Dependable mesh networking patterns

Dobaj, Jürgen; Schuß, Markus; Krisper, Michael; Boano, Carlo Alberto; Macher, Georg

doi:10.1145/3361149.3361174

Cited by 8 publications

(2 citation statements)

References 33 publications

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“…Our analysis of the said delivery-oriented aspects revealed that IPSS providers face high planning (and hence implementation and operation) risks due to design uncertainty [15]. These risks are related to unclear requirements of IPSS service behavior, operation environment, and emergent CPS behavior that includes taking pace with changing customer needs, emerging cyber security attacks, the increasing risk of fatal (software) bugs in complex and interconnected CPS, as well as the evolution of standards and -Preprint -Accepted for Publication at EuroSPI 2022 Final published version available at: https://doi.org/10.1007/978-3-031-15559-8_27 6 technology throughout the entire CPS lifetime [11,16,17]. These findings are also supported by industry studies [1,18,19], concluding that the risk imposed by technical, user behavioral, and service provisioning uncertainties is evident and discourages the industry from adopting the IPSS concept.…”

Section: Use Case Design Meets Ipss Design: An Integrated View On Sta...mentioning

confidence: 99%

A Method for Deriving Technical Requirements of Digital Twins as Industrial Product-Service System Enablers

Dobaj

Riel

Macher

et al. 2022

Communications in Computer and Information Science

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Industrial Product-Service Systems (IPSS) are increasingly dominant in several sectors. Predominant value-adding services provided for industrial assets such as production systems, electric power plants, and car fleets are remote asset maintenance, monitoring, control, and reconfiguration. IPSS designers lack methods and tools supporting them in systematically deriving technical design requirements for the underlying Cyber-Physical System (CPS) IPSS services. At the same time, the use of Digital Twins (DTs) as digital representations of CPS assets is becoming increasingly feasible thanks to powerful, networked information technology (IT) and operation technology (OT) infrastructures and the ubiquity of sensors and data. This paper proposes a method for guiding IPSS designers in the specification and implementation of DT instances to serve as the key enablers of IPSS services. The systematic mapping of the continuous IT design-build-deployment cycle concept to the OT domain of CPS is at the heart of the applied methodology, which is complemented by a stakeholder-driven requirements elicitation. The key contribution is a structured method for deriving technical design requirements for DT instances as IPSS. This method is validated on real-world use cases in an evaluation environment for distributed CPS IPSS.

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Section: Use Case Design Meets Ipss Design: An Integrated View On Sta...mentioning

confidence: 99%

A Method for Deriving Technical Requirements of Digital Twins as Industrial Product-Service System Enablers

Dobaj

Riel

Macher

et al. 2022

Communications in Computer and Information Science

Self Cite

View full text Add to dashboard Cite

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“…A different but still interesting approach to CNApps management involves the Service Mesh model [9]. Service Mesh provides a generic mechanism for intercepting inter-microservice communications.…”

Section: Related Workmentioning

confidence: 99%

Autonomic Management Framework for Cloud-Native Applications

Kosińska

Zieliński

2020

J Grid Computing

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In order to meet the rapidly changing requirements of the Cloud-native dynamic execution environment, without human support and without the need to continually improve one’s skills, autonomic features need to be added. Embracing automation at every layer of performance management enables us to reduce costs while improving outcomes. The main contribution of this paper is the definition of autonomic management requirements of Cloud-native applications. We propose that the automation is achieved via high-level policies. In turn autonomy features are accomplished via the rule engine support. First, the paper presents the engineering perspective of building a framework for Autonomic Management of Cloud-Native Applications, namely AMoCNA, in accordance with Model Driven Architecture (MDA) concepts. AMoCNA has many desirable features whose main goal is to reduce the complexity of managing Cloud-native applications. The presented models are, in fact, meta-models, being technology agnostic. Secondly, the paper demonstrates one possibility of implementing the aforementioned design procedures. The presented AMoCNA implementation is also evaluated to identify the potential overhead introduced by the framework.

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A service mesh approach to integrate processing patterns into microservices applications

Nicolas-Plata,

Gonzalez-Compean,

Sosa-Sosa

2024

Cluster Comput

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Cloud is the new enabler of data processing, archiving and analyzing, wherein offered services are built with flexible and low-coupling schemes following a microservice architecture, which is commonly managed by service mesh managers. Microservice architecture allows designers to build microservice systems based on design patterns. However, current service mesh managers are based only on pipeline patterns and delegate the construction of other patterns to virtual container managers. This limitation prevents designers from defining new patterns that can provide microservice systems with different features. This paper presents a new approach for constructing microservices systems that integrate processing patterns following a service mesh strategy. This approach will enable designers to create processing patterns not considered in current service meshes and to build designs based on the combination of patterns. The approach proposes the integration of components for implicit handling of processing patterns; this means that service mesh core tasks such as discovery process, microservice coupling and workload management become transparent, eliminating manager or end-user intervention. Encouraging results were obtained, in terms of performance and execution flexibility, in a case study, where a set of existing applications collaborating in a traditional workflow was converted into a microservice application integrating processing patterns (parallel and distributed) generated following this new approach.

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Dependable mesh networking patterns

Cited by 8 publications

References 33 publications

A Method for Deriving Technical Requirements of Digital Twins as Industrial Product-Service System Enablers

A Method for Deriving Technical Requirements of Digital Twins as Industrial Product-Service System Enablers

Autonomic Management Framework for Cloud-Native Applications

A service mesh approach to integrate processing patterns into microservices applications

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