International audienceThis paper presents a novel uplink bandwidth management framework for IEEE 802.16 WiMAX. This framework is destined to be used in a scenario where a large number of connections are simultaneously active, as may be the case when WiMAX is used as a backhaul for WiFi hotspots. In such a scenario we propose a simple and efficient scheduling discipline for the WiMAX uplink traffic. We also propose an admission control algorithm and a modification of the complex bandwidth request mechanisms. The framework we propose in this paper was analyzed: simulation results show a significant performance improvement in terms of overall throughput and delay when compared to recently published work
International audienceIn an environment where IEEE 802.16 access networks are used as a backbone for...
The IEEE 802.16e standard, known as mobile Worldwide Interoperability for Microwave Access (WiMAX) b...
Given the current developments and advances in the scientific and technological aspects of human kno...
International audienceThis paper presents a novel uplink bandwidth management framework for IEEE 802...
Abstract – Mobile users connected to the WiMAX technology can use five different service classes acc...
Given the current developments and advances in the scientific and technological aspects of human kno...
WiMAX is an industry standard for wireless broadband to provide last mile internet access as an alte...
IEEE 802.16 MAC provides flexible bandwidth allocation and QoS mechanisms for users with different r...
Without the definition of a mandatory scheduling algorithm for channel resource assignment, WiMAX is...
IEEE 802.16 standard lacks a Media Access Control (MAC) scheduling architecture to enforce Quality o...
In recent times, wireless network is extensively accessed technology to connect remote user terminal...
The IEEE 802.16e standard is designed to support high bandwidth for the mobile wireless metropolitan...
The IEEE 802.16e standard, known as mobile Worldwide Interoperability for Microwave Access (WiMAX) b...
We present a novel scheme for uplink scheduling in WiMax networks that attempts to balance worst-cas...
Abstract: WiMAX (defined in IEEE 802.16) is a broadband wireless technology suitable for metropolit...
International audienceIn an environment where IEEE 802.16 access networks are used as a backbone for...
The IEEE 802.16e standard, known as mobile Worldwide Interoperability for Microwave Access (WiMAX) b...
Given the current developments and advances in the scientific and technological aspects of human kno...
International audienceThis paper presents a novel uplink bandwidth management framework for IEEE 802...
Abstract – Mobile users connected to the WiMAX technology can use five different service classes acc...
Given the current developments and advances in the scientific and technological aspects of human kno...
WiMAX is an industry standard for wireless broadband to provide last mile internet access as an alte...
IEEE 802.16 MAC provides flexible bandwidth allocation and QoS mechanisms for users with different r...
Without the definition of a mandatory scheduling algorithm for channel resource assignment, WiMAX is...
IEEE 802.16 standard lacks a Media Access Control (MAC) scheduling architecture to enforce Quality o...
In recent times, wireless network is extensively accessed technology to connect remote user terminal...
The IEEE 802.16e standard is designed to support high bandwidth for the mobile wireless metropolitan...
The IEEE 802.16e standard, known as mobile Worldwide Interoperability for Microwave Access (WiMAX) b...
We present a novel scheme for uplink scheduling in WiMax networks that attempts to balance worst-cas...
Abstract: WiMAX (defined in IEEE 802.16) is a broadband wireless technology suitable for metropolit...
International audienceIn an environment where IEEE 802.16 access networks are used as a backbone for...
The IEEE 802.16e standard, known as mobile Worldwide Interoperability for Microwave Access (WiMAX) b...
Given the current developments and advances in the scientific and technological aspects of human kno...