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Ultra Low Power FPGA-Based Architecture for Wake-up Radio in Wireless Sensor Networks
In this paper the capabilities of ultra low power FPGAs to implement Wake-up Radios (WuR) for ultra low energy Wireless Sensor Networks (WSNs) are analyzed. The main goal is to evaluate theExpand
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Hardware-software integration platform for a WSN testbed based on cookies nodes
In this work a complete hardware-software support platform for a WSN testbed focused on developing wireless sensor applications in a simple and intuitive way is presented, as an alternative ofExpand
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Wireless Sensor Networks Node with Remote HW/SW Reconfiguration Capabilities
The inclusion of reconfigurable HW in nodes for Wireless Sensor Networks (WSNs) is not a common issue in the framework of the design of state of the art HW platforms for WSNs, mainly due to its highExpand
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A Dynamically Adaptable Image Processing Application Trading Off Between High Performance, Consumption and Dependability in Real Time
TLDR
A new dynamically adaptable virtual architecture (ARTICo3) to allow dynamic and context-aware use of resources is implemented in a high performance Wireless Sensor node to perform an image processing application. Expand
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Route-back delivery protocol for collection tree protocol-based applications
TLDR
We propose the Route-back Delivery (RBD) protocol; a routing mechanism to create reverse routes exploiting the Collection Tree Protocol to allow unicast data dissemination from the sink. Expand
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Wake up Radio Architecture for Wireless Sensor Networks Using an Ultra Low Power FPGA
In this paper an implementation of a Wake up Radio(WuR) with addressing capabilities based on an ultra low power FPGA for ultra low energy Wireless Sensor Networks (WSNs) is proposed. The main goalExpand
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A reliable support tool for monitoring, testing and debugging wireless sensor cookie nodes
TLDR
A WSN Support Tool for developing, testing, monitoring and debugging new application prototypes in a reliable and robust way is proposed, by combining a Hardware -Software Integration Platform with the implementation of a parallel communication channel that helps users to interact to the experiments in runtime without interfering in the operation of the wireless network. Expand
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Novel optoelectronic platform for label-free biosensing of influenza detection based on interferometric transducers
The main goal of this project is to present an Optical Label-free Point-ofCare Device based on a novel read-out methodology that enhances significantly the biosensing response in terms of sensitivityExpand
Testbed infrastructure for debugging, analyzing and optimizing WSN nodes based on a modular HW-SW architecture
The Internet of Things has emerged as one of the key aspects to the future of the Wireless Sensor Networ ks and their impact in new applications in real environments. This concept poses newExpand
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