Testbeds are indispensable for debugging and evaluating wireless embedded systems.
While existing testbeds provide ample opportunities for realistic, large-scale experiments …

Medical devices based on embedded systems are ubiquitous in clinical settings.
Increasingly, they connect to networks and run off-the-shelf operating systems vulnerable to …

This paper describes EM-Based Detection of Deviations in Program Execution (EDDIE), a
new method for detecting anomalies in program execution, such as malware and other code …

In wireless sensor networks (WSNs), diagnosis is a crucial and challenging task due to the
distributed nature and stringent resources. Most previous approaches are supervised …

Recent economic and technical advances in wireless communication have allowed the
deployment of low-power and lossy wireless networks-LowPANs, potentially comprised of a …

Wireless Sensor Network (WSN) technology has recently moved out of controlled laboratory
settings to real-world deployments. Many of these deployments experience high rates of …

Advancements in the area of computing and the networking gave birth to a new concept
Internet of Things (IoT). This can be thought as “network of future” connecting diverse …

Network diagnosis is crucial in managing a wireless sensor network (WSN) since many
network-related faults, such as node and link failures, can easily happen. Diagnosis tools …

Several diagnostic tracing techniques (eg, event, power, and control-flow tracing) have been
proposed for run-time debugging and postmortem analysis of wireless sensor networks …

The networked application environment has motivated the development of multitasking
operating systems for sensor networks and other low-power electronic devices, but their …