Add to ORKGMost multiple access collision avoidance-based (MAC) protocols for WLAN systems have been using fixed transmission power and have not considered energy-saving techniques targeted on channel estimation models. In order to prolong battery life and to improve the overall throughput performance of such systems, a novel PHY-MAC cross-layer energy-saving mechanism based on a distributed queuing MAC protocol and fuzzy logic theory is introduced for WLAN systems. Computer simulations have been performed and values for the throughput maximum performance and energy consumption have been obtained as a function of different scenario parameters. These values show that the throughput outperforms the one obtained with the IEEE 802.11 standard while reduci...
In this paper we evaluate the energy efficiency of MIMO technologies introduced in the emerging IEEE...
Cross-Layer optimization is an emerging research topic. This paper proposes two novel cross-layer me...
Abstract—Understanding the energy consumption of wireless interfaces is critical to provide guidelin...
The IEEE 802.11 protocol has become the de facto communication technology for WLANs (Wireless Local ...
The paper analyses the performance of a novel MAC-PHY scheme for wireless local area networks (WLAN)...
Abstract. The finite battery power of mobile computers represents one of the greatest limitations to...
We focus on energy saving in 802.11-based WLANs. Previous work has shown that, on the one hand, 802....
Energy efficiency is a main issue in a wireless local area network. Reducing energy consumption lowe...
Wireless Local Area Networks (WLANs) operating in the industrial, scientific and medical (ISM) radio...
The Wi-Fi technology, driven by its tremendous success, is expanding into a wide variety of devices ...
The Distributed Coordination Function (DCF) is the mandatory access method for any compliant device ...
This paper analyzes the performance of a duty-cycled polling-based access mechanism that exploits th...
Energy is a critical resource in the design of Ad-hoc and multi-hop wireless networks, since wireles...
The wide spread use of IEEE Wireless LAN 802.11 in battery operated mobile devices introduced the ne...
[[abstract]]Scarce resources of wireless medium (e.g., bandwidth, battery power, and so on) signific...
In this paper we evaluate the energy efficiency of MIMO technologies introduced in the emerging IEEE...
Cross-Layer optimization is an emerging research topic. This paper proposes two novel cross-layer me...
Abstract—Understanding the energy consumption of wireless interfaces is critical to provide guidelin...
The IEEE 802.11 protocol has become the de facto communication technology for WLANs (Wireless Local ...
The paper analyses the performance of a novel MAC-PHY scheme for wireless local area networks (WLAN)...
Abstract. The finite battery power of mobile computers represents one of the greatest limitations to...
We focus on energy saving in 802.11-based WLANs. Previous work has shown that, on the one hand, 802....
Energy efficiency is a main issue in a wireless local area network. Reducing energy consumption lowe...
Wireless Local Area Networks (WLANs) operating in the industrial, scientific and medical (ISM) radio...
The Wi-Fi technology, driven by its tremendous success, is expanding into a wide variety of devices ...
The Distributed Coordination Function (DCF) is the mandatory access method for any compliant device ...
This paper analyzes the performance of a duty-cycled polling-based access mechanism that exploits th...
Energy is a critical resource in the design of Ad-hoc and multi-hop wireless networks, since wireles...
The wide spread use of IEEE Wireless LAN 802.11 in battery operated mobile devices introduced the ne...
[[abstract]]Scarce resources of wireless medium (e.g., bandwidth, battery power, and so on) signific...
In this paper we evaluate the energy efficiency of MIMO technologies introduced in the emerging IEEE...
Cross-Layer optimization is an emerging research topic. This paper proposes two novel cross-layer me...
Abstract—Understanding the energy consumption of wireless interfaces is critical to provide guidelin...