Development and Validation of a Biosignal Measurement Device to Assist in Teleoperated Diagnosis

Barbosa, William S.; Gonçalves, Flavia M.; Henriques, Felipe R.; Gouvea, Felipe C.; Wanderley, Renan F. F.

doi:10.1109/csde53843.2021.9718442

Cited by 5 publications

(9 citation statements)

References 20 publications

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“…In addition, several current works have been showing the evolution of digital or hybrid manufacturing in various branches, such as in the automotive industry [15], oil and gas industry [99], in the prototype manufacturing process [16] and in medicine in general [100] [101].…”

Section: Digital Manufacturing In the Construction Of The Orthosismentioning

confidence: 99%

“…Thus, Industry 4.0 applied to medicine can be called "Medicine 4.0" or "Health 4.0" ( [105]), as is already called in design (Design 4.0 [106]) and architecture (Architecture 4.0 [107]), in which elements of IoT (Internet of Things [108]) and BIM (Building Information Modeling [109]) are inserted for the elaboration and development of construction processes" (Figure 3.1). Figure 3.1: Illustrative scheme of a Industry 4.0 (adapted from [110]) Health 4.0 includes elements such as virtualization of prototypes, simulation of surgical processes, use of wearable devices [101], remote monitoring of vital signs [100], and standardization of diagnostic procedures, which support the work of health professionals.…”

Section: Industry 40 Concepts and Definitionsmentioning

confidence: 99%

“…Furthermore, a visual reference of the angle was implemented by using the Labview ® , together with the Arduino ® The second step in ensuring the quality of the acquired signals is to create a set of procedures for electrode placement. As presented in [100], the positioning of sensors for ECG measurement is standardized (Figure 5.9). It is important to note that before the electrodes were placed for measurement, all volunteers had their chests shaved and sanitized with alcohol for better adhesion of the probes.…”

Section: Figure 57: Apparatusmentioning

confidence: 99%

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Development, Construction, Analysis and Control of Upper Limb Orthosis Using Bio-Signals

BARBOSA¹

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Section: Digital Manufacturing In the Construction Of The Orthosismentioning

confidence: 99%

Section: Industry 40 Concepts and Definitionsmentioning

confidence: 99%

Section: Figure 57: Apparatusmentioning

confidence: 99%

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Development, Construction, Analysis and Control of Upper Limb Orthosis Using Bio-Signals

BARBOSA¹

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“…Por exemplo, em condições extremas como a de mergulho, o usuário não pode ter os seus movimentos restringidos. Por outro lado, em ambientes clínicos, há mais liberdade para medições e pontos de coleta, consequentemente possibilitando dados mais precisos (Barbosa et al, 2021).…”

Section: G Sinais Biológicosunclassified

“…A implementação bem-sucedida desses conceitos fortalece a confiança nas capacidades do projeto. Em síntese, a integração eficiente de biossinais e uma IHM bem projetada promovem avanços significativos na compreensão da fisiologia humana e no desenvolvimento de soluções médicas eficazes (Abo-Zahhad et al, 2014;Almeida et al, 2023;Barbosa et al, 2021).…”

Section: Introductionunclassified

Decodificação E Sistema Ihm De Processamento De Biossinais Utilizando Microcontroladores

FARINA DE SOUZA DE BOTTON

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AgradecimentosÀ minha família por me apoiar na jornada de estudo durante todos esses anos, e ressaltar a importância da busca por constante aprimoramento.Ao meu orientador William de Souza Barbosa e minha coorientadora, Flávia de Miranda Gonçalves, por todo o suporte, incentivo e mentoria no processo de escrita deste documento. Obrigado pela paciência e por serem solícitos com tantas das minhas dúvidas ao longo do caminho.À minha namorada, Dafne Borges da Cunha, que me deu forças apesar de tudo, esteve do meu lado para todos os desafios e me ajudou a enfrentá-los de cabeça erguida. Me deu apoio e garra para não desistir de buscar soluções. Sem sua inspiração e determinação a me fazer acreditar, este trabalho não seria possível. Em todas as madrugadas de produção de texto, não poderia ter melhor companhia.Ao Dado Sutter, que me deu a certeza da minha vocação. Sem ele não passaria pela PUC. O que começou como um hobby está se tornando um diploma, e sou muito grato por tudo o que construímos ao longo de todos esses anos.À PUC-Rio por toda a extensa bagagem de aprendizado que levarei para a carreira.Ao Instituto Tecgraf por disponibilizar componentes para testar parte do que foi desenvolvido.Muito obrigado a todos os que me ajudaram nessa trajetória.

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Impact of multi-lattice inner structures on FDM PLA 3D printed orthosis using Industry 4.0 concepts

Barbosa

Gioia

Temporão

et al. 2022

Int J Interact Des Manuf

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The use of digital manufacturing for the construction of orthosis and prostheses has become common since the popularization of 3D printers and the advent of Industry 4.0. Furthermore, due to the fact that the manufacture of orthosis is interactive and for personal use, generic production is difficult. In this sense, the large-scale production of these products lacks of improvements, standardization of processes and production optimization. An aggravation of this is the recent social distance due to the COVID-19 pandemic, which makes the use of temporary orthosis made in 3D printers to have a recent growth. Parallel to this, the use of multi-lattice inner structures for internal structuring of prints has also been increasing and taking on a more consolidated form. This article aims to present the multi-lattice optimization as a solution to this problem, in order to reduce material waste while maintaining the mechanical behavior of printed parts.

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Development and Validation of a Biosignal Measurement Device to Assist in Teleoperated Diagnosis

Cited by 5 publications

References 20 publications

Development, Construction, Analysis and Control of Upper Limb Orthosis Using Bio-Signals

Development, Construction, Analysis and Control of Upper Limb Orthosis Using Bio-Signals

Decodificação E Sistema Ihm De Processamento De Biossinais Utilizando Microcontroladores

Impact of multi-lattice inner structures on FDM PLA 3D printed orthosis using Industry 4.0 concepts

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