\u3cp\u3eIn order to simultaneously optimize network lifetime and latency in wireless sensor networks (WSN), an always-on wake-up receiver (WuRx) can be used to monitor the radio link continuously. For truly autonomous sensor nodes employing energy scavenging, only 50μW power is available for the WuRx [1]. An envelope detector is a popular choice in WuRx because of its low power consumption. However, the detector is always the bottleneck of the receiver sensitivity since it attenuates low level input signal and adds excessive noise. One way of improving sensitivity is to amplify the signal before the detector, for example at RF [2, 3] or IF [4] stages, to enhance the SNR at the output.\u3c/p\u3
International audienceAchieving energy efficient wireless communication is the most pursued goal in ...
In power-limited wireless devices such as wireless sensor networks, wearable components, and Interne...
Wireless communication circuits often dominate the power consumption of Internet of Things (IoT) dev...
A novel wake-up receiver for wireless sensor networks is introduced. It operates with a modified med...
International audienceLong lifetime is the most pursued goal in Wireless Sensor Networks (WSNs). As ...
In wireless sensor networks (WSNs), batteries are unlikely to be replaced or recharged once they get...
Energy-efficient operation is a challenge for wireless sensor networks (WSNs). A common method emplo...
Wireless Sensor Networks have found diverse applications from health to agriculture and industry. Th...
With the introduction of Internet of Things (IoT) technology in several sectors, wireless, reliable,...
To minimize energy consumption of state-of-the-art wireless sensor nodes, asynchronous communication...
The use of duty-cycled ultralow-power wake-up receivers (WRxs) can significantly extend a node lifet...
Abstract—Wake-up receivers (WuRxs) can improve the life-time of a wireless sensor network by reducin...
Traditionally, sophisticate power-aware wake-up techniques have been employed to achieve energy effi...
Since in most wireless sensor network (WSN) scenarios nodes must operate autonomously for months or ...
none5noTo enable pervasive exploitation of wireless sensor networks (WSNs), semi-passive wake-up rad...
International audienceAchieving energy efficient wireless communication is the most pursued goal in ...
In power-limited wireless devices such as wireless sensor networks, wearable components, and Interne...
Wireless communication circuits often dominate the power consumption of Internet of Things (IoT) dev...
A novel wake-up receiver for wireless sensor networks is introduced. It operates with a modified med...
International audienceLong lifetime is the most pursued goal in Wireless Sensor Networks (WSNs). As ...
In wireless sensor networks (WSNs), batteries are unlikely to be replaced or recharged once they get...
Energy-efficient operation is a challenge for wireless sensor networks (WSNs). A common method emplo...
Wireless Sensor Networks have found diverse applications from health to agriculture and industry. Th...
With the introduction of Internet of Things (IoT) technology in several sectors, wireless, reliable,...
To minimize energy consumption of state-of-the-art wireless sensor nodes, asynchronous communication...
The use of duty-cycled ultralow-power wake-up receivers (WRxs) can significantly extend a node lifet...
Abstract—Wake-up receivers (WuRxs) can improve the life-time of a wireless sensor network by reducin...
Traditionally, sophisticate power-aware wake-up techniques have been employed to achieve energy effi...
Since in most wireless sensor network (WSN) scenarios nodes must operate autonomously for months or ...
none5noTo enable pervasive exploitation of wireless sensor networks (WSNs), semi-passive wake-up rad...
International audienceAchieving energy efficient wireless communication is the most pursued goal in ...
In power-limited wireless devices such as wireless sensor networks, wearable components, and Interne...
Wireless communication circuits often dominate the power consumption of Internet of Things (IoT) dev...