A mobile wireless sensor network owes its name to the presence of mobile sink or sensor
nodes within the network. The advantages of mobile WSN over static WSN are better energy …

Sophisticated electronics are within reach of average users. Cooperation between wireless
sensor networks and existing consumer electronic infrastructures can assist in the areas of …

The current sensor networks are assumed to be designed for specific applications, having
strongly coupled data communication protocols. The future sensor networks are envisioned …

Sensor networks hold the promise of facilitating large-scale, real-time data processing in
complex environments. In most existing research, sensors are assumed to be static nodes …

Sensor networks are distributed networks made up of small sensing devices equipped with
processors, memory, and short-range wireless communication. They differ from traditional …

Deployment of large population of sensors for sophisticated sensing and control in the
industrial and commercial infrastructures is a challenging research area. The use of wireless …

Sensor networks are becoming one of the most used technologies in our lives. Although
there are several surveys about sensor networks, almost all of them focus on theoretical …

Our goal is to identify the key architectural and design issues related to Sensor Networks
(SNs), evaluate the proposed solutions, and to outline the most challenging research …

In mobility-centric environments, wireless sensor networks are designed to accommodate
energy efficiency, dynamic self-organization and mobility. In typical applications of wireless …

The concept of a three layer distributed sensor network for patient monitoring and care is
introduced. The envisioned network has a leaf node layer (consisting of patient sensors), an …