Throughput enhancement can be achieved with two main approaches. The first one is by the increase of transmission rate and the second one is reducing the control traffic. This paper focuses on how the throughput can be enhanced by increasing Maximum Transmission Unit -MTU. Transmission of larger packets can cause a throughput improvement by reducing IP overhead. Analysis results are obtained by a mathematical model and simulation tools with a main focus on wireless channels
In many wireless systems, the energy consumed by the receiver is significantly larger than the energ...
[[abstract]]The Internet and wireless networks are two of the most important technical developments ...
The new opportunities opened up by wireless technologies are also accompanied with new technical cha...
Abstract — The severe channel and interference condition can limit the throughput of the wireless p...
We present a mathematical framework for maximization of single user throughput in a wireless channel...
A major requirement of any computer network is scalability. This can be as a result of increase in t...
Abstract In this paper, we address the following two ques-tions: (i) given a set of nodes with arbi...
In this paper, we address the issue of transmission power control in wireless ad-hoc networks. In ge...
10.1109/TWC.2013.112513.130760IEEE Transactions on Wireless Communications131418-42
The optimal control of multi-hop wireless networks is a major research and design challenge due, in ...
Modern wireless devices, such as those that implement the 802.11b standard, utilize multiple transm...
The trade-off involving capacity and interference in wireless networks, using the metric transmissio...
The aim of this research work is to evaluate the performance characteristics of wired and wireless c...
Abstract—This paper focuses on how to determine an upper bound of maximum throughput from mesh clien...
Abstract—One of the main characteristics of wireless ad hoc networks is their node-centric broadcast...
In many wireless systems, the energy consumed by the receiver is significantly larger than the energ...
[[abstract]]The Internet and wireless networks are two of the most important technical developments ...
The new opportunities opened up by wireless technologies are also accompanied with new technical cha...
Abstract — The severe channel and interference condition can limit the throughput of the wireless p...
We present a mathematical framework for maximization of single user throughput in a wireless channel...
A major requirement of any computer network is scalability. This can be as a result of increase in t...
Abstract In this paper, we address the following two ques-tions: (i) given a set of nodes with arbi...
In this paper, we address the issue of transmission power control in wireless ad-hoc networks. In ge...
10.1109/TWC.2013.112513.130760IEEE Transactions on Wireless Communications131418-42
The optimal control of multi-hop wireless networks is a major research and design challenge due, in ...
Modern wireless devices, such as those that implement the 802.11b standard, utilize multiple transm...
The trade-off involving capacity and interference in wireless networks, using the metric transmissio...
The aim of this research work is to evaluate the performance characteristics of wired and wireless c...
Abstract—This paper focuses on how to determine an upper bound of maximum throughput from mesh clien...
Abstract—One of the main characteristics of wireless ad hoc networks is their node-centric broadcast...
In many wireless systems, the energy consumed by the receiver is significantly larger than the energ...
[[abstract]]The Internet and wireless networks are two of the most important technical developments ...
The new opportunities opened up by wireless technologies are also accompanied with new technical cha...