The field of IoT has blossomed and is positively influencing many application domains. In
this article, we bring out the unique challenges this field poses to research in computer …

Collaboration of batteryless nodes is essential to their success in replacing traditional
battery-based systems. Energy-harvesting sensor nodes experience spatio-temporal …

With the wide utilization of wireless sensor networks (WSN), higher reliability and stability
are being pursued gradually. In most cases, the communication capability for sensor …

The Internet of Things (IoT) is, at this moment, one of the most promising technologies that
has arisen for decades. Wireless Sensor Networks (WSNs) are one of the main pillars for …

Energy-constrained sensor nodes can adaptively optimize their energy consumption if a
continuous measurement is provided. This is of particular importance in scenarios of high …

Monitoring systems are important for debugging and analyzing Wireless Sensor Networks
(WSN). In passive monitoring, a monitoring network needs to be deployed in addition to the …

Wireless sensor networks (WSNs) are plagued by the possibility of bugs manifesting only at
deployment. However, debugging deployed WSNs is challenging for several reasons---the …

Testbeds for wireless IoT devices facilitate testing and validation of distributed target nodes.
A testbed usually provides methods to control, observe, and log the execution of the …

This paper introduces TRACELAB, a new testbed architecture that allows for fine-grained
tracing of time sensitive behavior of low-power wireless embedded systems. Such traces …

Testbeds have become a vital tool for evaluating and benchmarking applications and
algorithms in the Internet of Things (IoT). IoT testbeds commonly consist of low-power IoT …