The recent advances in the Internet of Things (IoT) area, which has provided an increasing availability of networked sensors and actuators, has given a new perspective to research in the sensor data processing in IoT. In this sense, the main contribution of this paper is the proposition of COIOT (COntext + IOT), a rule-based architecture proposal for distributed sensing in IoT designed with the aim of providing the proactive management of the EXEHDA Middleware interactions with the physical environment. To evaluate the functionalities of the proposed architecture we implemented a case study in the agricultural area. The achieved results are very promising.
['Anderson Cardozo', 'Adenauer C. Yamin', 'Rodrigo Santos de Souza', 'Patricia Davet', 'João Ladislau Lopes', 'Cláudio Fernando Resin Geyer']
Sensing and Actuation in IoT: An Autonomous Rule Based Approach