In this paper we investigate the benefits of placing optimal number of sinks for a wireless sensor network (WSN) to prolong the network lifetime, provided that the number of hops from each sensor to its nearest sink is no more than h ≥ 1 and the sink l
To improve the lifetime of mobile sink-based wireless sensor networks and considering that data tran...
We define scalable models and distributed heuristics for the concurrent and coordinated movement of ...
We propose scalable models and centralized heuristics for the concurrent and coordinated movement of...
Abstract—This paper explores the idea of exploiting the mobil-ity of data collection points (sinks) ...
In Wireless Sensor Networks, potential sink selection and sink movements are costly in terms of node...
This paper investigates heuristics to control and coordinate the concurrent movement of multiple sin...
Reducing the energy holes by using multiple mobile sinks and reducing the one hop sensor energy cons...
In this paper, we address the fundamental question concerning the limits on the network lifetime in ...
Abstract—We address the problem of maximizing the lifetime in a wireless sensor network with energy-...
The need for wireless sensor networks is rapidly growing in a wide range of applications specially f...
Employing multiple base stations is an attractive approach to enhance the lifetime of wireless senso...
With the advances of more and more mobile sink deployments (e.g., robots and unmanned aerial vehicle...
Employing multiple base stations is an attractive approach to enhance the lifetime of wireless senso...
In this paper we address the problem of maximizing the lifetime in a wireless sensor network with en...
Abstract This paper demonstrates the advantages of using controlled mobility in wireless sensor netw...
To improve the lifetime of mobile sink-based wireless sensor networks and considering that data tran...
We define scalable models and distributed heuristics for the concurrent and coordinated movement of ...
We propose scalable models and centralized heuristics for the concurrent and coordinated movement of...
Abstract—This paper explores the idea of exploiting the mobil-ity of data collection points (sinks) ...
In Wireless Sensor Networks, potential sink selection and sink movements are costly in terms of node...
This paper investigates heuristics to control and coordinate the concurrent movement of multiple sin...
Reducing the energy holes by using multiple mobile sinks and reducing the one hop sensor energy cons...
In this paper, we address the fundamental question concerning the limits on the network lifetime in ...
Abstract—We address the problem of maximizing the lifetime in a wireless sensor network with energy-...
The need for wireless sensor networks is rapidly growing in a wide range of applications specially f...
Employing multiple base stations is an attractive approach to enhance the lifetime of wireless senso...
With the advances of more and more mobile sink deployments (e.g., robots and unmanned aerial vehicle...
Employing multiple base stations is an attractive approach to enhance the lifetime of wireless senso...
In this paper we address the problem of maximizing the lifetime in a wireless sensor network with en...
Abstract This paper demonstrates the advantages of using controlled mobility in wireless sensor netw...
To improve the lifetime of mobile sink-based wireless sensor networks and considering that data tran...
We define scalable models and distributed heuristics for the concurrent and coordinated movement of ...
We propose scalable models and centralized heuristics for the concurrent and coordinated movement of...