models defined by the ITU. As a result, we analyzed the performance of Mobile WiMAX for Adaptive Modulation and Coding (AMC) dependent on the QoS target, the channel model, the user velocity and the SNR. Hereby, we assumed two partially contrary QoS targets, high data rate and target PER. I.

-rate for residential as well as enterprise use with low cost infrastructure. Both continuous and bursty traffic can be accommodated through this wireless technology. The project aims to discuss its performance analysis on the basis of different parameters like QoS, modulation, data rate as compared to other wireless

Abstract. WiMAX (Worldwide Interoperability for Microwave Access) IEEE 802.16 is the most promising wireless technology for providing broadband access. WiMAX is both suited for fixed as will as for mobile infrastructure. As the application demands increases the level of QoS requires

WiMAX Technology is also one of the emerging wireless technology that provides us high speed mobile data and telecommunication services. It provided several services such as data, voice, and video including different classes of Quality of Services (QoS), which in turn were defined by IEEE 802

of the energy consumption of a Mobile WiMAX USB Stick have been performed for different system parameterizations, different data sizes and different application data rates. From the results of the measurements analytic models have been derived which allow for the calculation of the energy that has to be spent

. Heterogeneous network model based on Fast handover Hierarchical Mobile IPV6 (FHMIPV6) protocol that integrates the WiMAX, LTE and WLAN technologies is proposed to improve QoS. The QoS parameter in terms multimedia application such as traffic sent and received, RTP, response time, jitter, packet end-to-end delay

(base station) to another cellular BS during this handover process is carried out for the movement. So in this paper simulative analysis is done for the performance of mobility in WiMAX network implemented by using OPNET 14.5. Three different scenarios having different number of BS‟S are compared

Abstract—Next-generation wireless networks target to provide quality of service (QoS) for multimedia applications. We study the wireless systems that support two QoS requirements: keeping the handoff dropping probability less than a predefined QoS threshold while maintaining relative priorities

Abstract – One of the key challenges in the design of bandwidth allocation policies for a multi-services mobile cellular network is to guarantee the potentially different Quality of Service (QoS) requirement from diverse applications, while at the same to ensure that the scarce bandwidth

ned by their central technological paradigm and by their principle of performance. Following, and adapting to sociology, Christopher Freeman's de nition of a technoeconomic paradigm, I would characterize as a technological paradigm a cluster of inter-related technical, organizational