In the paper a novel SPFR frequency reuse method is proposed which can be used for improvement of physical resources utilization efficiency in LTE-A. The proposed method combines both SFR and PFR giving the possibility of more flexible use of frequency band in different regions of a cell. First, a short study on the problem of frequency reuse in cells is discussed including bibliography overview. In next section the principle of the proposed SPFR method is described. Then the simulation model is discussed and simulation parameters are expected. In the last part, results of simulation of SPFR efficiency in comparison to known frequency reuse methods are presented. Presented results include both capacity and throughput for single connection. ...
This paper presents a novel power allocation approach for soft frequency reuse (SFR) adopted in a mu...
Efficient radio resource management is an important aspect when it comes to achieving high bit rates...
This paper deals with the planning of two-layer Long Term Evolution-Advanced (LTE-A) cellular system...
In the paper a novel SPFR frequency reuse method is proposed which can be used for improvement of ph...
With the increasing demand of mobile data traffic, cellular networks are evolving towards heterogene...
In modern cellular system such as LTE Advanced (LTE-A), frequency reuse scheme is targeted to be app...
In recent years, several researchers have embraced fractional frequency (FF) reuse as a strategy for...
Due to the requirement of high spectrum efficiency, the frequency reuse of one is targeted for next ...
To meet the increasing demand for spectrum in communication system, Long Term Evolution (LTE) system...
In this paper different ways of planning the radio resources within an LTE network are analyzed. All...
International audienceFuture 4G cellular systems will address the need for capacity increase for the...
Long Term Evolution (LTE) technology is considered as the most possible candidate for recent generat...
Includes bibliographical references (p. 37-38).A novel frequency reuse scheme is proposed for a hier...
In mobile communications, frequency spectrum is a limited natural resource that must be used efficie...
This paper proposes a novel load distribution aware soft frequency reuse (LDA-SFR) scheme for inter-...
This paper presents a novel power allocation approach for soft frequency reuse (SFR) adopted in a mu...
Efficient radio resource management is an important aspect when it comes to achieving high bit rates...
This paper deals with the planning of two-layer Long Term Evolution-Advanced (LTE-A) cellular system...
In the paper a novel SPFR frequency reuse method is proposed which can be used for improvement of ph...
With the increasing demand of mobile data traffic, cellular networks are evolving towards heterogene...
In modern cellular system such as LTE Advanced (LTE-A), frequency reuse scheme is targeted to be app...
In recent years, several researchers have embraced fractional frequency (FF) reuse as a strategy for...
Due to the requirement of high spectrum efficiency, the frequency reuse of one is targeted for next ...
To meet the increasing demand for spectrum in communication system, Long Term Evolution (LTE) system...
In this paper different ways of planning the radio resources within an LTE network are analyzed. All...
International audienceFuture 4G cellular systems will address the need for capacity increase for the...
Long Term Evolution (LTE) technology is considered as the most possible candidate for recent generat...
Includes bibliographical references (p. 37-38).A novel frequency reuse scheme is proposed for a hier...
In mobile communications, frequency spectrum is a limited natural resource that must be used efficie...
This paper proposes a novel load distribution aware soft frequency reuse (LDA-SFR) scheme for inter-...
This paper presents a novel power allocation approach for soft frequency reuse (SFR) adopted in a mu...
Efficient radio resource management is an important aspect when it comes to achieving high bit rates...
This paper deals with the planning of two-layer Long Term Evolution-Advanced (LTE-A) cellular system...