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Heutige Architekturen von PLM-Lösungen sind überwiegend Client-Server orientiert. Mittelfristig wird sich hier eine offene, flexible-Architektur wie Service-orientierte Architekturen (SOA) durchsetzen. Dabei werden die PLM-Funktionen als Services zur Ausführung prozessrelevanter Tätigkeiten angeboten. Daraus ergibt sich ein service-basierter Ansatz für das PLM. Die Kombination von PLM und SOA kann so Unternehmen helfen, ihre bestehenden Infrastrukturen im Laufe der Zeit schrittweise aufzubauen.
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Um die mit dienstorientierten Architekturen verknüpften Ziele wie bspw. eine höhere Flexibilität erreichen zu können, wird von Diensten die Einhaltung bestimmter Qualitätseigenschaften wie bspw. loser Kopplung oder Autonomie gefordert. Die Arbeit zeigt daher ein systematisches Vorgehen für einen Entwurf von Diensten, das durch Bestimmung formalisierter Qualitätseigenschaften und gezielter Überarbeitung in Dienstentwürfen mit gewünschten Qualitätseigenschaften resultiert.
SoaML --- Serviceorientierte Architektur --- SOA --- Qualitätseigenschaft --- Dienstorientierte Architektur
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In this book, semiconductor optical amplifiers (SOAs) are studied with a view to linear and nonlinear applications in next-generation optical networks. Quantum-dot SOAs can be optimized for linear amplification of signals with different modulation formats and multiplexing techniques. Conversely, bulk SOAs can be easily optimized for operation in the nonlinear regime. However, due to the fast carrier recovery times in QD SOAs we also look into nonlinear applications with these devices.
wavelength conversion --- semiconductor optical amplifier (SOA) --- reach extender --- quantum-dot --- access network
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Service oriented computing is a key technology for the development of robust and high quality intelligent Internet scale distributed and embedded applications Extensive research and development in the past few years has pushed SOA technology into state of the art applications in emerging areas such as Internet of Things (IoTs), Machine to Machine (M2M), cyber physical systems (CPS), as well as mobile and enterprise systems.
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Design and implement scalable microservices using Azure Kubernetes Services (AKS) and other Azure Services. This book will help you understand why and when to choose microservices as a solution for modernization and how to use Azure DevOps to implement CI/CD for deploying microservices. The book starts with an introduction to the evolution to microservices and AKS along with its components. You will learn design patterns to implement microservices on AKS and understand Kubernetes as a container orchestration platform. You will go through the common errors faced in AKS-based applications and ways to handle them. You will learn error handling tips and tricks and how to design for business continuity and disaster recovery. The book discusses things you should know related to security and monitoring when working with AKS-based applications. The book presents a practical approach to set up processes for CI/CD, such as building Build and release pipelines for AKS deployment using Azure DevOps. After reading this book, you will understand design considerations for designing scalable microservices and know how to implement the design through AKS. You will: Know design patterns for microservices and how to handle failure scenarios Be aware of architecture and design considerations Understand container and Kubernetes architecture components Understand security and monitoring aspects Take a practical approach to continuous integration and continuous delivery.
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