International audienceWe address the blind equalization of a telecommunication signal, the characteristics of which are totally un-known (channel, symbol period, alphabet of the sym-bols, frequency offset). In [1] was proposed a method-ology originating from deconvolution ideas, for jointly estimating the symbol period and the emitted symbols. In this contribution, we show that the presence of a fre-quency offset does not alter this approach. Simulation results illustrate the robustness of the T s estimate with respect to the frequency offset
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
In OFDM systems, because of sensitivity to frequency offset, frequency offset must be compensated be...
International audienceWe address the blind equalization of a telecommunication signal, the character...
We address the blind equalization of a telecommunica-tion signal, the characteristics of which are t...
We address the blind equalization of a telecommunica-tion signal, the characteristics of which are t...
International audienceWe address the problem of estimating blindly a linearly modulated sequence of ...
International audienceThe blind estimation of the symbol period of an unknown linearly modulated sig...
International audienceThe blind estimation of the symbol period of an unknown linearly modulated sig...
The blind estimation of the symbol period of an unknown linearly modulated signal is addressed. We p...
We present a novel approach for carrier frequency offset estimation in OFDM systems. Before they ent...
This paper presents a symbol time offset estimator for coherent orthogonal frequency division multip...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
In OFDM systems, because of sensitivity to frequency offset, frequency offset must be compensated be...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
In OFDM systems, because of sensitivity to frequency offset, frequency offset must be compensated be...
International audienceWe address the blind equalization of a telecommunication signal, the character...
We address the blind equalization of a telecommunica-tion signal, the characteristics of which are t...
We address the blind equalization of a telecommunica-tion signal, the characteristics of which are t...
International audienceWe address the problem of estimating blindly a linearly modulated sequence of ...
International audienceThe blind estimation of the symbol period of an unknown linearly modulated sig...
International audienceThe blind estimation of the symbol period of an unknown linearly modulated sig...
The blind estimation of the symbol period of an unknown linearly modulated signal is addressed. We p...
We present a novel approach for carrier frequency offset estimation in OFDM systems. Before they ent...
This paper presents a symbol time offset estimator for coherent orthogonal frequency division multip...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
In OFDM systems, because of sensitivity to frequency offset, frequency offset must be compensated be...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
International audienceIn the context of spectrum surveillance (non cooperative context), a robust sy...
In OFDM systems, because of sensitivity to frequency offset, frequency offset must be compensated be...