Wireless Sensor Networks facilitate monitoring physical environments with improved
accuracy. Localization has been a major challenge in such networks because without …

The technique of nding physical co-ordinates of a node is known as localization. Importance
of localization arises from the need to tag the sensed data and associate events with their …

Recent advancement in the wireless sensor network has contributed greatly to emerging of
low-cost, low-powered sensor nodes. Even though deployment of large-scale wireless …

Due to their wide applications, wireless sensor networks have attracted global research in
medical care, smart homes, and environmental monitoring. These applications often expect …

Existing localization algorithms for mobile sensor networks are usually based on the
Sequential Monte Carlo (SMC) method. They either suffer from low sampling efficiency or …

In wireless sensor networks (WSNs), location information is regarded as essential
information to achieve intelligent monitoring and control. Recently, a large number of range …

Over the past decade, wireless sensor networks (WSNs) have been a widely used paradigm
for observing various environmental phenomena via sampling. Wireless sensor networks …