42nd ESA Antenna Workshop

Sessions will be focused on technologies, techniques, and applications with the intent to foster the exchange of knowledge and ideas between experts.&nbsp;

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Atomic Clock Ensemble in Space (ACES) is developing high performance clocks and links for space to test Einstein's theory of general relativity. From the International Space Station (ISS), the ACES payload will distribute a clock signal with fractional frequency instability and inaccuracy of 1x10-16, thus establishing a global network to compare atomic clocks in space and on ground.&nbsp;

ACES Workshop 2024

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The workshop is a venue for experts from industry, research organisations and the public sector to share and present the latest advances on RF remote sensing technology, concepts, processing and systems. The workshop will cover the spectrum of RF remote sensing instruments: radiometers, sounders, scatterometers, altimeters, synthetic aperture radars and more. It will address a wide range of topics including cutting edge advances in mission design, science objectives and applications, instrument technology and signal processing.

8th Workshop on Advanced RF Sensors and Remote Sensing Instruments

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The scope of the workshop will include navigation equipment and techniques: receivers, payloads, signals, navigation algorithms, signal processing techniques and applications of GNSS (terrestrial and space). The papers should describe new equipment developments and systems concepts, innovative technologies and designs, testing/validation procedures, linked to the topics that are listed below.
<ul>
<li>Space, Lunar and Extra-Terrestrial (e.g. Moon and Mars navigation, Pulsar navigation, etc...)</li>
<li>LEO-PNT (e.g., LEO Signal of Opportunity navigation, LEO based indoor navigation, RFC, etc )</li>
<li>Science applications (GNSS-R, GNSS-based mapping, iono/tropo sounding, etc…)</li>
<li>Resilient PVT (e.g., interference and spoofing monitoring and mitigation, navigation in harsh environments, etc ...)</li>
<li>Advances in Navigation (e.g. navigation algorithms, new receiver architecture, advanced antenna techniques, AI-based navigation, quantum navigation and sensors, RTK/PPP, sensor fusion, etc…)</li>
<li>Alternative or hybrid PNT (e.g., IoT- and 5G-based positioning, indoor navigation, pseudolites, etc...)</li>
</ul>