Abstract

Optimal Design of Ultrasonic Transducer System Applied on Biolipid Extraction from Chlorella

Highlights

  • The academic community and industry have become increasingly concerned about the Internet of Things (IoT) lately

  • According to the reason mentioned above, we propose a bottom-up method to build an ontology in this study and use this ontology for semantic annotation

  • Protégé is an ontology editing and knowledge management system developed by Stanford University and is an open source software

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Summary

Introduction

The academic community and industry have become increasingly concerned about the Internet of Things (IoT) lately. There are many tools available.[8] It has been proven to be a useful method to describe related sources of information in order to improve data aggregation and data filtering.[2] Semantic annotation can support more effective mechanisms to be designed to create contextaware applications and to integrate IoT data. Through this technology, real world resources and sensor data can be connected to the existing semantic Web.[9]. The relationships among data are used to drive the data ontology and considered the foundation of semantic annotation

Semantic Annotation Method for Dynamic IoT Sensor Data
Phase 1
Phase 2
Simulation environment
Case definition
Simulation results
Conclusions

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