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Orientador(es)
Resumo(s)
A Indústria 4.0 nos últimos anos tem ganho cada vez mais relevância, uma vez que os seus
princípios se alicerçam em tecnologias modernas, que se têm mostrado preponderantes
na deteção de lacunas comprometedoras dos processos industriais de fabrico. O conceito
de Internet das Coisas tem adquirido particular importância, dado que tanto o nosso quotidiano
como a indústria têm sido colonizados por uma miríade de sistemas sensoriais
que recolhem dados, permitindo a interligação cooperativa entre sistemas observados,
como também a conetividade entre pessoa-máquina. Neste contexto, surgem por outro
lado, os sistemas Ciberfísicos que são sistemas que através dos dados recolhidos por sistemas
IoT permitem a ligação entre o mundo real e o mundo cibernético. Atualmente,
desempenham um elemento fulcral no diagnóstico em tempo real de eventos prejudiciais
ao processo em curso, permitindo soluções preditivas por forma a ajustar em tempo
útil, variáveis de processos de fabrico, permitindo adicionalmente, a otimização desses
processos. Neste sentido, torna-se necessário a formalização de um modelo do sistema
em estudo. Assim, a presente dissertação tem como objetivo, por um lado, compreender
as abordagens de modelação e estruturação de processos. Por outro lado, pretende desenvolver
uma solução, tendo em vista a simplificação da configuração e parametrização de
dispositivos, utilizando uma linguagem de modelação de negócio.
Industry 4.0, in recent years, has gained more and more relevance, since its principles are based on modern technologies, which have shown to be preponderant in the detection of compromising gaps in industrial manufacturing processes. The concept of Internet of Things has acquired particular importance, because our daily lives and the industry have been colonized by a myriad of sensory systems that collect data, allowing the cooperative interconnection between observed systems, as well as the connectivity between people and machine. In this context, on the other hand, Cyber Physical Systems are systems that, through the data collected by IoT systems, allow the connection between the real world and the cyber world. Currently, they play a role in the real-time diagnosis of harmful events to the ongoing process, allowing predictive solutions in order to adjust in real-time manufacturing process variables, allowing additionally the optimization of these processes. In this sense, it is necessary to formalize a model of the system under study. In this context, the present dissertation aims, on the one hand, to understand the approaches to modeling and structuring processes. On the other hand, it intends to develop a solution, with objective to simplifying the configuration and parameterization of devices, using generic business modeling language.
Industry 4.0, in recent years, has gained more and more relevance, since its principles are based on modern technologies, which have shown to be preponderant in the detection of compromising gaps in industrial manufacturing processes. The concept of Internet of Things has acquired particular importance, because our daily lives and the industry have been colonized by a myriad of sensory systems that collect data, allowing the cooperative interconnection between observed systems, as well as the connectivity between people and machine. In this context, on the other hand, Cyber Physical Systems are systems that, through the data collected by IoT systems, allow the connection between the real world and the cyber world. Currently, they play a role in the real-time diagnosis of harmful events to the ongoing process, allowing predictive solutions in order to adjust in real-time manufacturing process variables, allowing additionally the optimization of these processes. In this sense, it is necessary to formalize a model of the system under study. In this context, the present dissertation aims, on the one hand, to understand the approaches to modeling and structuring processes. On the other hand, it intends to develop a solution, with objective to simplifying the configuration and parameterization of devices, using generic business modeling language.
Descrição
Palavras-chave
Indústria 4.0 Sistemas Ciberfísicos Internet das Coisas Sensores Dispositivos
