Industry 4.0+: The Next Level of Intelligent and Self-optimizing Factories

Rauch, Erwin

doi:10.1007/978-3-030-50794-7_18

Cited by 25 publications

(16 citation statements)

References 11 publications

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“…La 4ta Revolución Industrial se refiere a un fenómeno tecnológico, social, económico, político y cultural, que se ha venido gestando desde la 1ra originada en Europa en el siglo XVIII y que dio origen a una sociedad urbanizada e industrializada. Es en este contexto y con la aparición de un conjunto de nuevas tecnologías aplicadas a la Industria, iniciadas con Internet y luego la AI (Acosta, 2019), el IIoT, la Computación en la nube (CC) y los sistemas ciberfísicos (CPS), diversos autores definieron una nueva evolución del desarrollo industrial el cual denominaron: "Cuarta Revolución Industrial" (Rauch, 2020;Matt, Modrák, y Zsifkovits, 2020;Qin, Liu, y Grosvenor, 2016;Sanders, Elangeswaran, y Wulfsberg, 2016).…”

Section: Transformación Digital E Industria 40unclassified

“…Las tecnologías digitales se han estado convirtiendo en factores clave para aquellas empresas que buscan alcanzar sus metas (Nylén y Holmström, 2015). En la feria de Hannover 2011, por primera vez, se mencionó a este fenómeno como "Industry 4.0" (Rauch, 2020;Matt et al, 2020;Qin et al, 2016;Sanders et al, 2016).…”

Section: La Fábrica Inteligenteunclassified

“…En los últimos años se han diferenciado dos niveles de la I4.0 (Rauch, 2020). El primer nivel de la I4.0 es principalmente impulsado por la tecnología y es la base para el segundo nivel, denominado I4.0+ el cual incorpora la AI.…”

Section: La Fábrica Inteligenteunclassified

“…La HRC permite también una división de tareas "dinámica" y una revisión del cronograma de trabajo en tiempo real (Rauch, 2020). Otro de los beneficios clave es la posibilidad de transformar estaciones de trabajo actuales en sistemas colaborativos.…”

Section: Robots Colaborativosunclassified

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Marco de referencia para la incorporación de Cobots en líneas de manufactura

Salimbeni

Mamani

2020

Podium

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Section: Transformación Digital E Industria 40unclassified

Section: La Fábrica Inteligenteunclassified

Section: Robots Colaborativosunclassified

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Marco de referencia para la incorporación de Cobots en líneas de manufactura

Salimbeni

Mamani

2020

Podium

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“…Production and logistics systems can be decentralized and integrated horizontally and vertically with the use of interconnected sensors, actors, and autonomous systems (Gilchrist 2016; Jazdi 2014). However, the integration of physical and software systems and modeling the intelligence system can be highly expensive and complicated due to the complex, dynamic, and integrated information systems (Lasi et al 2014;Rauch et al 2020).The extension of Industry 4.0 goes from Smart Manufacturing to Smart Logistics, including organization and management (SME4.…”

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confidence: 99%

Implementation Strategies for SME 4.0: Insights on Thailand

Sopadang

Ramingwong

Anantana

et al. 2021

Implementing Industry 4.0 in SMEs

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This chapter presents how SMEs or companies can implement Industry 4.0 based on case studies in Thai SMEs. Additionally, the chapter examined implementation strategies to convert a company successfully to SME 4.0. The implementation process includes identifying business trends, foresight strategy, gap analysis, industrial research and capacity development, and technology blueprint development plan. By working closely as the triple helix with universities and tech-development agencies, the inside-out and outside-in approaches are used. There can be several challenges during the implementation, such as the requirement of new skills, new technology, and investment needs. The challenges can be addressed by setup and implement the appropriate strategy for developing workers’ skill sets, making investments in the new technologies, and improving the efficiency of the production process.

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Requirements engineering in industry 4.0: State of the art and directions to continuous requirements engineering

Barcelos,

Antonino,

Nakagawa

2024

Systems Engineering

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The 4th Industrial Revolution, also known as Industry 4.0, intends to transform manufacturing processes into smart factories with full digitalization and intelligent, decentralized, and flexible production. In this scenario, Industry 4.0 systems (i.e., software‐intensive systems that automate smart factories) have required rigorous and continuous development, but smart factory companies often have difficulty dealing with Requirements Engineering (RE) where requirements continuously change and emerge at runtime to support the changeability of complex production processes. Such requirements encompass engineering (e.g., mechanical, electrical, electronic, production/manufacturing) and business areas and involve the vertical and horizontal integration of heterogeneous manufacturing systems. There is also a lack of a panorama of how Industry 4.0 projects have performed with RE activities. The main goal of this paper is to present the state‐of‐the‐art research concerning RE in Industry 4.0 and draw attention to the next most urgent steps. For this, we selected and examined studies that address RE for Industry 4.0, noting that much of this literature is recent but does not fully address the complexity and dynamism of the requirements for Industry 4.0. Grounded on these studies and our academic and industry experience, we highlight the need for Continuous Requirements Engineering (CRE) for Industry 4.0.Significance and Practitioner Points: The main implications of this paper are: (i) For researchers: It offers the state of the art of RE in the context of Industry 4.0 and points out several important open issues that require an urgent investigation through new research topics; and (ii) For practitioners: It provides directions for new or even existing Industry 4.0 projects on how to deal with RE activities aiming to overcome the several challenges to perform them.

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Industry 4.0+: The Next Level of Intelligent and Self-optimizing Factories

Cited by 25 publications

References 11 publications

Marco de referencia para la incorporación de Cobots en líneas de manufactura

Marco de referencia para la incorporación de Cobots en líneas de manufactura

Implementation Strategies for SME 4.0: Insights on Thailand

Requirements engineering in industry 4.0: State of the art and directions to continuous requirements engineering

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