring the reader first state of the art on cloud computing later a brief explanation of tools for cloud computing, through all levels of architecture, and later the proposition of a deployment model of computing cloud to the software factory and finally the deployment of this model. The deployment of such services is within a private cloud, allocated within the CEBRASPE servers. The main services are available: Express which is a system that is primarily maintained by SERPRO, and owncloud, software that implements the sharing of any files in the cloud. These services increase the productivity of the factory members and increase their collaboration in projects developed internally

Business intelligence models (iportaldoc-statistics module)

Several Business Intelligence tools are available in the market, some are paid others have free trial version and others are free for commercial use. Selecting the best tool for a particular set of data through its specifications is not a simple process unless it is installed and used for a reasonable period of time. The objective of this thesis is to analyze and compare Business Intelligence tools available in the market in order to identify the one that best meets the needs of iPortalDoc (document management tool). It is also intended to improve the iPortalDoc Statistics module according to the capabilities of the selected Business Intelligence tool. The objectives were achieved by comparing the characteristics of various Business Intelligence applications available in the market and selecting the two most promising applications (one free and the other with free trial version) and which are open source. The responses of the selected application functionalities to iPortalDoc were evaluated, with a superiority of the SpagoBI tool compared to the installed one (Pentaho). On this basis, the SpagoBI tool is recommended for its advanced and easy-to-use features.Várias ferramentas de Business Intelligence estão disponíveis no mercado, algumas são comerciais, outras têm versão de teste gratuita e outras são gratuitas para uso comercial. A seleção da melhor ferramenta, para determinado conjunto de dados, através das suas especificações não é um processo simples, a menos que esta seja instalada e usada por um período de tempo razoável. O objetivo desta dissertação é analisar e comparar ferramentas de Business Intelligence disponíveis no mercado de maneira a identificar a que melhor responde às necessidades do iPortalDoc (ferramenta de gestão documental). Pretende-se ainda melhorar o módulo de Estatísticas do iPortalDoc de acordo com as potencialidades da ferramenta de Business Intelligence selecionada. Os objectivos traçados foram obtidos através da comparação das características de várias aplicações de Business Intelligence disponíveis no mercado e da selecção das duas aplicações mais promissoras (uma gratuita e a outra com versão teste gratuita) e que sejam open source. As respostas das funcionalidades das aplicações selecionadas ao iPortalDoc foram avaliadas, tendo-se verificado uma superioridade da ferramenta SpagoBI relativamente à outra ferramenta instalada (Pentaho). Nesta base, recomenda-se a ferramenta SpagoBI pelas suas características avançadas e fáceis de usar

Human Robot Collaboration in Assembly Processes

Human robot collaboration (HRC) in assembly processes, is a concept which aims to integrate the human workforce with the robots in a shared workspace. This is carried out to complement the human workforce to achieve key manufacturing metrics e.g. efficiency, ergonomics, etc. Assembly of the switch module (DIN rail components’ assembly) was taken to be the product under investigation. Design of human robot collaborative assembly process was explored while considering the following objectives and knowledge areas: Design for Assembly (DFA) methodology, rules for task assignment between the human worker and the robot, Identification and mitigation of process hazards, and trainable collaborative setups. A total of five DFA axioms were found to be relevant for the design of human robot collaborative assembly process. Task Assignments between the human and the robot was explored while considering the following objectives: Optimal assembly cycle times and workspace ergonomics. Three out of four phases of assembly process offered room for collaborative endeavors. The task assignments during these assembly phases ensured optimal cycle times and work space ergonomics. Risk assessment along with risk mitigation strategies were evaluated on the basis of ISO 12100. Hand guided frame teaching methodology was used to train the collaborative setup. This enabled an operator friendly/oriented approach towards the design and implementation of collaborative assembly tasks. The obtained results ensured a reliable and industry scalable implementation of human robot collaborative assembly process