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      <uid>8224@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>8224</pentabarf:event-id>
      <pentabarf:event-slug>HGTYTH-welcome_to_the_sdrdsp_devroom</pentabarf:event-slug>
      <pentabarf:event-tag>HGTYTH-welcome_to_the_sdrdsp_devroom</pentabarf:event-tag>
      <pentabarf:title>Welcome to the SDR/DSP devroom</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 09:00:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 09:20:00 +0100</pentabarf:end>
      <pentabarf:duration>00:20:00:00</pentabarf:duration>
      <dtstart>20260201T090000</dtstart>
      <dtend>20260201T092000</dtend>
      <duration>00:20:00:00</duration>
      <summary>Welcome to the SDR/DSP devroom- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/HGTYTH-welcome_to_the_sdrdsp_devroom/</url>
      <location>K.3.601</location>
      <attendee>Jean-Michel Friedt</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>7846@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>7846</pentabarf:event-id>
      <pentabarf:event-slug>ELHVT9-opulent_voice_compression_without_compromise</pentabarf:event-slug>
      <pentabarf:event-tag>ELHVT9-opulent_voice_compression_without_compromise</pentabarf:event-tag>
      <pentabarf:title>Open Source Digital Voice for Space and Terrestrial Communications</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 09:20:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 10:00:00 +0100</pentabarf:end>
      <pentabarf:duration>00:40:00:00</pentabarf:duration>
      <dtstart>20260201T092000</dtstart>
      <dtend>20260201T100000</dtend>
      <duration>00:40:00:00</duration>
      <summary>Open Source Digital Voice for Space and Terrestrial Communications- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/ELHVT9-opulent_voice_compression_without_compromise/</url>
      <location>K.3.601</location>
      <attendee>Abraxas3d</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>7858@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>7858</pentabarf:event-id>
      <pentabarf:event-slug>ELCVLE-very_low_frequency_vlf_time_and_frequency_transfer_signal_analysis_using_kiwisdr</pentabarf:event-slug>
      <pentabarf:event-tag>ELCVLE-very_low_frequency_vlf_time_and_frequency_transfer_signal_analysis_using_kiwisdr</pentabarf:event-tag>
      <pentabarf:title>Very low frequency (VLF) time and frequency transfer signal analysis using KiwiSDR recordings</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 10:00:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 10:40:00 +0100</pentabarf:end>
      <pentabarf:duration>00:40:00:00</pentabarf:duration>
      <dtstart>20260201T100000</dtstart>
      <dtend>20260201T104000</dtend>
      <duration>00:40:00:00</duration>
      <summary>Very low frequency (VLF) time and frequency transfer signal analysis using KiwiSDR recordings- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/ELCVLE-very_low_frequency_vlf_time_and_frequency_transfer_signal_analysis_using_kiwisdr/</url>
      <location>K.3.601</location>
      <attendee>Jean-Michel Friedt</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>8945@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>8945</pentabarf:event-id>
      <pentabarf:event-slug>G98Z9J-wsdr-web-sdr</pentabarf:event-slug>
      <pentabarf:event-tag>G98Z9J-wsdr-web-sdr</pentabarf:event-tag>
      <pentabarf:title>wSDR -- web based SDR processing</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 10:40:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 11:25:00 +0100</pentabarf:end>
      <pentabarf:duration>00:45:00:00</pentabarf:duration>
      <dtstart>20260201T104000</dtstart>
      <dtend>20260201T112500</dtend>
      <duration>00:45:00:00</duration>
      <summary>wSDR -- web based SDR processing- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/G98Z9J-wsdr-web-sdr/</url>
      <location>K.3.601</location>
      <attendee>Sergey</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>7363@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>7363</pentabarf:event-id>
      <pentabarf:event-slug>RPJWH9-pm-remez</pentabarf:event-slug>
      <pentabarf:event-tag>RPJWH9-pm-remez</pentabarf:event-tag>
      <pentabarf:title>FIR filter design with Parks-McClellan Remez</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 11:25:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 12:10:00 +0100</pentabarf:end>
      <pentabarf:duration>00:45:00:00</pentabarf:duration>
      <dtstart>20260201T112500</dtstart>
      <dtend>20260201T121000</dtend>
      <duration>00:45:00:00</duration>
      <summary>FIR filter design with Parks-McClellan Remez- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/RPJWH9-pm-remez/</url>
      <location>K.3.601</location>
      <attendee>Daniel Estévez</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>7673@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>7673</pentabarf:event-id>
      <pentabarf:event-slug>MFPZ8M-zigradio_a_lightweight_ergonomic_flow_graph_signal_processing_framework_for_sdr</pentabarf:event-slug>
      <pentabarf:event-tag>MFPZ8M-zigradio_a_lightweight_ergonomic_flow_graph_signal_processing_framework_for_sdr</pentabarf:event-tag>
      <pentabarf:title>ZigRadio: a lightweight, ergonomic flow graph signal processing framework for SDR</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 12:10:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 12:55:00 +0100</pentabarf:end>
      <pentabarf:duration>00:45:00:00</pentabarf:duration>
      <dtstart>20260201T121000</dtstart>
      <dtend>20260201T125500</dtend>
      <duration>00:45:00:00</duration>
      <summary>ZigRadio: a lightweight, ergonomic flow graph signal processing framework for SDR- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/MFPZ8M-zigradio_a_lightweight_ergonomic_flow_graph_signal_processing_framework_for_sdr/</url>
      <location>K.3.601</location>
      <attendee>Vanya Sergeev</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>8152@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>8152</pentabarf:event-id>
      <pentabarf:event-slug>FKDN8F-digital_rf_distribution_at_cern</pentabarf:event-slug>
      <pentabarf:event-tag>FKDN8F-digital_rf_distribution_at_cern</pentabarf:event-tag>
      <pentabarf:title>Digital RF distribution at CERN</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 12:55:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 13:40:00 +0100</pentabarf:end>
      <pentabarf:duration>00:45:00:00</pentabarf:duration>
      <dtstart>20260201T125500</dtstart>
      <dtend>20260201T134000</dtend>
      <duration>00:45:00:00</duration>
      <summary>Digital RF distribution at CERN- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/FKDN8F-digital_rf_distribution_at_cern/</url>
      <location>K.3.601</location>
      <attendee>Tristan Gingold</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>8325@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>8325</pentabarf:event-id>
      <pentabarf:event-slug>QF8G9W-white_rabbit_for_the_masses_distributed_coherent_sdr_on_generic_fpga_boards</pentabarf:event-slug>
      <pentabarf:event-tag>QF8G9W-white_rabbit_for_the_masses_distributed_coherent_sdr_on_generic_fpga_boards</pentabarf:event-tag>
      <pentabarf:title>White Rabbit for the masses: distributed coherent SDR on generic FPGA boards</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 13:40:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 14:10:00 +0100</pentabarf:end>
      <pentabarf:duration>00:30:00:00</pentabarf:duration>
      <dtstart>20260201T134000</dtstart>
      <dtend>20260201T141000</dtend>
      <duration>00:30:00:00</duration>
      <summary>White Rabbit for the masses: distributed coherent SDR on generic FPGA boards- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/QF8G9W-white_rabbit_for_the_masses_distributed_coherent_sdr_on_generic_fpga_boards/</url>
      <location>K.3.601</location>
      <attendee>Jean-Michel Friedt</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>9463@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>9463</pentabarf:event-id>
      <pentabarf:event-slug>SU8WPW-machine-learning-on-air-overview-and-tutorial</pentabarf:event-slug>
      <pentabarf:event-tag>SU8WPW-machine-learning-on-air-overview-and-tutorial</pentabarf:event-tag>
      <pentabarf:title>Machine Learning on Air: Overview and Tutorial on Open-Source Machine Learning Frameworks for DSP and Radio</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 14:10:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 14:55:00 +0100</pentabarf:end>
      <pentabarf:duration>00:45:00:00</pentabarf:duration>
      <dtstart>20260201T141000</dtstart>
      <dtend>20260201T145500</dtend>
      <duration>00:45:00:00</duration>
      <summary>Machine Learning on Air: Overview and Tutorial on Open-Source Machine Learning Frameworks for DSP and Radio- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/SU8WPW-machine-learning-on-air-overview-and-tutorial/</url>
      <location>K.3.601</location>
      <attendee>Andrej Rode</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>8056@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>8056</pentabarf:event-id>
      <pentabarf:event-slug>G7XGGR-autonomous_sdr_platform_based_on_zynqad9361_extension_of_plutosdr_architecture</pentabarf:event-slug>
      <pentabarf:event-tag>G7XGGR-autonomous_sdr_platform_based_on_zynqad9361_extension_of_plutosdr_architecture</pentabarf:event-tag>
      <pentabarf:title>Autonomous SDR platform based on Zynq/AD9361 (extension of PlutoSDR architecture)</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 14:55:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 15:35:00 +0100</pentabarf:end>
      <pentabarf:duration>00:40:00:00</pentabarf:duration>
      <dtstart>20260201T145500</dtstart>
      <dtend>20260201T153500</dtend>
      <duration>00:40:00:00</duration>
      <summary>Autonomous SDR platform based on Zynq/AD9361 (extension of PlutoSDR architecture)- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/G7XGGR-autonomous_sdr_platform_based_on_zynqad9361_extension_of_plutosdr_architecture/</url>
      <location>K.3.601</location>
      <attendee>F5OEO</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>7850@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>7850</pentabarf:event-id>
      <pentabarf:event-slug>3TPZSB-vrt_iq_tools_at_the_dwingeloo_radio_telescope</pentabarf:event-slug>
      <pentabarf:event-tag>3TPZSB-vrt_iq_tools_at_the_dwingeloo_radio_telescope</pentabarf:event-tag>
      <pentabarf:title>VRT IQ tools at the Dwingeloo Radio Telescope</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 15:35:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 16:20:00 +0100</pentabarf:end>
      <pentabarf:duration>00:45:00:00</pentabarf:duration>
      <dtstart>20260201T153500</dtstart>
      <dtend>20260201T162000</dtend>
      <duration>00:45:00:00</duration>
      <summary>VRT IQ tools at the Dwingeloo Radio Telescope- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/3TPZSB-vrt_iq_tools_at_the_dwingeloo_radio_telescope/</url>
      <location>K.3.601</location>
      <attendee>Thomas Telkamp</attendee>
    </vevent>
    <vevent>
      <method>PUBLISH</method>
      <uid>7660@fosdem-2026@pentabarf.org</uid>
      <pentabarf:event-id>7660</pentabarf:event-id>
      <pentabarf:event-slug>ARECWV-max2771_broadband_sdr_impact_of_low_bit_resolution_and_application_to_passive_ra</pentabarf:event-slug>
      <pentabarf:event-tag>ARECWV-max2771_broadband_sdr_impact_of_low_bit_resolution_and_application_to_passive_ra</pentabarf:event-tag>
      <pentabarf:title>MAX2771 broadband SDR: impact of low bit resolution and application to passive radar measurements</pentabarf:title>
      <pentabarf:subtitle></pentabarf:subtitle>
      <pentabarf:language>en</pentabarf:language>
      <pentabarf:language-code>en_US</pentabarf:language-code>
      <pentabarf:track>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</pentabarf:track>
      <pentabarf:start>2026-02-01 16:20:00 +0100</pentabarf:start>
      <pentabarf:end>2026-02-01 17:00:00 +0100</pentabarf:end>
      <pentabarf:duration>00:40:00:00</pentabarf:duration>
      <dtstart>20260201T162000</dtstart>
      <dtend>20260201T170000</dtend>
      <duration>00:40:00:00</duration>
      <summary>MAX2771 broadband SDR: impact of low bit resolution and application to passive radar measurements- </summary>
      <description/>
      <class>PUBLIC</class>
      <status>CONFIRMED</status>
      <categories>Software Defined Radio(SDR)/Digital Signal Processing(DSP)</categories>
      <url>https:/fosdem.org/2026/schedule/2026/schedule/event/ARECWV-max2771_broadband_sdr_impact_of_low_bit_resolution_and_application_to_passive_ra/</url>
      <location>K.3.601</location>
      <attendee>Jean-Michel Friedt</attendee>
    </vevent>
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