Add to ORKGThe paper proposes a new contention based Time division multiple access (TDMA) Medium access control (MAC) protocol in wireless ad hoc networks, which can be termed Quadri-stage contention protocol (QSCP). The QSCP protocol is free of both the "hidden terminal" and the "exposed terminal" problems. It is distributive and arbitrarily scalable. In the dedicated contention stage, nodes exchange their "Normalized accumulation and dissipation rate of payload (NADROP)" messages in 2-hop neighborhood, and then run a contention probability calculation algorithm to decide the probability of sending a contention frame. The algorithm guarantees that the number of time slot reserved by a node is proportional to its NADROP v...
This paper proposes a distributed and topologyindependent contention control mechanism for IEEE 802....
A new protocol for scheduling TDMA transmission in a mobile ad hoc network isdeveloped. With this pr...
Ad hoc networks offer infrastructure free operation, where no entity can provide reliable coordinati...
We introduce two new Medium Access Control (MAC) protocols for wireless ad hoc networks, the Progres...
In this paper, we propose two distributed contention-based medium access control (MAC) algorithms to...
Abstract This paper presents a medium access control protocol for wireless networks that improves sy...
[[abstract]]The paper proposes several dynamic bandwidth allocation strategies for QoS routing on TD...
Abstract—This paper presents and analyzes a new near-op-timum medium access control (MAC) protocol. ...
In dynamic wireless ad hoc networks (DynWANs), autonomous computing devices set up a network for the...
In ad-hoc wireless network, the nodes share a common broadcast radio channel and it may be possible ...
Conference Name:2012 5th International Conference on Machine Vision: Algorithms, Pattern Recognition...
This work presents a novel Medium Access Control (MAC) algorithm for single-hop distributed wireless...
A new single channel, TDMA-based broadcast scheduling protocol, termed the Five-Phase Reservation Pr...
This thesis introduces QSMA-CR, a MAC layer protocol that leverages carrier sensing to achieve lower...
In this paper we present an Improved Contention-Free Multi-Channel Medium Access Control protocol (I...
This paper proposes a distributed and topologyindependent contention control mechanism for IEEE 802....
A new protocol for scheduling TDMA transmission in a mobile ad hoc network isdeveloped. With this pr...
Ad hoc networks offer infrastructure free operation, where no entity can provide reliable coordinati...
We introduce two new Medium Access Control (MAC) protocols for wireless ad hoc networks, the Progres...
In this paper, we propose two distributed contention-based medium access control (MAC) algorithms to...
Abstract This paper presents a medium access control protocol for wireless networks that improves sy...
[[abstract]]The paper proposes several dynamic bandwidth allocation strategies for QoS routing on TD...
Abstract—This paper presents and analyzes a new near-op-timum medium access control (MAC) protocol. ...
In dynamic wireless ad hoc networks (DynWANs), autonomous computing devices set up a network for the...
In ad-hoc wireless network, the nodes share a common broadcast radio channel and it may be possible ...
Conference Name:2012 5th International Conference on Machine Vision: Algorithms, Pattern Recognition...
This work presents a novel Medium Access Control (MAC) algorithm for single-hop distributed wireless...
A new single channel, TDMA-based broadcast scheduling protocol, termed the Five-Phase Reservation Pr...
This thesis introduces QSMA-CR, a MAC layer protocol that leverages carrier sensing to achieve lower...
In this paper we present an Improved Contention-Free Multi-Channel Medium Access Control protocol (I...
This paper proposes a distributed and topologyindependent contention control mechanism for IEEE 802....
A new protocol for scheduling TDMA transmission in a mobile ad hoc network isdeveloped. With this pr...
Ad hoc networks offer infrastructure free operation, where no entity can provide reliable coordinati...