Research Area: Internet of Things
The main goal of the paper is to integrate three emergent technologies (Internet of Things, Cloud Computing and Context awareness) in a multi-layered architecture for developing real-time process control agriculture application. For this, the paper presents original solutions for a Control and Monitoring unit (CMU) which performs real-time control as an entity running on an IoT platform, a Context-aware Control Platform (CaCP) with a three-tier architecture, serving as middleware mechanism for interfacing environmental sensors with IoT and Cloud and a four-level architecture to perform agriculture process control, that includes the CMU and CaCP modules. These solutions are validated by a case study application implemented on an IBM Bluemix IoT platform which performs automatic control of an irrigation system using context aware adaptation of controller parameters in response to environmental changes.
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Author(s) Name: Radu Dobrescu, Daniel Merezeanu, Stefan Mocanu
Journal name: Computers and Electronics in Agriculture
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Publisher name: Elsevier
DOI: 10.1016/j.compag.2019.03.005
Volume Information: Volume 160, May 2019, Pages 91-99
