Add to ORKGWiMAX offer a very demanding multiuser communication problem. To make resource allocation more practical, in mobile WiMAX subchannelization is used. The Resource Allocation is usually formulated as a constrained optimization problem for either fixed-rate applications such as voice or for variable rate applications such as data. In this paper we address Genetic Algorithm for Resource Allocation in downlink Mobile WiMAX networks. Objective of proposed algorithm is to optimize total throughput. Simulation results show that Genetic Algorithm performs better than methods proposed in [5] in terms of higher capacities
Abstract—This paper considers the problem of minimizing power consumption of the base station in the...
In this paper, we are proposing a new Genetic Algorithmic approach to solve Static Channel Allocatio...
WiMAX provides a wide range of growing requirements of services and mobility of user that has made a...
Abstract: In the last few years there has been significant growth in the area of wireless communicat...
Future cellular systems demand higher throughput as an important requirement, along with smaller cel...
Abstract—This paper deals with the problem of resources allo-cation in the downlink of the radio mob...
Resource allocations in wireless networks is a very challenging task, at one hand wireless networks ...
Adaptive resource allocation has been shown to provide substantial performance gain in OFDMA-based w...
In this paper, we consider the problem of resource allocation in non-dense macrocell–femtocell netwo...
The demand for mobile communication has been steadily increasing in recent years. With the limited f...
In this paper, a novel genetic algorithm application is proposed for adaptive power and subcarrier a...
In some fading environments, there may not be a feedback link sufficiently fast to convey the full c...
In this dissertation, we are concerned with the problem of assigning calls in a cellular mobile netw...
The channel assignment problem in wireless mobile network is to assign appropriate frcqucnc)' spect...
This chapter presents the general Radio Resource Management (RRM) problem in wireless access network...
Abstract—This paper considers the problem of minimizing power consumption of the base station in the...
In this paper, we are proposing a new Genetic Algorithmic approach to solve Static Channel Allocatio...
WiMAX provides a wide range of growing requirements of services and mobility of user that has made a...
Abstract: In the last few years there has been significant growth in the area of wireless communicat...
Future cellular systems demand higher throughput as an important requirement, along with smaller cel...
Abstract—This paper deals with the problem of resources allo-cation in the downlink of the radio mob...
Resource allocations in wireless networks is a very challenging task, at one hand wireless networks ...
Adaptive resource allocation has been shown to provide substantial performance gain in OFDMA-based w...
In this paper, we consider the problem of resource allocation in non-dense macrocell–femtocell netwo...
The demand for mobile communication has been steadily increasing in recent years. With the limited f...
In this paper, a novel genetic algorithm application is proposed for adaptive power and subcarrier a...
In some fading environments, there may not be a feedback link sufficiently fast to convey the full c...
In this dissertation, we are concerned with the problem of assigning calls in a cellular mobile netw...
The channel assignment problem in wireless mobile network is to assign appropriate frcqucnc)' spect...
This chapter presents the general Radio Resource Management (RRM) problem in wireless access network...
Abstract—This paper considers the problem of minimizing power consumption of the base station in the...
In this paper, we are proposing a new Genetic Algorithmic approach to solve Static Channel Allocatio...
WiMAX provides a wide range of growing requirements of services and mobility of user that has made a...