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Mobility Management in WSNs using Fuzzy Logic: An Industrial Application Scenario
(IEEE, 2012)
Mobility management in Wireless Sensor Networks is considered to be of an up most importance for today's critical applications. In this paper, we present a soft mobility management solution where the mobility procedures ...
The GINSENG System for Wireless Monitoring and Control: Design and Deployment Experiences
(ACM, 2013)
Today’s industrial facilities, such as oil refineries, chemical plants, and factories, rely on wired sensor systems to monitor and control the production processes. The deployment and maintenance of such cabled systems is ...
Wireless sensor networks mobility management using fuzzy logic
(Elsevier, 2014)
This paper presents a novel, intelligent controller to support mobility in wireless sensor
networks. In particular, the focus is on the deployment of such mobility solution to critical
applications, like personnel safety ...
WSN Evaluation in Industrial Environments First results and lessons learned
(IEEE, 2011)
The GINSENG project develops performance-controlled wireless sensor networks that can be used for time-critical applications in hostile environments such as industrial plant automation and control. GINSENG aims at integrating ...
The NOPTILUS project overview: A fully-autonomous navigation system of teams of AUVs for static/dynamic underwater map construction
(IFAC (International Federation of Automatic Control), 2015)
Within the project NOPTILUS, a fully functional system/methodology had been
developed that allows the cooperative, fully-autonomous navigation of teams of AUVs when
deployed in Static or Dynamic Underwater Map Construction ...
Autonomous Navigation of Teams of Unmanned Aerial or Underwater Vehicles for Exploration of Unknown Static & Dynamic Environments
(MED’13, 2013)
In this paper, we present a new approach that
is able to efficiently and fully-autonomously navigate a team
of Unmanned Aerial or Underwater Vehicles (UAUV’s) when
deployed in exploration of unknown static and dynamic ...
Mobility in WSNs for Critical Applications
(IEEE, 2011)
Recent critical application sectors of sensor networks like military, health care, and industry require the use of mobile sensor nodes, something that poses unique challenges in aspects like handoff delay, packet loss, and ...
Controlling the Handoff Procedure in an Oil Refinery Environment Using Fuzzy Logic
(IEEE, 2012)
Mobility is one of the most important challenges in a wireless sensor system. Usually, continuous connectivity of a Mobile Node (MN) is achieved by supporting handoff from one connection point to another. In order to ...
Radio Propagation in Industrial Wireless Sensor Network Environments: From Testbed to Simulation Evaluation
(ACM, 2012)
In recent years, sensor networks characteristics have led to incremental utilization in different types of applications. Several techniques have been proposed to evaluate the performance of WSNs; the two most popular being ...
Dynamic Topology Control for WSNs in Critical Environments
(IEEE, 2011)
Plant automation and control are mission-critical applications and require timely and reliable data delivery, which is difficult to provide using a wireless technology. This is especially more difficult in industrial ...