This paper proposes a two stage algorithm to address spectrum sharing between two Universal Mobile Telecommunication System (UMTS) operators. The two stage algorithm uses both genetic algorithm and load balancing techniques. The first stage uses genetic algorithm as a solution to optimize the allocation when the correlation of traffic is low. The second stage uses load balancing scheme in the highly correlated traffic region. The simulation result shows that significant spectrum sharing gains up to 26 percent and 20 percent respectively, can be obtained on both networks using the proposed algorithm
In this paper, we propose an advanced spectrum management approach for the downlink of WCDMA systems...
Abstract Spectrum sharing has become a high priority research area over the past few years. The moti...
In this dissertation, we are concerned with the problem of assigning calls in a cellular mobile netw...
Dynamic spectrum management is a promising solution for network operators to efficiently utilise the...
This paper proposes a framework for spectrum sharing between multiple Universal Mobile Telecommunica...
Wireless communication systems follow fixed spectrum assignment policies which lead to overall ineff...
The static method of allocating fixed blocks of spectrum, over a considerable period of time is grad...
This paper attempts to find out the distributed server-based dynamic spectrum allocation (DSA) withi...
The cost of wireless network highly depends on the power consumption for transmission. The power con...
The article describes the potential gain by spectrum sharing between cellular operators in terms of ...
International audienceInter-operator spectrum sharing has been proposed to exploit spectrum efficien...
In this paper, we consider the problem of resource allocation in non-dense macrocell–femtocell netwo...
There are many spectrum balancing algorithms to combat the deleterious impact of crosstalk interfere...
Mobile cellular communications have been becoming the leading technology in data transmissions: tril...
In this paper, we propose a two-tier evolutionary game for dynamic spectrum sharing nsing Licensed S...
In this paper, we propose an advanced spectrum management approach for the downlink of WCDMA systems...
Abstract Spectrum sharing has become a high priority research area over the past few years. The moti...
In this dissertation, we are concerned with the problem of assigning calls in a cellular mobile netw...
Dynamic spectrum management is a promising solution for network operators to efficiently utilise the...
This paper proposes a framework for spectrum sharing between multiple Universal Mobile Telecommunica...
Wireless communication systems follow fixed spectrum assignment policies which lead to overall ineff...
The static method of allocating fixed blocks of spectrum, over a considerable period of time is grad...
This paper attempts to find out the distributed server-based dynamic spectrum allocation (DSA) withi...
The cost of wireless network highly depends on the power consumption for transmission. The power con...
The article describes the potential gain by spectrum sharing between cellular operators in terms of ...
International audienceInter-operator spectrum sharing has been proposed to exploit spectrum efficien...
In this paper, we consider the problem of resource allocation in non-dense macrocell–femtocell netwo...
There are many spectrum balancing algorithms to combat the deleterious impact of crosstalk interfere...
Mobile cellular communications have been becoming the leading technology in data transmissions: tril...
In this paper, we propose a two-tier evolutionary game for dynamic spectrum sharing nsing Licensed S...
In this paper, we propose an advanced spectrum management approach for the downlink of WCDMA systems...
Abstract Spectrum sharing has become a high priority research area over the past few years. The moti...
In this dissertation, we are concerned with the problem of assigning calls in a cellular mobile netw...