none4noInternet-of-things enabled applications are increasingly popular and are expected to spread even more in the next few years. Energy efficiency is fundamental to support the widespread use of such systems. This paper presents a practical framework for the development and the evaluation of low-power Wireless Sensor Networks equipped with energy harvesting, aiming at energy-autonomous applications. An experimental case study demonstrates the capabilities of the solution.mixedMichelangelo Grosso; Salvatore Rinaudo; Edoardo Patti; Andrea AcquavivaMichelangelo Grosso; Salvatore Rinaudo; Edoardo Patti; Andrea Acquaviv
This book is the considered the first to describe sensor-oriented energy harvesting issues. Its cont...
\u3cp\u3eRapid developments of energy harvesting in the past decade have significantly increased the...
The number of devices connected to the Internet increases day by day. Moreover people start using th...
Internet-of-things enabled applications are increasingly popular and are expected to spread even mor...
Wireless autonomous sensors that harvest ambient energy are attractive solutions, due to their conve...
Energy harvesting has generated a lot of interest in low power devices and wireless sensing applicat...
Wireless sensor networks (WSNs) play an increasingly important role in monitoring applications in ma...
Information and Communication Technology (ICT) is changing the way we live and has become an essenti...
This paper presents an introduction and overview of wireless sensors in IoT applications. A typical ...
Low-power is one of the key demands for wireless autonomous sensor nodes. This demand has motivated ...
The principle of energy harvesting, i. e. gleaning of extremely small amounts of energy from the env...
The Internet of Things (IoT) continues its growing trend, while new “smart” objects are con-stantly ...
Wireless sensor nodes are devices that perform measurements (of parameters such as temperature or vi...
This paper presents the testing results of a wireless sensor communication system with low power con...
The existing problem of indoor wireless network is the supply of energy. This project aims to find s...
This book is the considered the first to describe sensor-oriented energy harvesting issues. Its cont...
\u3cp\u3eRapid developments of energy harvesting in the past decade have significantly increased the...
The number of devices connected to the Internet increases day by day. Moreover people start using th...
Internet-of-things enabled applications are increasingly popular and are expected to spread even mor...
Wireless autonomous sensors that harvest ambient energy are attractive solutions, due to their conve...
Energy harvesting has generated a lot of interest in low power devices and wireless sensing applicat...
Wireless sensor networks (WSNs) play an increasingly important role in monitoring applications in ma...
Information and Communication Technology (ICT) is changing the way we live and has become an essenti...
This paper presents an introduction and overview of wireless sensors in IoT applications. A typical ...
Low-power is one of the key demands for wireless autonomous sensor nodes. This demand has motivated ...
The principle of energy harvesting, i. e. gleaning of extremely small amounts of energy from the env...
The Internet of Things (IoT) continues its growing trend, while new “smart” objects are con-stantly ...
Wireless sensor nodes are devices that perform measurements (of parameters such as temperature or vi...
This paper presents the testing results of a wireless sensor communication system with low power con...
The existing problem of indoor wireless network is the supply of energy. This project aims to find s...
This book is the considered the first to describe sensor-oriented energy harvesting issues. Its cont...
\u3cp\u3eRapid developments of energy harvesting in the past decade have significantly increased the...
The number of devices connected to the Internet increases day by day. Moreover people start using th...