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Abstract(s)
A Luban é uma oficina, presente no Instituto Politécnico de Setúbal, que tem vindo a
desenvolver as suas competências educacionais no âmbito da automação e controlo, através
da simulação de sistemas e processos industriais semelhantes aos usados em ambientes
reais. No entanto, existem aspirações de continuar a crescer e a preparar a oficina para
suportar cada vez mais conceitos utilizados na indústria 4.0, para tal, existem alguns problemas
que necessitam de ser resolvidos com o suporte de conhecimentos utilizados no
desenvolvimento de aplicações web e para a “cloud”. Existe a necessidade de criar uma
infraestrutura que seja capaz de responder a vários dos problemas atualmente existentes na
Luban, principalmente na gestão dos seus ativos e interações, em tempo real, com os mesmos.
Para responder a muitas destas necessidades foi sugerida uma arquitetura de referência de
alto nível capaz de suportar diversos elementos lógicos independentes que comunicam entre si
e que conseguem, do ponto de vista teórico, resolver os vários problemas mencionados. A
implementação abstrata desta infraestrutura preocupou-se em responder aos diversos tópicos
suportando as suas razões em implementações concretas de arquiteturas de software para os
diferentes elementos lógicos que fizessem sentido para o contexto da Luban, suportada
também por aprendizagens obtidas com o desenvolvimento de um protótipo técnico. A
flexibilidade desta solução final acabou por ser um dos fatores mais importantes na tomada de
decisões.
Luban is a workshop at the Polytechnic Institute of Setúbal that has been developing its educational skills in the field of automation and control by simulating industrial systems and processes like those used in real environments. However, there are aspirations to continue growing and preparing the workshop to support more and more concepts used in industry 4.0. To this end, there are some problems that need to be solved with the support of knowledge used in the development of web and cloud applications. There is a need to create an infrastructure that can respond to several of the problems that currently exist at Luban, mainly in the management of its assets and real-time interactions with them. To meet many of these needs, a high-level reference architecture has been suggested that can support several independent logical elements that communicate with each other and that can, from a theoretical point of view, solve the various problems mentioned. The abstract implementation of this infrastructure was concerned with responding to the various topics by supporting its reasons in concrete implementations of software architectures for the different logical elements that made sense for Luban's context, while being supported by lessons learned from the development of a technical prototype. The flexibility of this final solution turned out to be one of the most important factors in the decision-making process.
Luban is a workshop at the Polytechnic Institute of Setúbal that has been developing its educational skills in the field of automation and control by simulating industrial systems and processes like those used in real environments. However, there are aspirations to continue growing and preparing the workshop to support more and more concepts used in industry 4.0. To this end, there are some problems that need to be solved with the support of knowledge used in the development of web and cloud applications. There is a need to create an infrastructure that can respond to several of the problems that currently exist at Luban, mainly in the management of its assets and real-time interactions with them. To meet many of these needs, a high-level reference architecture has been suggested that can support several independent logical elements that communicate with each other and that can, from a theoretical point of view, solve the various problems mentioned. The abstract implementation of this infrastructure was concerned with responding to the various topics by supporting its reasons in concrete implementations of software architectures for the different logical elements that made sense for Luban's context, while being supported by lessons learned from the development of a technical prototype. The flexibility of this final solution turned out to be one of the most important factors in the decision-making process.
Description
Keywords
Infraestrutura Indústria 4.0 Luban Arquiteturas de Software Modbus Infrastructure Industry 4.0 Software Architectures