AbstractIn this paper we present an analysis of a MAC (Medium Access Control) protocol for wireless sensor networks. The purpose of this protocol is to manage wireless media access by constructing a Time Division Media Access (TDMA) schedule. APMC (Approximate Probabilistic Model Checker) is a tool that uses approximation-based verification techniques in order to analyse the behavior of complex probabilistic systems. Using APMC, we approximately computed the probabilities of several properties of the MAC protocol being studied, thus giving some insights about it performance
Abstract — Sensor networks are networks consisting of minia-ture and low-cost systems with limited c...
Wireless Sensor Networks (WSNs) are dense clusters of sensor nodes, made up of small, intelligent, r...
A MAC (Medium Access Control) protocol has direct impact on the energy efficiency and traffic charac...
In this paper we present an analysis of a MAC (Medium Access Control) protocol for wireless sensor n...
AbstractIn this paper we present an analysis of a MAC (Medium Access Control) protocol for wireless ...
We describe verification of S-MAC, a medium access control protocol designed for wireless sensor net...
Wireless sensor networks are employed in many applications, such as health care, environmental sensi...
International audienceWireless sensor networks are employed in many applications such as health care...
Wireless sensor network applications call for different kinds of network protocols at different leve...
The advent of small, and cheap sensors provides a wide range of measuring options. By making these s...
In this article two new MAC protocols for wireless sensor networks based on TDMA (Time Division Mult...
Wireless sensor networks (WSNs) have become relatively common in recent years with application scena...
International audienceCommunication protocols and techniques are often evaluated using simulation te...
Wireless Sensor Networks (WSNs) are expected to be the next technology to have a huge impact on soci...
Medium Access Control (MAC) protocols play an unde-niably important role in wireless sensor networks...
Abstract — Sensor networks are networks consisting of minia-ture and low-cost systems with limited c...
Wireless Sensor Networks (WSNs) are dense clusters of sensor nodes, made up of small, intelligent, r...
A MAC (Medium Access Control) protocol has direct impact on the energy efficiency and traffic charac...
In this paper we present an analysis of a MAC (Medium Access Control) protocol for wireless sensor n...
AbstractIn this paper we present an analysis of a MAC (Medium Access Control) protocol for wireless ...
We describe verification of S-MAC, a medium access control protocol designed for wireless sensor net...
Wireless sensor networks are employed in many applications, such as health care, environmental sensi...
International audienceWireless sensor networks are employed in many applications such as health care...
Wireless sensor network applications call for different kinds of network protocols at different leve...
The advent of small, and cheap sensors provides a wide range of measuring options. By making these s...
In this article two new MAC protocols for wireless sensor networks based on TDMA (Time Division Mult...
Wireless sensor networks (WSNs) have become relatively common in recent years with application scena...
International audienceCommunication protocols and techniques are often evaluated using simulation te...
Wireless Sensor Networks (WSNs) are expected to be the next technology to have a huge impact on soci...
Medium Access Control (MAC) protocols play an unde-niably important role in wireless sensor networks...
Abstract — Sensor networks are networks consisting of minia-ture and low-cost systems with limited c...
Wireless Sensor Networks (WSNs) are dense clusters of sensor nodes, made up of small, intelligent, r...
A MAC (Medium Access Control) protocol has direct impact on the energy efficiency and traffic charac...