This chapter describes an architecture for slicing, virtualizing, and federating wireless sensor
network (WSN) resources. The architecture, which we call KanseiGenie, allows users–be …

Wireless sensor-actuator systems (WSAS) offer exciting opportunities for emerging
applications by facilitating fine-grained monitoring and control, and dense instrumentation …

We present DESAL alpha, a realization of the dynamic embedded sensor-actuator language
for Telos-based devices. The platform provides native support for:(i) rule-based …

The difficulty of developing wireless sensor systems is widely recognized. Problems
associated with testing, debugging, and profiling are key contributing factors. While network …

Wireless sensor network (WSN) testbeds are useful because they provide a way to test
applications in an environment that makes it easy to deploy experiments, configure them …

We present the NePTune approach and supporting system architecture for sensor network
optimization. NePTune relies on a control loop strategy with performance monitoring …

We focus on application of abstract network protocols towards prototyping sensor networks.
Such abstract programs exist for several applications, eg, routing, tracking, dissemination …

Abstract The Dynamic Embedded Sensor-Actuator Language (DESAL)[2] is a rule-based
programming language, without events, interrupts, or hidden control. Nodes have built-in …

Ubiquitous computing has become a widespread phenomenon in today's modern world,
with the computing technology integrating with our daily life in an invisible manner …

Embedded network systems are subject to transient faults, including memory corruption,
message corruption, and message loss. The self-stabilization paradigm offers an efficient …