430-435This paper presents a novel multiple access scheme for future mobile communications using Time Division Multiple Access (TDMA), Frequency Division Multiple Access (FDMA) and Code Division Multiple Access (CDMA). The proposed system can support different classes of users each with different data rates and can provide very high spectral and system efficiency for the uplink and downlink. It is able to meet the demands on flexibility in data rate and provides scalability with respect to bandwidth using variable time slots, spreading factors and number of subcarriers. It exploits the advantages given by the combination of the spread spectrum technique with multicarrier modulation as well as TDMA
This paper describes a cellular multiple-access scheme based on TDMA for multimedia communication ne...
In wireless communications system, it is desirable to allow the subscriber to send simultaneously in...
Multiple access (MA) technique is a major building block of the cellular systems. Through the MA tec...
Second Generation (2G) mobile cellular communication systems, which use digital technology, are very...
Abstract—This contribution proposes a novel time-domain synchronous frequency division multiple acce...
Radio access technologies for cellular mobile communications are typically characterized by multiple...
International audienceIn this paper, multicarrier techniques are studied in the context of the futur...
The demand for wireless telecommunication services is growing at an explosive rate. To increase the ...
This paper describes a cellular multiple-access scheme based on TDMA for multimedia communication ne...
The content of this work is focused on the methods of multiple access for terrestrial radio network....
Mobile communication systems are always in continuous evolution due to the demands of the end-users ...
The success of multi-carrier communications (OFDM) in high rate wireless communications started with...
There are a number of contending multiple access methods for the pan-European digital cellular mobil...
Abstract In this paper, new multiple access schemes based on the combination of Code Division Multip...
Future mobile radio systems must fulfill challenging requirements. Some requirements are met by sing...
This paper describes a cellular multiple-access scheme based on TDMA for multimedia communication ne...
In wireless communications system, it is desirable to allow the subscriber to send simultaneously in...
Multiple access (MA) technique is a major building block of the cellular systems. Through the MA tec...
Second Generation (2G) mobile cellular communication systems, which use digital technology, are very...
Abstract—This contribution proposes a novel time-domain synchronous frequency division multiple acce...
Radio access technologies for cellular mobile communications are typically characterized by multiple...
International audienceIn this paper, multicarrier techniques are studied in the context of the futur...
The demand for wireless telecommunication services is growing at an explosive rate. To increase the ...
This paper describes a cellular multiple-access scheme based on TDMA for multimedia communication ne...
The content of this work is focused on the methods of multiple access for terrestrial radio network....
Mobile communication systems are always in continuous evolution due to the demands of the end-users ...
The success of multi-carrier communications (OFDM) in high rate wireless communications started with...
There are a number of contending multiple access methods for the pan-European digital cellular mobil...
Abstract In this paper, new multiple access schemes based on the combination of Code Division Multip...
Future mobile radio systems must fulfill challenging requirements. Some requirements are met by sing...
This paper describes a cellular multiple-access scheme based on TDMA for multimedia communication ne...
In wireless communications system, it is desirable to allow the subscriber to send simultaneously in...
Multiple access (MA) technique is a major building block of the cellular systems. Through the MA tec...