Abstract
The Internet of things(IoT) is now considered among the most emerging technologies aiming to interconnect heterogeneous smart devices in several areas without human interaction . From sensing and identification to data processing and storing. The Building and the monitoring of smart systems like smart homes, smart campus and smart cities pass through several stages on which different tools and platforms coexist to answer this need. In this paper, we present a survey on recent works using IoT tools to build their systems. Particularly, we classify and compare them according to layers and characteristics that we have defined such as data acquisition, data processing , software used, conformity to standards. Hence , our study aims to provide a clear vision on available functionalities during the process of building IoT systems based on most used IoT tools and to help users to choose the most adapted tool depending on their needs.
Highlights
IntroductionThe Internet of Things (IoT) is above all a concept that allows the Internet network to be extended to everyday objects
The Internet of Things (IoT) is above all a concept that allows the Internet network to be extended to everyday objects.This technology allows data transfer between different connected objects without human intervention
The main components of IoT system can be presented in 3 parts : a) Hardware: The hardware part stands for all the equipments required to:
Summary
The Internet of Things (IoT) is above all a concept that allows the Internet network to be extended to everyday objects This technology allows data transfer between different connected objects without human intervention. From the watch to the shower head, everyday objects are increasingly derived from connected objects for a better adaptation to their user. This is a technological breakthrough leading to major changes in our lifestyle. The bridge between the different machines is done without human interaction to adapt to the needs and the environment The development of these functionalities is possible thanks to the optimization of new electronic technologies such as RFID, WSN and associated sensors. We conclude the paper with a conclusion and future works
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