在设计先进的物联网生态系统时,解开物理与数字的结

Ilse Bohé, M. Willocx, Vincent Naessens
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引用次数: 0

摘要

在构建先进的物联网生态系统时,必须将现实世界和数字领域的专业知识结合起来。尽管应用程序开发人员通常在一个或多个垂直领域拥有深入的专业知识,但他们在物联网基础设施方面的能力往往有限。这阻碍了定性物联网生态系统的发展。本文表明,结合应用领域以及基础设施概念和关系的早期本体论工作可以促进垂直领域内物联网应用程序的开发和管理。开发人员现在可以根据应用领域概念化来定义应用程序行为,之后可以自动提取基础设施反馈。
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Untangling the Physical-Digital Knot When Designing Advanced IoT Ecosystems
Know-how from both the real world and digital domain must be combined when building advanced IoT ecosystems. Although app developers generally have in-depth expertise in one or more verticals, their competences on IoT infrastructure are often limited. This hampers the development of qualitative IoT ecosystems. This paper shows that an early-stage ontological effort incorporating the application domain as well as infrastructural conceptualizations and relations can facilitate the development and management of IoT apps within verticals. Developers can now define app behavior in terms of application-domain conceptualizations, after which infrastructural feedback can automatically be extracted.
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Automatic Translation of Spatio-Temporal Logics to Streaming-Based Monitoring Applications for IoT-Equipped Autonomous Agents A Development Environment for FIWARE-based Internet of Things Applications Enhancing Transparency of MQTT Brokers For IoT Applications Through Provenance Streams Untangling the Physical-Digital Knot When Designing Advanced IoT Ecosystems Proceedings of the 6th International Workshop on Middleware and Applications for the Internet of Things
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