Abstract—Motivated by the fact that a plethora of different applications, ranging from streaming video to file transferring, are using TCP we propose a set of utility functions that capture these application and optimise the transmission of TCP over wireless via a utility maximisation framework. We show that defining such a set of utility functions in the design of the wireless resource allocation problem can significantly benefit the overall efficiency metrics such as the end-to-end throughput and fairness among end-to-end flows. We quantify the achieved gains via numerical investigations by detailing a resource allocation problem based on the proposed framework. I
The paradigm of a traditional wired network protocol stack is a hierarchy of services provided by ea...
Abstract. TCP performance degrades when end-to-end connections extend over wireless connections — li...
Abstract—In this paper, we propose a dynamic OFDMA based subcarrier/power allocation scheme, which a...
From providing only voice communications, wireless networks aim to provide a wide range of services ...
This paper investigates the joint optimization of time allocation and transmit power in wireless-pow...
Abstract — This paper proposes a scheme for bandwidth allocation in wireless ad hoc networks. The Qu...
Abstract—Various cross-layer optimizations have been recently proposed to improve the performance of...
This work addresses the fundamental problem of the trade-off between resource efficiency and user fa...
This paper proposes an analytical framework for performance evaluation of TCP (transport control pro...
Abstract—The continuously increasing demand for resources in modern, both wired and wireless, commun...
We study the problem of optimizing aggregate user utility in wireless ad-hoc networks under the cons...
Wireless mobile network optimization is a complex task that consists in achieving different design o...
Abstract—A significant body of recent research has analyzed the problematic behavior of TCP over wir...
Abstract — This article presents a time-aware admission control and resource allocation scheme in wi...
This book presents state-of-the-art research on robust resource allocation in current and future wir...
The paradigm of a traditional wired network protocol stack is a hierarchy of services provided by ea...
Abstract. TCP performance degrades when end-to-end connections extend over wireless connections — li...
Abstract—In this paper, we propose a dynamic OFDMA based subcarrier/power allocation scheme, which a...
From providing only voice communications, wireless networks aim to provide a wide range of services ...
This paper investigates the joint optimization of time allocation and transmit power in wireless-pow...
Abstract — This paper proposes a scheme for bandwidth allocation in wireless ad hoc networks. The Qu...
Abstract—Various cross-layer optimizations have been recently proposed to improve the performance of...
This work addresses the fundamental problem of the trade-off between resource efficiency and user fa...
This paper proposes an analytical framework for performance evaluation of TCP (transport control pro...
Abstract—The continuously increasing demand for resources in modern, both wired and wireless, commun...
We study the problem of optimizing aggregate user utility in wireless ad-hoc networks under the cons...
Wireless mobile network optimization is a complex task that consists in achieving different design o...
Abstract—A significant body of recent research has analyzed the problematic behavior of TCP over wir...
Abstract — This article presents a time-aware admission control and resource allocation scheme in wi...
This book presents state-of-the-art research on robust resource allocation in current and future wir...
The paradigm of a traditional wired network protocol stack is a hierarchy of services provided by ea...
Abstract. TCP performance degrades when end-to-end connections extend over wireless connections — li...
Abstract—In this paper, we propose a dynamic OFDMA based subcarrier/power allocation scheme, which a...