Abstract: One of the challenges of the communication industry today is wireless data transfer with great speed. If the traditional Wireless Local Area Network (WLAN) is the leader for indoor usage (coverage and mobility on short distance), the mobile WiMAX is planned to be the adequate solution for the outdoor (when the user exist the hotspots coverage area). In this paper we propose a solution, based on mobile agents usage, to speed-up the handover process in mobile WiMAX networks. Also, we show that the presence of mobile agents could be exploited to tune the handover process, based on past accomplished handoffs. Key–Words: Mobile WiMAX network, handoff, handover, mobile agent.
The Mobile IP protocol has been designed to address the problem of roaming between IP networks. Howe...
Abstract- Nowadays, mobility issue in wireless network is highly essential which represents challeng...
The most attractive feature of WiMAX is arguable the mobility capability that IEEE 802.16e (IEEE, 20...
WiMAX is a wireless metropolitan area network (WMAN) specified by IEEE 802.16. It provides the broad...
Mobility in WiMAX system is one of the most important problems in computer networks, especially when...
In wireless networks data are sent and received with impressive speed and ease. Mobile WiMAX is a br...
This Thesis is an embodiment of some research work carried out towards achieving faster and more rel...
A major consideration for mobile WiMAX is seamless handoff. The British English term for transferrin...
Abstract—Mobile WiMAX is a broadband wireless access technology having the ability to carry voice, d...
The IEEE 802.16 standards which are the core of the Worldwide Interoperability for Microwave Access ...
Mobile terminals allow users to access service while on the move. This unique feature has driven the...
Abstract--- The demand for wireless broadband services is growing rapidly. Mobile WiMAX is one of th...
AbstractMobile WiMAX is a wireless Metropolitan Area Network technology based on IEEE 802.16e standa...
The Mobile WiMAX standard (IEEE 802.16e-2005) brings wireless broadband to a new level due to the su...
Mobile WiMAX is the latest technology that promises broadband wireless access over long distance. In...
The Mobile IP protocol has been designed to address the problem of roaming between IP networks. Howe...
Abstract- Nowadays, mobility issue in wireless network is highly essential which represents challeng...
The most attractive feature of WiMAX is arguable the mobility capability that IEEE 802.16e (IEEE, 20...
WiMAX is a wireless metropolitan area network (WMAN) specified by IEEE 802.16. It provides the broad...
Mobility in WiMAX system is one of the most important problems in computer networks, especially when...
In wireless networks data are sent and received with impressive speed and ease. Mobile WiMAX is a br...
This Thesis is an embodiment of some research work carried out towards achieving faster and more rel...
A major consideration for mobile WiMAX is seamless handoff. The British English term for transferrin...
Abstract—Mobile WiMAX is a broadband wireless access technology having the ability to carry voice, d...
The IEEE 802.16 standards which are the core of the Worldwide Interoperability for Microwave Access ...
Mobile terminals allow users to access service while on the move. This unique feature has driven the...
Abstract--- The demand for wireless broadband services is growing rapidly. Mobile WiMAX is one of th...
AbstractMobile WiMAX is a wireless Metropolitan Area Network technology based on IEEE 802.16e standa...
The Mobile WiMAX standard (IEEE 802.16e-2005) brings wireless broadband to a new level due to the su...
Mobile WiMAX is the latest technology that promises broadband wireless access over long distance. In...
The Mobile IP protocol has been designed to address the problem of roaming between IP networks. Howe...
Abstract- Nowadays, mobility issue in wireless network is highly essential which represents challeng...
The most attractive feature of WiMAX is arguable the mobility capability that IEEE 802.16e (IEEE, 20...