A Four-Layer Wireless Sensor Network Framework for IoT Applications

Abstract

ABSTRACT

With the advancement of Internet-of-Things (IoT) innovations, a wide scope of Wireless Sensor Networks (WSNs) will be received in an assortment of use conditions. Given the way that the vast majority of these WSNs are obliged by restrictions in energy assets, handling ability, stockpiling limit, and correspondence range, their arrangement should fulfill the continuous limitations dependent on the sort of utilizations. This paper proposes a constant IoT-based WSN with configurable hubs with various sensors. The hubs can gather information from the general climate, and present it on the cloud for all-inclusive availability by the clients. With this framework, clients can without much of a stretch access and investigate different information, for example, temperature, dampness, movement recognition, illuminance, CO gas, air quality, and so forth and make vital moves upon that data. The feasibility of proposed WSN IoT system has been confirmed through continuous equipment execution.

Keywords: IoT, WSN, Energy resources, Storage capacity, Gas, Air