Asymmetric links are common in wireless networks for a variety of physical, logical, operational, and legal considerations. An asymmetric link supports uni-directional communication between a pair of mobile stations and requires a set of relay stations for the transmission of packets in the other direction. We introduce a MAC layer protocol for wireless networks with Asymmetric links (AMAC). The MAC layer protocol requires fewer nodes to maintain silence during a transmission exchange than the protocols proposed in [1, 2]. We present a set of concepts and metrics characterizing the ability of a medium access control protocol to silence nodes which could cause collisions. Copyright 2006 ACM
In wireless network, all radio nodes are tuned to the same frequency to interconnect and establish c...
Duty-cycling is a primary technique significantly improving the energy efficiency of Wireless Sensor...
Abstract – A lot of research has taken place in the field of MANETs but it still has a lot of issues...
We introduce AsyMAC, a MAC layer protocol for wireless networks with asymmetric links and study a pr...
We introduce AsyMAC, a MAC layer protocol for wireless networks with asymmetric links and study a pr...
In this paper we discuss cross-layer information sharing for power- and location aware wireless netw...
This paper describes the design and performance of a link-layer protocol for indoor and outdoor wire...
Abstract – A lot of research has taken place in the field of MANETs but it still has a lot of issues...
In this paper we designed a modern Medium access control (MAC) protocol for wireless ad-hoc network ...
This chapter deals with the problem of designing and effectively utilizing wireless communication ch...
MAC (Medium Access Control) protocols define rules for orderly access to the shared medium and play ...
Traditional MAC and routing protocols, which are primarily designed for homogeneous networks wherein...
Wireless networks are designed to provide the enabling infrastructure for emerging technological adv...
Recent technological advances in wireless communications offer new opportunities and challenges for ...
The deployment of traditional higher layer protocols (especially the IEEE 802.11 MAC protocol at the...
In wireless network, all radio nodes are tuned to the same frequency to interconnect and establish c...
Duty-cycling is a primary technique significantly improving the energy efficiency of Wireless Sensor...
Abstract – A lot of research has taken place in the field of MANETs but it still has a lot of issues...
We introduce AsyMAC, a MAC layer protocol for wireless networks with asymmetric links and study a pr...
We introduce AsyMAC, a MAC layer protocol for wireless networks with asymmetric links and study a pr...
In this paper we discuss cross-layer information sharing for power- and location aware wireless netw...
This paper describes the design and performance of a link-layer protocol for indoor and outdoor wire...
Abstract – A lot of research has taken place in the field of MANETs but it still has a lot of issues...
In this paper we designed a modern Medium access control (MAC) protocol for wireless ad-hoc network ...
This chapter deals with the problem of designing and effectively utilizing wireless communication ch...
MAC (Medium Access Control) protocols define rules for orderly access to the shared medium and play ...
Traditional MAC and routing protocols, which are primarily designed for homogeneous networks wherein...
Wireless networks are designed to provide the enabling infrastructure for emerging technological adv...
Recent technological advances in wireless communications offer new opportunities and challenges for ...
The deployment of traditional higher layer protocols (especially the IEEE 802.11 MAC protocol at the...
In wireless network, all radio nodes are tuned to the same frequency to interconnect and establish c...
Duty-cycling is a primary technique significantly improving the energy efficiency of Wireless Sensor...
Abstract – A lot of research has taken place in the field of MANETs but it still has a lot of issues...