Products lifecycle management system using radio frequency identification technology

Soga, S.; Hiroshige, Yuzo; Dobashi, A.; Okumura, Maria Lucia Miyake; Kusuzaki, T.

doi:10.1109/etfa.1999.813161

Cited by 13 publications

(4 citation statements)

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“…Wireless Sensor Network (WSN) technology and Radio Frequency Identification extends information systems towards real world objects enabling fine granular updates of the product state. RFID technology in particular can play an important role for product life cycle management (Soga, Hiroshige, Dobashi, Okumura, & Kusuzaki, 1999). WSNs can provide important maintenance critical information, especially for products and parts that otherwise could not be accurately captured by information technology (Tiwari, Lewis, & Ge, 2005).…”

Section: Internet Of Things Integrationmentioning

confidence: 99%

Semantic Federation of Product Information from Structured and Unstructured Sources

Wauer

Meinecke

Schuster

et al. 2011

International Journal of Business Data Communications and Networking

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Product-related information can be found in various data sources and formats across the product lifecycle. Effectively exploiting this information requires the federation of these sources, the extraction of implicit information, and the efficient access to this comprehensive knowledge base. Existing solutions for product information management (PIM) are usually restricted to structured information, but most of the business-critical information resides in unstructured documents. We present a generic architecture for federating heterogeneous information from various sources, including the Internet of Things, and argue how this process benefits from using semantic representations. A reference implementation tailor-made to business users is explained and evaluated. We also discuss several issues we experienced that we believe to be valuable for researchers and implementers of semantic information systems, as well as the information retrieval community.

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Section: Internet Of Things Integrationmentioning

confidence: 99%

Semantic Federation of Product Information from Structured and Unstructured Sources

Wauer

Meinecke

Schuster

et al. 2011

International Journal of Business Data Communications and Networking

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“…• In services production, PLM refers to a specific service, that is organized and allocated with apposite infrastructures [18].…”

Section: 1mentioning

confidence: 99%

A Product Life Cycle Management approach to align production to the European regulation “RoHS”

Lunghi

Paolini

Botarelli

2006

2006 IEEE International Technology Management Conference (ICE)

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The last two decades have witnessed relevant changes in the economic scenario. After the collapsed of the Eastern block, the East European Countries opened their frontiers to the free market, and encouraged the development of new businesses and new enterprises. At the same time, Nations from Far East, opened new economic policies based on increasing commercial and industrial relations with the most industrialized nations. This world phenomenon is known as globalization. These changes were also promoted by the development of new and more powerful ICT that permit and manage the whole Supply Chain and to successfully support multi sites production strategies. These changes presented a relevant impact also on product design and product life-cycle. Actually now, products are manufactured and used in different continents, with suppliers providing materials from different nations. New models and new instruments have been developed to solve these problems, which are encompassed in the acronym PLM, (Product Life Cycle Management). In this paper, the evolutions of PLM, and its connections with the modem ICT systems will be analyzed and a description will be furnished of a new framework of PLM and its application to an enterprise producing industrial refrigerators mainly in Italy and sold worldwide. This enterprise has to comply with a new regulation (RoHS) that obliged the firm to re-made its own product development process, re-analyze all the components that it uses in production, manage all the data about material composition and organize and develop procedures to collect all the required information. Furthermore, during the project, all these procedures have been implemented on the Enterprise Information System so as to guarantee an efficient informative flow within the firm and among the finn and component suppliers.

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“…Para a seleção de artigos sobre Manufatura Avançada foram escolhidas as principais iniciativas "Industry 4.0" e "Industrial Internet" (J. Lee et al, 2014;Toro et al, 2015 (Papirno & Gerard, 1955) Machine Learning 1959 (Martens, 1959) Simulação Computacional 1959 (Gorton, 1959) (Leagus, Lee, & Mealy, 1959) (McGhee, 1959) (Clynes, 1959) (Glaser, 1959) CAD / CAM 1961 (Ross, 1961) Automação Digital (PLC e DCS) 1973 (Coelho, 1973) SCADA 1973 (Swarthout & Fiedler, 1973) Data Mining 1984 (Harris Jr., 1984) EDI 1986 (Annis, 1986) MES 1992 (Gokorsch, 1992) PLM 1999 (Soga, Hiroshige, Dobashi, Okumura, & Kusuzaki, 1999) (Thomas, Neckel, & Wagner, 1999) Big Data 1999 (Kenwright, 1999) Internet of Things (Web of Things) 2003 (R. Qiu, 2003) (Traversat et al, 2003) Additive Manufacturing (3D Printer) 2003 (Sheng, Xi, Chen, & Chen, 2003) Cloud Computing 2007 (Yokoyama, Kojima, & Ishikawa, 2007) (Biswas & Akhter, 2014) A literatura atual, porém, ainda busca um mapeamento de como aplicar essas tecnologias e qual impacto se deve esperar para a produção. Muito pouco ainda foi investigado sobre como a aplicação pode se adequar a diferentes modelos de manufatura e estratégias de operação.…”

Section: Programas Regionaisunclassified

Manufatura avançada: a influência da estratégia da manufatura e da percepção de affordances

Vieira¹

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Embora resulte de um projeto de pesquisa individual, esta dissertação não seria viável sem a colaboração de uma série de pessoas, algumas das quais aqui mencionadas pelas instituições que representam. Agradeço a Profa. Dra. Adriana Marotti pela orientação competente, dedicada e paciente e por conduzir meus primeiros passos na área da Administração, sempre alertando para o necessário rigor na pesquisa e escrita científicas. A meu pai, Celso, pelo grande incentivo desde o ingresso no curso de mestrado e grande dedicação à revisão dos textos da dissertação; a minha mãe, Meck, pelo apoio durante todo o processo e a meu irmão, Renato, pelo exemplo de dedicação à pesquisa acadêmica. A Michele, minha noiva que, mesmo nos momentos de minha ausência, manteve a compreensão e o apoio, presentes, também, quando se fez necessário estender o prazo de dedicação a este trabalho. À Aquarius Software, empresa onde trabalho que, durante o desenvolvimento das pesquisas, solicitou acesso a seus clientes e fornecedores de onde foram colhidos importantes subsídios para os estudos empíricos desta dissertação. Agradeço, em especial, a Márcia Campos, por permitir dedicar-me à pesquisa por todo o tempo necessário, nos últimos anos, a Carlos Paiola, pelas valiosas discussões sobre o novo cenário tecnológico da indústria e Rafael Matsubara por me apresentar ao programa da FEA e me mostrar a relevância desse tema à área da administração. Aos gestores das indústrias estudadas, que forneceram informações para os casos de pesquisa, abrindo, gentilmente, suas portas e oferecendo rico material, essencial para a conclusão deste texto. À Faculdade de Economia, Administração e Contabilidade da USP, a seus professores e funcionários, por toda experiência de aprendizado e pelo entusiasmo científico proporcionados em todas as fases do curso de mestrado.

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Products lifecycle management system using radio frequency identification technology

Cited by 13 publications

References 0 publications

Semantic Federation of Product Information from Structured and Unstructured Sources

Semantic Federation of Product Information from Structured and Unstructured Sources

A Product Life Cycle Management approach to align production to the European regulation “RoHS”

Manufatura avançada: a influência da estratégia da manufatura e da percepção de affordances

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