The Experts below are selected from a list of 303 Experts worldwide ranked by ideXlab platform

Christophe Moy - One of the best experts on this subject based on the ideXlab platform.

  • From Quantum Physics to Digital Communication: Single Side Band Continuous Phase Modulation
    Comptes Rendus Physique, 2018
    Co-Authors: Haifa Fares, Christian Glattli, Jacques Palicot, Christophe Moy, Yves Louet, Preden Roulleau
    Abstract:

    In the present paper, we propose a new Frequency-shift keying continuous phase modulation (FSK-CPM) scheme having, by essence, the interesting feature of single side-band (SSB) spectrum providing a very compact Frequency occupation. First, the original principle, inspired from quantum physics (levitons), is presented. Besides, we address the problem of low-complexity coherent detection of this new waveform, based on orthonormal wave-functions used to perform matched-filtering for efficient demodulation. Consequently, this shows that the proposed modulation can operate using existing digital communication technology , since only well-known operations are performed (e.g. filtering, integration). This SSB property can be exploited to allow large bit rates transmissions at low carrier Frequency without caring about Image Frequency degradation effects typical of ordinary double side-band signals.

  • Power Spectrum density of Single Side band CPM using Lorenztian Frequency pulses
    IEEE wireless communications letters, 2017
    Co-Authors: Haifa Fares, D Glattli, Preden Roulleau, Jacques Palicot, Yves Louet, Christophe Moy
    Abstract:

    We propose a new waveform for Frequency-shift keying continuous phase modulation (FSK-CPM) that directly generates a single side band (SSB) spectrum. The original principle, inspired from quantum physics (levitons), is presented. From the simple analytical form of the modulation, orthonormal wave-functions and analytical expressions leading to the SSB power spectrum density are proposed. This CPM modulation displays a very compact spectrum, with 99% of the power in the primary bandwidth. Its SSB property makes this FSK-CPM scheme, hereby called SSB-FSK, a promising solution not sensitive to Image Frequency degradation and would allow large bit rates transmission at low carrier Frequency.

Preden Roulleau - One of the best experts on this subject based on the ideXlab platform.

  • From Quantum Physics to Digital Communication: Single Side Band Continuous Phase Modulation
    Comptes Rendus Physique, 2018
    Co-Authors: Haifa Fares, Christian Glattli, Jacques Palicot, Christophe Moy, Yves Louet, Preden Roulleau
    Abstract:

    In the present paper, we propose a new Frequency-shift keying continuous phase modulation (FSK-CPM) scheme having, by essence, the interesting feature of single side-band (SSB) spectrum providing a very compact Frequency occupation. First, the original principle, inspired from quantum physics (levitons), is presented. Besides, we address the problem of low-complexity coherent detection of this new waveform, based on orthonormal wave-functions used to perform matched-filtering for efficient demodulation. Consequently, this shows that the proposed modulation can operate using existing digital communication technology , since only well-known operations are performed (e.g. filtering, integration). This SSB property can be exploited to allow large bit rates transmissions at low carrier Frequency without caring about Image Frequency degradation effects typical of ordinary double side-band signals.

  • Power Spectrum density of Single Side band CPM using Lorenztian Frequency pulses
    IEEE wireless communications letters, 2017
    Co-Authors: Haifa Fares, D Glattli, Preden Roulleau, Jacques Palicot, Yves Louet, Christophe Moy
    Abstract:

    We propose a new waveform for Frequency-shift keying continuous phase modulation (FSK-CPM) that directly generates a single side band (SSB) spectrum. The original principle, inspired from quantum physics (levitons), is presented. From the simple analytical form of the modulation, orthonormal wave-functions and analytical expressions leading to the SSB power spectrum density are proposed. This CPM modulation displays a very compact spectrum, with 99% of the power in the primary bandwidth. Its SSB property makes this FSK-CPM scheme, hereby called SSB-FSK, a promising solution not sensitive to Image Frequency degradation and would allow large bit rates transmission at low carrier Frequency.

Haifa Fares - One of the best experts on this subject based on the ideXlab platform.

  • From Quantum Physics to Digital Communication: Single Side Band Continuous Phase Modulation
    Comptes Rendus Physique, 2018
    Co-Authors: Haifa Fares, Christian Glattli, Jacques Palicot, Christophe Moy, Yves Louet, Preden Roulleau
    Abstract:

    In the present paper, we propose a new Frequency-shift keying continuous phase modulation (FSK-CPM) scheme having, by essence, the interesting feature of single side-band (SSB) spectrum providing a very compact Frequency occupation. First, the original principle, inspired from quantum physics (levitons), is presented. Besides, we address the problem of low-complexity coherent detection of this new waveform, based on orthonormal wave-functions used to perform matched-filtering for efficient demodulation. Consequently, this shows that the proposed modulation can operate using existing digital communication technology , since only well-known operations are performed (e.g. filtering, integration). This SSB property can be exploited to allow large bit rates transmissions at low carrier Frequency without caring about Image Frequency degradation effects typical of ordinary double side-band signals.

  • Power Spectrum density of Single Side band CPM using Lorenztian Frequency pulses
    IEEE wireless communications letters, 2017
    Co-Authors: Haifa Fares, D Glattli, Preden Roulleau, Jacques Palicot, Yves Louet, Christophe Moy
    Abstract:

    We propose a new waveform for Frequency-shift keying continuous phase modulation (FSK-CPM) that directly generates a single side band (SSB) spectrum. The original principle, inspired from quantum physics (levitons), is presented. From the simple analytical form of the modulation, orthonormal wave-functions and analytical expressions leading to the SSB power spectrum density are proposed. This CPM modulation displays a very compact spectrum, with 99% of the power in the primary bandwidth. Its SSB property makes this FSK-CPM scheme, hereby called SSB-FSK, a promising solution not sensitive to Image Frequency degradation and would allow large bit rates transmission at low carrier Frequency.

Jacques Palicot - One of the best experts on this subject based on the ideXlab platform.

  • From Quantum Physics to Digital Communication: Single Side Band Continuous Phase Modulation
    Comptes Rendus Physique, 2018
    Co-Authors: Haifa Fares, Christian Glattli, Jacques Palicot, Christophe Moy, Yves Louet, Preden Roulleau
    Abstract:

    In the present paper, we propose a new Frequency-shift keying continuous phase modulation (FSK-CPM) scheme having, by essence, the interesting feature of single side-band (SSB) spectrum providing a very compact Frequency occupation. First, the original principle, inspired from quantum physics (levitons), is presented. Besides, we address the problem of low-complexity coherent detection of this new waveform, based on orthonormal wave-functions used to perform matched-filtering for efficient demodulation. Consequently, this shows that the proposed modulation can operate using existing digital communication technology , since only well-known operations are performed (e.g. filtering, integration). This SSB property can be exploited to allow large bit rates transmissions at low carrier Frequency without caring about Image Frequency degradation effects typical of ordinary double side-band signals.

  • Power Spectrum density of Single Side band CPM using Lorenztian Frequency pulses
    IEEE wireless communications letters, 2017
    Co-Authors: Haifa Fares, D Glattli, Preden Roulleau, Jacques Palicot, Yves Louet, Christophe Moy
    Abstract:

    We propose a new waveform for Frequency-shift keying continuous phase modulation (FSK-CPM) that directly generates a single side band (SSB) spectrum. The original principle, inspired from quantum physics (levitons), is presented. From the simple analytical form of the modulation, orthonormal wave-functions and analytical expressions leading to the SSB power spectrum density are proposed. This CPM modulation displays a very compact spectrum, with 99% of the power in the primary bandwidth. Its SSB property makes this FSK-CPM scheme, hereby called SSB-FSK, a promising solution not sensitive to Image Frequency degradation and would allow large bit rates transmission at low carrier Frequency.

Yves Louet - One of the best experts on this subject based on the ideXlab platform.

  • From Quantum Physics to Digital Communication: Single Side Band Continuous Phase Modulation
    Comptes Rendus Physique, 2018
    Co-Authors: Haifa Fares, Christian Glattli, Jacques Palicot, Christophe Moy, Yves Louet, Preden Roulleau
    Abstract:

    In the present paper, we propose a new Frequency-shift keying continuous phase modulation (FSK-CPM) scheme having, by essence, the interesting feature of single side-band (SSB) spectrum providing a very compact Frequency occupation. First, the original principle, inspired from quantum physics (levitons), is presented. Besides, we address the problem of low-complexity coherent detection of this new waveform, based on orthonormal wave-functions used to perform matched-filtering for efficient demodulation. Consequently, this shows that the proposed modulation can operate using existing digital communication technology , since only well-known operations are performed (e.g. filtering, integration). This SSB property can be exploited to allow large bit rates transmissions at low carrier Frequency without caring about Image Frequency degradation effects typical of ordinary double side-band signals.

  • Power Spectrum density of Single Side band CPM using Lorenztian Frequency pulses
    IEEE wireless communications letters, 2017
    Co-Authors: Haifa Fares, D Glattli, Preden Roulleau, Jacques Palicot, Yves Louet, Christophe Moy
    Abstract:

    We propose a new waveform for Frequency-shift keying continuous phase modulation (FSK-CPM) that directly generates a single side band (SSB) spectrum. The original principle, inspired from quantum physics (levitons), is presented. From the simple analytical form of the modulation, orthonormal wave-functions and analytical expressions leading to the SSB power spectrum density are proposed. This CPM modulation displays a very compact spectrum, with 99% of the power in the primary bandwidth. Its SSB property makes this FSK-CPM scheme, hereby called SSB-FSK, a promising solution not sensitive to Image Frequency degradation and would allow large bit rates transmission at low carrier Frequency.