Overview of Different Operating Systems for IoT Constrained Devices

Tamanna Zaman Bristy; Methila Farzana Woishe; Nila Sultana

Abstract

The Internet of Things appeals to an incredible deal of studies and industry interest currently and is envisaged to guide numerous rising domain names and disciplines such as smart cities, health informatics, and smart sensory platforms. Operating device guide for IoT performs a pivotal function in growing scalable and interoperable packages that are dependable and efficient. IoT is carried out through each high-end and low-end device that requires working systems. Recently, we have witnessed a range of OSes rising into the IoT surroundings to facilitate IoT deployments and developments. In this paper, we present a complete assessment of the not unusual place and current open-supply OSes for IoT. Each OS is defined in info primarily based totally on reminiscence control and strength efficiency. We present a taxonomy of the contemporary IoT open-supply OSes. The goal of this survey is to provide a well-based manual to builders and researchers to decide the maximum suitable OS for every particular IoT device/application primarily based totally on their functional and non-functional requirements.

Abstract

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