Abstract—In a wireless network, with the aid of rate adapta-tion, multiuser diversity can be exploited by allowing the mobile user with the best channel to use the channel. However, the overhead that results from polling mobile stations to obtain channel state information (CSI) in large networks can outweigh the multiuser diversity gain. In this paper, we propose a wireless medium access control protocol, namely Multiuser Diversity with Capture (MDC), which explicitly employs the capture effect to obviate the overhead problem. We analyze the goodput performance of MDC and compare it with the Medium Access Diversity (MAD) scheme proposed in the literature. Our results show that MDC is effective in networks with radio receivers possessing rea...
A novel multiple access control (MAC) protocol (CHARISMA) is introduced for integrated wireless voic...
Multiuser diversity can be employed in wireless communications to significantly improve system perfo...
In recent work, we have introduced MI-MAC (Multimedia Integration Multiple Access Control), a new ac...
This thesis paper proposes a Medium Access Control (MAC) protocol for wireless networks, termed as C...
An opportunistic feedback protocol has been proposed in the literature to achieve multiuser diversit...
In this paper, we propose a new multiple access control (MAC) protocol for wireless distributed mult...
Multiuser diversity refers to a type of diversity present across different users in a fading environ...
The conventional function of the medium access control (MAC) layer in wireless networks is interfere...
This chapter deals with the problem of designing and effectively utilizing wireless communication ch...
In this paper, we consider a distributed medium access control (MAC) for mobile ad-hoc networks (MAN...
A synchronous multi-channel multi-access Medium Access Control (MAC) protocol for Wireless Local Are...
As smart devices boom and bandwidth-hungry applications (e.g., high-definition videos, telepresence ...
MAC (Medium Access Control) protocols define rules for orderly access to the shared medium and play ...
A new medium access control (MAC) protocol for mobile wireless communications is presented and inves...
Summarization: A new medium access control (MAC) protocol for mobile wireless communications is pres...
A novel multiple access control (MAC) protocol (CHARISMA) is introduced for integrated wireless voic...
Multiuser diversity can be employed in wireless communications to significantly improve system perfo...
In recent work, we have introduced MI-MAC (Multimedia Integration Multiple Access Control), a new ac...
This thesis paper proposes a Medium Access Control (MAC) protocol for wireless networks, termed as C...
An opportunistic feedback protocol has been proposed in the literature to achieve multiuser diversit...
In this paper, we propose a new multiple access control (MAC) protocol for wireless distributed mult...
Multiuser diversity refers to a type of diversity present across different users in a fading environ...
The conventional function of the medium access control (MAC) layer in wireless networks is interfere...
This chapter deals with the problem of designing and effectively utilizing wireless communication ch...
In this paper, we consider a distributed medium access control (MAC) for mobile ad-hoc networks (MAN...
A synchronous multi-channel multi-access Medium Access Control (MAC) protocol for Wireless Local Are...
As smart devices boom and bandwidth-hungry applications (e.g., high-definition videos, telepresence ...
MAC (Medium Access Control) protocols define rules for orderly access to the shared medium and play ...
A new medium access control (MAC) protocol for mobile wireless communications is presented and inves...
Summarization: A new medium access control (MAC) protocol for mobile wireless communications is pres...
A novel multiple access control (MAC) protocol (CHARISMA) is introduced for integrated wireless voic...
Multiuser diversity can be employed in wireless communications to significantly improve system perfo...
In recent work, we have introduced MI-MAC (Multimedia Integration Multiple Access Control), a new ac...