The Internet of Everything and Semantic Web can be joined by giving more intelligence to pervasive systems. To that end, reasoning capabilities should be enabled even for very resource-constrained embedded devices. This paper presents Tiny-ME (the Tiny Matchmaking Engine), a matchmaking and reasoning engine for the Web Ontology Language (OWL), designed and implemented with a compact and portable C core. Main features are high resource efficiency and multiplatform support, spanning containerized microservices, desktops, mobile devices, and embedded boards. The OWLlink interface has been extended to enable non-standard reasoning services for matchmaking in Web, Cloud, and Edge computing. A prototype evaluation is proposed, including a case study on the Pixhawk Unmanned Aerial Vehicle (UAV) autopilot and performance highlights.

万物互联和语义网可以通过为普遍系统提供更多智能来加入。为此，即使是资源非常有限的嵌入式设备也应该启用推理能力。本文介绍了Tiny-ME（Tiny Matchmaking Engine），它是一种用于 Web 本体语言 (OWL) 的匹配和推理引擎，采用紧凑且可移植的 C 内核设计和实现。主要特点是高资源效率和多平台支持，涵盖容器化微服务、桌面、移动设备和嵌入式板。OWLlink 接口已扩展为在 Web、云和边缘计算中启用非标准推理服务以进行匹配。提出了原型评估，包括关于Pixhawk的案例研究无人驾驶飞行器 (UAV) 自动驾驶仪和性能亮点。