Mary Luz Mouronte

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— This paper explores the use of dynamic software variability techniques to manage Wireless Sensor and Actuator Networks (WSANs), and we describe both an architecture and a dynamic software variability mechanism that can be integrated in WSAN scenarios. Our main goal is to apply runtime variability to describe the context-aware properties of a WSAN family(More)
To keep up with rapidly changing conditions, business systems and their associated networks are growing increasingly intricate as never before. By doing this, network management and operation costs not only rise, but are difficult even to measure. This fact must be regarded as a major constraint to system optimization initiatives, as well as a setback to(More)