Add to ORKGInternational audienceThis paper deals with a low complexity receiver scheme for high order modulation where multiple-input equalization and channel decoding are jointly optimized in an iterative process. Initially proposed in a single-input version the turboequalizer is extended for multiple-input. Channel diversity allows performance of the turbo-equalizer to be improved in severe frequency selective environment. Results are presented for 4-QAM and 16-QAM modulations over multipath rayleigh fading channels
Transmission of digital information through a wireless channel with resolvable multipaths or a bandw...
A turbo-equalization technique is presented for transmissions, where QAM constellations are construc...
In wireless communication systems, turbo equalization has been used to mitigate the intersymbol int...
International audienceThis paper deals with a new receiver scheme that uses the same principle as tu...
International audienceThis paper deals with a receiver scheme where adaptive equalization and channe...
International audienceThis paper deals with a new receiver scheme, labelled turbo-equalizer, suited ...
In this thesis we try to find some effective equalization schemes for the receivers in digital comm...
This Thesis is based on the research of joint channel equalisation and channel decoding algorithms, ...
Turbo-codes have attracted an explosion of interest since their discovery in 1993: for the first tim...
This paper addresses the problem of iterative equalization and decoding (turbo-equalization) when bi...
Single-carrier linear modulation techniques combined with frequency-domain equalization provide a v...
In this paper we discuss turbo equalization for transmission over doubly selective channels. The max...
Turbo equalization provides excellent performance but the complexity associated with this technique ...
A computationally efficient space-time turbo equalization algorithm is derived for frequency selecti...
Abstract: This paper investigates the subject of turbo equalizations in which a receiver combines th...
Transmission of digital information through a wireless channel with resolvable multipaths or a bandw...
A turbo-equalization technique is presented for transmissions, where QAM constellations are construc...
In wireless communication systems, turbo equalization has been used to mitigate the intersymbol int...
International audienceThis paper deals with a new receiver scheme that uses the same principle as tu...
International audienceThis paper deals with a receiver scheme where adaptive equalization and channe...
International audienceThis paper deals with a new receiver scheme, labelled turbo-equalizer, suited ...
In this thesis we try to find some effective equalization schemes for the receivers in digital comm...
This Thesis is based on the research of joint channel equalisation and channel decoding algorithms, ...
Turbo-codes have attracted an explosion of interest since their discovery in 1993: for the first tim...
This paper addresses the problem of iterative equalization and decoding (turbo-equalization) when bi...
Single-carrier linear modulation techniques combined with frequency-domain equalization provide a v...
In this paper we discuss turbo equalization for transmission over doubly selective channels. The max...
Turbo equalization provides excellent performance but the complexity associated with this technique ...
A computationally efficient space-time turbo equalization algorithm is derived for frequency selecti...
Abstract: This paper investigates the subject of turbo equalizations in which a receiver combines th...
Transmission of digital information through a wireless channel with resolvable multipaths or a bandw...
A turbo-equalization technique is presented for transmissions, where QAM constellations are construc...
In wireless communication systems, turbo equalization has been used to mitigate the intersymbol int...