An adaption of OSA-CBM architecture for Human-Computer interaction through mixed interface

Espíndola, Danúbia; Fumagalli, Luca; Garetti, Marco; Botelho, Silvia Silva da Costa; Pereira, Carlos Eduardo

doi:10.1109/indin.2011.6034928

Cited by 7 publications

(4 citation statements)

References 10 publications

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Section: Research Backgroundmentioning

confidence: 99%

“…Crespo-Marquez and Iung 11 further suggest that in future the E-maintenance will introduce a revolutionary change in the present approach; indeed, recent research novelties can contribute to the E-maintenance framework, such as prognostic tools 12,13 and mixed reality tools. 14,15 Notwithstanding the large discussion on E-maintenance concept in scientific literature, an industrial adoption of E-maintenance platforms seem still not so diffused. Interesting cases prove the capabilities of E-maintenance platforms through industrial demonstrations (see, for instance, Mascolo et al 16 and Lo´pez-Campos et al 17 ), but a few works present E-maintenance solutions that are actually run in real industrial contexts.…”

Section: Research Backgroundmentioning

confidence: 99%

See 1 more Smart Citation

Implementation of a condition monitoring system on an electric arc furnace through a risk-based methodology

Colace¹,

Fumagalli

Pala

et al. 2015

Proceedings of the Institution of Mechanical Engineers, Part O:

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This article presents the deployment of a condition monitoring system on an electric arc furnace in a steel-making company, ranging from the development of the system until its implementation and the results achieved by its use in the plant. A step-wise risk-based methodology is introduced and it is adopted to deploy the condition monitoring system. The electric arc furnace is a relevant asset for safety issues; due to the characteristics of the furnace-running continuously at high temperatures and in harsh environmental conditions-many components cannot be visually inspected; thus, a maintenance system, with real-time monitoring capabilities, represents a proper solution to keep under control the asset health state. Besides the monitoring activity, appropriate risk information must also be shown to maintenance personnel to effectively improve maintenance activity. In this concern, the condition monitoring system, herein presented, can be considered an E-maintenance tool, integrated within an existing information and communication technology infrastructure, and representing one practical application of E-maintenance concept within industry.

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Section: Research Backgroundmentioning

confidence: 99%

Section: Research Backgroundmentioning

confidence: 99%

Implementation of a condition monitoring system on an electric arc furnace through a risk-based methodology

Colace¹,

Fumagalli

Pala

et al. 2015

Proceedings of the Institution of Mechanical Engineers, Part O:

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“…Juntamente a estes conceitos surgem desafios de acesso e gerenciamento da informação [4]. No que tange a automação e manutenção industrial, interfaces homem máquina são discutidas brevemente na camada de aplicação de sistemas supervisórios.…”

Section: Contextualizaçaounclassified

Mobile Advanced Visualization Applied to Oil and Gas Industry Systems

Espíndola

Silva

Weis

et al. 2013

2013 Symposium on Computing and Automation for Offshore Shipbuilding

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This paper investigates the application of virtual and mixed reality techniques for data visualization from automation and maintenance systems of oil and gas industry. The study aims to introduce a theoretical framework for systems integration using mobile devices for mixed/virtual interfaces. Modules implementations of the framework were validated in cases of the oil and gas industry.Index Terms-Automation Systems, Intelligent Maintenance, Mixed/Virtual Reality. I. INTRODUÇÃOA descoberta de petróleo na camada pré-sal da costa do Brasil proporcionou uma mudança na realidade da indústria naval brasileira. A necessidade de extração de milhões de litros de petróleo requer investimentos em novos métodos e tecnologias no que se refere a automação da indústria [1].Atualmente, um dos objetivos dos sistemas de automação industrial é a integração de sistemas supervisórios e de controle com os sistemas corporativos da indústria. A centralização da informação através de um sistema com suporte a visualização facilita a gestão da informação e melhora o controle e execução dos processos industriais. A visualização dos dados oriundos dos equipamentos da planta durante o ciclo de vida do equipamento exercem papel fundamental na integração destes sistemas [2].No entanto a visualização de dados referente ao estado dos equipamentos não é um processo trivial. O gargalo dos sistemas de visualização não está na apresentação, mas sim no acesso e extração da informação. A definição de quais dados devem ser apresentados e como se dará a interação com os mesmos é um dos desafios da visualização para os diversos sistemas industriais.Interfaces de visualização intuitivas integradas a sistemas de automação e manutenção podem trazer ganhos significativos aos processos industriais. No que tange a integração de dados, o desafio reside na identificação de quais dados devem ser apresentados nas diferentes etapas do ciclo de vida do produto para minimizar o tempo, o custo operacional e simplificar a execução dos processos.Com base neste cenário, este estudo introduz um framework conceitual para o desenvolvimento de um sistema de visualização móvel, que será utilizado em chão de fábrica, com suporte a técnicas de realidade mista/virtual. O framework é baseado em três camadas: aquisição, comunicação e apresentação e pretende conceituar os níveis de implementação da proposta.A camada de aquisição de dados propõe o uso de sensores e RFIDs. A comunicação utilizará protocolos baseados em HTTP/Websockets. E a camada de apresentação faz uso de dispositivos móveis (tablet e HMD -head mounted display) para visualização do modelo virtual e misto da planta e equipamentos.Desta forma, o framework proposto neste estudo pretende introduzir a infra-estrutura de softwares bem como os passos de implementação necessários para o desenvolvimento de um modelo para integração e visualização de dados oriundos de sistemas de automação e manutenção como suporte aos sistemas de controle e gestão coorporativos da indústria. Estudos de caso preliminares validados em laboratór...

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“…Open system architecture for condition-based maintenance (OSA-CBM) is an emerging open standard that, in particular, addresses interoperability and enterprise systems integration [7]. References [8][9][10] describe concepts in developing an IVHM-related application. In these papers, IVHM software is systematically modularized based on the standardized abstract data-processing functionalities.…”

Section: Introductionmentioning

confidence: 99%

Software Framework for Prototyping Embedded Integrated Vehicle Health Management Applications

Sreenuch

Tsourdos

Jennions

2014

Journal of Aerospace Information Systems

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Integrated vehicle health management is a major component in a new, future fleet-management paradigm where a conscious effort is made to shift aircraft maintenance from a schedule-based approach to a more proactive and predictive approach (that is, condition-based maintenance). Its goal is to maximize fleet operational availability while minimizing the logistics footprint through monitoring of the deterioration of equipment conditions. A comprehensive integrated vehicle health-management system will be executed in an environment that includes different sensor technologies, multiple information systems, and different data models. Integrated vehicle healthmanagement implementers have to therefore deal with an integration problem that involves different specialized algorithms and embedded hardware platforms. Integrated vehicle health management applications will have common execution logic, and many will share the same data-processing algorithms; hence, development productivity and the quality of integrated vehicle health management applications can be increased through reusable software building blocks and algorithm libraries or, in particular, by using a software development framework. This paper presents an approach to distributed integrated vehicle health management systems that offers reusable software architecture for a class of integrated vehicle health management applications. The focus of this paper deals with an open software framework for development of integrated vehicle health management applications stemming from the open system architecture for a condition-based maintenance specification, which is an architecture-promoting interoperability and a component framework that enables reuse, data-process partitioning, configuration, and rapid prototyping. The framework is developed using Java and Internet communications engines' distributed middleware, and its application is demonstrated through a gearbox health-monitoring system, where the integrated vehicle health management software is deployed on the distributed embedded devices. This approach provides software-enabled capability to distribute/reconfigure the integrated vehicle health management data process (through the open system architecture for condition-based maintenance common interface and data model) across the hardware platforms to meet the given system configuration. The performance evaluation for the test example shows negligible overhead in the central processing unit, bandwidth, and latency when using the framework.

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An adaption of OSA-CBM architecture for Human-Computer interaction through mixed interface

Cited by 7 publications

References 10 publications

Implementation of a condition monitoring system on an electric arc furnace through a risk-based methodology

Implementation of a condition monitoring system on an electric arc furnace through a risk-based methodology

Mobile Advanced Visualization Applied to Oil and Gas Industry Systems

Software Framework for Prototyping Embedded Integrated Vehicle Health Management Applications

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