Part 1: Wireless TechnologiesInternational audienceThis paper deals with the classical problem of radio resource management in LTE MIMO, with special focus to the specific radio channel characteristics in commercial LTE networks. First, we provide some conclusions about the Channel Quality Information traces obtained through field testing. From this analysis, we perform a series of experiments by means of an LTE emulator in order to evaluate the accuracy of different fading models used in the 3GPP. As a first outcome of the paper, we infer several fine-grain channel characteristics useful to feed further research work in the area of LTE MIMO. As a second contribution of the paper, we analyze the performance of classical schedulers (i.e., Ro...
The multi-antenna techniques are the one of the key features in 3GPP LTE specifications. Thus, the u...
Use of multimedia services, such as streaming of high quality videos on mobile devices is increasing...
The standardization of Long Term Evolution?Advanced (LTE?Advanced) is based on orthogonal frequency ...
In the context of mobile communications, the availability of new services and mobile applications al...
206 p.Modern broadband mobile networks such as 4G LTE are designed to cope with stringent performanc...
Frequency-domain scheduling and rate adaptation enable next generation wireless cellular systems suc...
Abstract3GPP UMTS Long Term Evolution (LTE) requires the calculation of three different feedback val...
is an indispensable tool for analyzing and simulating next generation orthogonal frequency division ...
Multiple-in multiple-out (MIMO) in long-term evolution (LTE) is an essential factor in achieving hig...
Abstract—This paper addresses a method to estimate the multi user channel quality indicator (CQI) fr...
Abstract—We compare the performance of the downlink of a 3GPP UTRAN Long Term Evolution (LTE) system...
Long Term Evolution (LTE) is a promising technology for the wireless and mobile communication system...
Abstract—Frequency-domain scheduling and rate adaptation enable next generation wireless cellular sy...
The drawback of theoretically based modeling approaches are that they lack knowledge about the perfo...
Corresponding modulation and coding scheme will be selected by evolved Node B (eNodeB) through ampli...
The multi-antenna techniques are the one of the key features in 3GPP LTE specifications. Thus, the u...
Use of multimedia services, such as streaming of high quality videos on mobile devices is increasing...
The standardization of Long Term Evolution?Advanced (LTE?Advanced) is based on orthogonal frequency ...
In the context of mobile communications, the availability of new services and mobile applications al...
206 p.Modern broadband mobile networks such as 4G LTE are designed to cope with stringent performanc...
Frequency-domain scheduling and rate adaptation enable next generation wireless cellular systems suc...
Abstract3GPP UMTS Long Term Evolution (LTE) requires the calculation of three different feedback val...
is an indispensable tool for analyzing and simulating next generation orthogonal frequency division ...
Multiple-in multiple-out (MIMO) in long-term evolution (LTE) is an essential factor in achieving hig...
Abstract—This paper addresses a method to estimate the multi user channel quality indicator (CQI) fr...
Abstract—We compare the performance of the downlink of a 3GPP UTRAN Long Term Evolution (LTE) system...
Long Term Evolution (LTE) is a promising technology for the wireless and mobile communication system...
Abstract—Frequency-domain scheduling and rate adaptation enable next generation wireless cellular sy...
The drawback of theoretically based modeling approaches are that they lack knowledge about the perfo...
Corresponding modulation and coding scheme will be selected by evolved Node B (eNodeB) through ampli...
The multi-antenna techniques are the one of the key features in 3GPP LTE specifications. Thus, the u...
Use of multimedia services, such as streaming of high quality videos on mobile devices is increasing...
The standardization of Long Term Evolution?Advanced (LTE?Advanced) is based on orthogonal frequency ...