This paper deals with some of the main problems that affect directional antenna ad hoc networks, especially deafness and collisions. By means of a thorough study of the possibilities offered by an antenna array, we propose cooperation as a novel technique for deafness suppression, together with a low complexity multiuser detector and a collision avoidance algorithm tailored for this type of networks. Building on these ideas, a new family of protocols (called Cooperative MAC) is designed. A lower and an upper bound on its performance are compared with the Circular RTS/CTS protocol (CRCM), a known benchmark in this field. We are able to achieve interesting improvements
In this paper we designed a modern Medium access control (MAC) protocol for wireless ad-hoc network ...
However, applying directional antennas to wireless networks can also cause new collisions, such as t...
Use of directional antennas in wireless networks has been widely studied in recent years. Since the ...
Wireless ad hoc networks allow anywhere, anytime network connectivity with complete lack of central ...
Abstract – In this paper we propose a Directional Antenna Medium Access (DAMA) protocol and its enha...
The deployment of traditional higher layer protocols (especially the IEEE 802.11 MAC protocol at the...
The application of directional antennas in wireless ad hoc networks brings numerous benefits, such a...
Directional antennas in ad hoc networks offer many benefits compared with classical omnidirectional ...
Directional Medium Access Control protocols (DMACs) have been studied for decades. Since most existi...
In this paper, we propose a new Medium Access Control (MAC) protocol for full exploitation of direct...
Advances in cooperative communications and directional antenna design so far have taken place in par...
We investigate the possibility of using directional antennas for medium access control in wireless a...
Abstract — Recently, several MAC protocols using directional antennas, typically referred to as dire...
A cooperative multichannel directional medium access control (CMDMAC) protocol incorporating minor-l...
Abstract – In this paper we propose a Directional Antenna Medium Access (DAMA) protocol and its enha...
In this paper we designed a modern Medium access control (MAC) protocol for wireless ad-hoc network ...
However, applying directional antennas to wireless networks can also cause new collisions, such as t...
Use of directional antennas in wireless networks has been widely studied in recent years. Since the ...
Wireless ad hoc networks allow anywhere, anytime network connectivity with complete lack of central ...
Abstract – In this paper we propose a Directional Antenna Medium Access (DAMA) protocol and its enha...
The deployment of traditional higher layer protocols (especially the IEEE 802.11 MAC protocol at the...
The application of directional antennas in wireless ad hoc networks brings numerous benefits, such a...
Directional antennas in ad hoc networks offer many benefits compared with classical omnidirectional ...
Directional Medium Access Control protocols (DMACs) have been studied for decades. Since most existi...
In this paper, we propose a new Medium Access Control (MAC) protocol for full exploitation of direct...
Advances in cooperative communications and directional antenna design so far have taken place in par...
We investigate the possibility of using directional antennas for medium access control in wireless a...
Abstract — Recently, several MAC protocols using directional antennas, typically referred to as dire...
A cooperative multichannel directional medium access control (CMDMAC) protocol incorporating minor-l...
Abstract – In this paper we propose a Directional Antenna Medium Access (DAMA) protocol and its enha...
In this paper we designed a modern Medium access control (MAC) protocol for wireless ad-hoc network ...
However, applying directional antennas to wireless networks can also cause new collisions, such as t...
Use of directional antennas in wireless networks has been widely studied in recent years. Since the ...