Please find below the details of the Programme for NAVITEC 2022.
For more information regarding the different tracks please click here.
If you would like to know more about the plenary session, please click here.
Event Timings: (UTC+2:00) Amsterdam, Berlin, Bern, Rome, Stockholm, Vienna / (Time Zone: CEST)
Plenary Session | |
9:15 AM - 9:30 AM | Conference Introduction |
9:30 AM - 13:00 PM | ESA programmes presentations Galileo EGNOS break- 15 min Moonlight Genesis Navisp |
13:00 PM - 2:00 PM | Lunch Break |
2:00 PM - 6:30 PM | Round table and invited presentation |
Navigation in Space and Science | Integrity and High-accuracy | PNT resilience and security | |
1:00 PM - 1:06 PM | Track introduction: Navigation in Space and Science | Track introduction: Integrity and High-accuracy | Track introduction: PNT resilience and security |
1:06 PM - 1:18 PM | Sentinel-6A GPS and Galileo Dual-Frequency Real-Time Reduced-Dynamics P2OD | Analysis of different Galileo High Accuracy Service (HAS) dissemination options using live signals and real corrections | The Attack Agnostic Defence: a spoofing detection metric for secure spreading sequences |
1:18 PM - 1:30 PM | CELESTE: a GNSS receiver and Star Tracker based Navigation System for Small Satellites | NaviLEO-POD : A Real-Time Onboard Precise Orbit Determination Receiver for LEO Constellations | End-to-End testing of GPS CHIMERA: Concepts of operations, performance and lessons learnt |
1:30 PM - 1:42 PM | Towards demonstration of real-time Precise Point Positioning on-board Norsat-TD | Galileo E6 High Accuracy Service Message Generation Tool (HMGT) for use with a GNSS Signal Simulator | A Blueprint for Multi- Frequency Multi-Constellation PVT Assurance |
1:42 PM - 1:54 PM | Navigating in Geostationary Orbit with a GNSS Receiver: a closer look to in-flight results | Galileo HAS Based Precise Point Positioning of LEO satellites | Observations on Signal-Level GNSS-Based PVT Assurance |
1:54 PM - 2:06 PM | On Orbit Experimentation of QN400 Software Defined Radio Receiver | Real-Time Multi-GNSS Precise Point Positioning with Instant Convergence for Inland Waterway Navigation | OSNMAlib: An Open Python Library for Galileo OSNMA |
2:06 PM - 2:20 PM | Coffee Break 1 - Day 2 | Coffee Break 1 - Day 2 | Coffee Break 1 - Day 2 |
2:20 PM - 2:32 PM | Moonlight – a Navigation Service for Lunar Users | Deterministic Approaches for Bounding GNSS Uncertainty | A low-cost GNSS antenna array with raw data sampling of 40 units |
2:32 PM - 2:44 PM | NaviMoon – Ultra-High Sensitivity GNSS Receiver for Lunar Navigation | Signal Quality Monitoring Aspects in GNSS Signals Affected by Evil Waveforms | Multi Element Antenna Technology for Robust GNSS Reference Stations |
2:44 PM - 2:56 PM | Radiometric Autonomous Navigation for Cislunar Satellite Formations | SBAS TTA compensation based on GNSS/IMU sensor fusion user algorithms | On the Way to Multipath and Interference Robust Antennas for GNSS Reference Stations |
2:56 PM - 3:08 PM | Candidate System Concepts for a Lunar Satellite Navigation System | Impact of Code Steps on Aviation Receivers applying Higher-Order Code Tracking Loops | Receiver-independent GNSS Smart Antenna for Interference Mitigation |
3:08 PM - 3:20 PM | Autonomous Navigation For Moon Missions: A Realistic Performance Assessment, Considering Earth GNSS Signals And LCNS Constellation | Outcomes of an Experimental RAIM Receiver Prototype - DARP Project Results | secRTK – A Jamming Resistant RTK-Receiver: Prototype Architecture and Results of First Measurement Campaigns |
3:20 PM - 3:32 PM | Accurate Lunar Surface PNT based on LCNS Orbiter Sources and On-board Sensor Fusion | On the Prediction of Network RTK Integrity Performance in Urban Environments | "The GAMMA Project: Development of a Galileo-Based Multi-Frequency Multi-Purpose Antenna" |
3:32 PM - 3:45 PM | Coffee Break 2 - Day 2 | Coffee Break 2 - Day 2 | Coffee Break 2 - Day 2 |
3:45 PM - 3:57 PM | Investigating the Performance of LCNS with Visual-Inertial Odometry for Lunar Rover Navigation | Validation of Evil WaveForms in a GNSS Simulator for GPS and Galileo Signals | Foundations for a secure satellite-based two-way ranging protocol to complement GNSS positioning |
3:57 PM - 4:09 PM | Mitigation of TACAN/DME interferences for L5/E5 space-borne GNSS receivers in LEO. First Simulation results for a diversity of missions with focus on Radio-Occultation. | Reduction of System Time to Alert on SBAS | Pre-correlation and post-correlation RF fingerprinting methods for GNSS spoofer identification with real-field measurement data |
4:09 PM - 4:21 PM | Crater Matching for Orbit Determination boosted by Neural Networks | Analysis of the Position and Pseudorange error distributions and autocorrelation functions of a DFMC SBAS | GNSS Spoofing Attack Detection By IMU Measurements Through A Neural Network |
4:21 PM - 4:33 PM | Close-to-Ground Single Antenna GNSS-R | "Everything flows" – consideration of tectonic plate motion in SBAS Systems and for high-accuracy GNSS applications | Detection of GNSS jamming and spoofing attacks, using combinations of Convolutional and Multi-Layer Perceptron Neural Networks |
4:33 PM - 4:45 PM | Demonstrating Multi-Constellation GNSS Reflectometry from LEO on the DoT-1 Microsatellite | Multipath Common Modes : A First Assessment of Independence Between Two Static GNSS Antennas | Performance of SVM based interference classification techniques for L1/E1 and L5/E5a GNSS signals |
4:45 PM - 5:00 PM | Coffee Break 3 - Day 2 | Coffee Break 3 - Day 2 | Coffee Break 3 - Day 2 |
5:00 PM - 6:30 PM | Track Panel (Navigation in Space and Science) | Track Panel (Integrity and High-accuracy) | Track Panel (PNT resilience and security) |
Space-based PNT systems and signals | Advanced User Algorithms for PNT | Mass-market, LBS, GNSS Measurements from Smartphones and IoT | |
1:00 PM - 1:06 PM | Track introduction: Space-based PNT systems and signals | ||
1:06 PM - 1:18 PM | A novel Robust and Precise Timing Facility for Galileo | Track introduction: Advanced User Algorithms for PNT | Track introduction: Mass-market, LBS, GNSS Measurements from Smartphones and IoT |
1:18 PM - 1:30 PM | Performance Analysis for Galileo and other GNSS at DLR Galileo Competence Center | Tiira: an Open-Source Hardware-based GNSS Receiver and Multi-sensor Navigation System | Design Considerations of Dedicated and Aerial 5G Networks for Enhanced Positioning Services |
1:30 PM - 1:42 PM | GARHEO Flight Experiment to Test GPS-Galileo Interoperability to Support Launchers and Space Missions | New Added-value functionalities to GUEST Platform: Enhanced Methodology and Tools for System Performance Evaluation | Implementation of a GNSS Rebroadcaster in an All-Programmable System-On-Chip Platform |
1:42 PM - 1:54 PM | COMPASSO – In-orbit Verification of Optical Key Technologies for future GNSS: Mission Description and Goals | Feasibility of snapshot GNSS Carrier Phase Amendment based on LAMBDA ratio tests | Detection, Characterization, and Localization of Interference Signals in Wideband GNSS Environments: the GIMAD System |
1:54 PM - 2:10 PM | Coffee Break 1 - Day 3 | Coffee Break 1 - Day 3 | Coffee Break 1 - Day 3 |
2:10 PM - 2:22 PM | Comparison of Constant and Non-constant Envelope Signals for Satellite Navigation | Performance assessment of Galileo OSNMA data retrieval strategies | Performance Analysis of Mass-Market GNSS Receivers in UAV Applications |
2:22 PM - 2:34 PM | Performance Analysis of a Multi-Slope Chirp Spread Spectrum Signal for PNT in a LEO Constellation | Galileo E1 OSNMA and I/NAV improvements: first tests on the receiver | High Precision Landmark based PositioningAlgorithm for autonomous UAVs by using geofenceand neural network |
2:34 PM - 2:46 PM | Exploiting Spatial Diversity for Fast Time-to-Time and Fast Time-to-First-Fix | Performance of GNSS Evil Waveform Detectors in the Presence of Multipath | Low complex and stable EKF for Mass Market Dual Frequency Receivers |
2:46 PM - 2:58 PM | Quasi-Pilot Signals: Acquisition and Fast Time Ambiguity Resolution | Ionospheric Scintillation Detection using Supervised and Unsupervised Learning Methods | Multi-frequency multi-constellation mass-market GNSS chipset test campaigns. Latest performance overview |
2:58 PM - 3:10 PM | Coffee Break 2 - Day 3 | Coffee Break 2 - Day 3 | Coffee Break 2 - Day 3 |
3:10 PM - 3:22 PM | Development of an MEO-LEO-ground simulation testbed to evaluate the localization of GNSS interference emitters from LEO | Innovative Technologies for robust high accuracy position in harsh environment (HASHTAG) | STARE: Real-Time Software Receiver for LTE and 5G NR Positioning and Signal Monitoring |
3:22 PM - 3:34 PM | Kepler - Fast Track | Precise Timing for Indoor Small Cells (INTIME) | LTE transmitter position estimation through combined GNSS and LTE tracking using a software receiver |
3:34 PM - 3:46 PM | Exploring flexibility of LEO PNT systems based on Nanosatellites constellation | Robust Tracking Strategy for Modern GNSS Receivers in Sounding Rockets | Cost Efficient Indoor Positioning With Sparse Local Infrastructure |
3:46 PM - 3:58 PM | Perspectives on LEO PNT - Positioning, Navigation and Timing - capabilities | The potential of the Cooperative Positioning paradigm to improve GNSS-based positioning in Space | Experimental Setup for Timing Monitoring for Cellular Base Stations with GNSS Assistance |
3:58 PM - 4:15 PM | Coffee Break 3 - Day 3 | Coffee Break 3 - Day 3 | Coffee Break 3 - Day 3 |
4:15 PM - 5:45 PM | Track Panel (Space-based PNT systems and signals) | Track Panel (Advanced User Algorithms for PNT) | Track Panel (Mass-market, LBS, GNSS Measurements from Smartphones and IoT) |
5:45 PM - 6:00 PM | Conference Closure for all | Conference Closure for all | Conference Closure for all |
ESA Conference Bureau / ATPI Corporate Events
ESA-ESTEC, Keplerlaan 1
2201 AZ Noordwijk, The Netherlands