Fault tolerance is one of the most important wireless sensor networks requirements. It
ensures that the network continues to function correctly even when some components fail. In …

A wireless sensor network (WSN) is a simple low-cost approach that can be used in a
distributed environment. A WSN is a group of distributed devices that could be employed to …

In this paper we review and analyze redundancy-based fault-tolerant techniques for the IoT
as a paradigm to support two of the main goals of computer security: availability and …

Failover for service-oriented distributed networks is a prerequisite to enabling Internet-of-
Things (IoT) in the sense of deploy-once, run forever. Resource reconfiguration is required …

In the emerging field of the Internet of Things (IoT), Wireless Sensor Networks (WSNs) have
a key role to play in sensing and collecting measures on the surrounding environment. In the …

Sensor/Actuator devices are currently being massively adopted, often as nodes of larger
sensor networks. These sensor networks are typically dedicated to context acquisition (eg …

In this paper we present a case study for a design of a reliable body area network (BAN) for
monitoring fire fighter rescue teams according to the requirements defined by the Berlin fire …

Currently, Cloud Computing is a cutting edge technology as it is changing how people
produce, consume and share information. Nevertheless, a bigger evolution of the Cloud is …

Fog and Mist computing exploits computational resources of IoT devices located at the edge
of the network. This new infrastructure brings benefits related to latency and Internet …

The limited computational and storage capabilities of the devices interconnected in Internet
of Things (IoT) make them to host only a sub-set of the the collected data. Every device, ie …