Days: Wednesday, February 5th Thursday, February 6th Friday, February 7th
View this program: with abstractssession overviewtalk overview
09:00 | GNSS INTEGRITY: A Kaleidoscope of Challenges and Opportunities (abstract) |
09:30 | Precise GNSS for Automated Vehicles (abstract) |
10:00 | Downstream opportunities powered by Galileo & EGNOS (abstract) |
11:00 | Australian SBAS update (abstract) |
11:18 | QZSS (abstract) |
11:36 | GPS (abstract) |
11:54 | Galileo (abstract) |
12:12 | ROSCOSMOS (abstract) |
13:30 | Reference Frame, Uncertainty and Reliability of AUSPOS Solution (abstract) |
13:45 | Assessment of AUSPOS Performance in New South Wales, Australia (abstract) |
14:00 | The National Positioning Infrastructure Capability Project – The Now (abstract) |
14:15 | Victoria’s Positioning Infrastructure - Now and Into The Future (abstract) |
14:30 | The application of GNSS surveying in the delivery of the Australian Geospatial Reference System (abstract) |
14:45 | The Australian Geospatial Reference System (abstract) |
13:30 | Positioning challenges for cooperative vehicles, the Queensland experience (abstract) |
13:45 | Enable lane-level positioning for connected vehicles with low-cost dual frequency receivers (abstract) |
14:00 | Positioning integrity analysis for connected vehicle safety applications from the field operational tests (abstract) |
14:15 | Simultaneous Localization and Mapping (SLAM) for Autonomous Driving (abstract) |
14:30 | Evaluation of integrity availability based on WLS RAIM in different urban environments for stand alone GPS and cooperative solution (abstract) |
14:45 | Suppressing Interference to Detect Very Far Field Signals using a Collaborative Phased Arrays (abstract) |
13:30 | Using Reflections Recorded by Geodetic GNSS Instruments to Measure Snow Depth, Soil Moisture, Water Levels, and Vegetation (abstract) |
13:45 | Application of super-resolution in GNSS Reflectometry (abstract) |
14:00 | Determination on the sea surface height using ship-borne GPS (abstract) |
14:15 | Detectability of Ocean Surface Targets using GNSS-Reflectometry in Backscattering Configuration (abstract) |
14:30 | Raw Data Simulator for GNSS Reflectometry (abstract) |
14:45 | GPS-Reflectometry Using Kea GPS Receivers (abstract) |
15:30 | THALES. Handset compatibility and mass market penetration of SBAS services (abstract) |
15:50 | GPSat Systems Australia. Staged Approach to Mitigating Interference (abstract) |
16:00 | Trimble Advanced Positioning: Always Putting You In The Best Position (abstract) |
16:10 | Vicom. Resilient PNT for New and Current Systems (abstract) |
16:20 | Hexagon. GNSS Correction Services – Where to Now? (abstract) |
16:30 | Position Partners: The Road to Smart Construction (abstract) |
View this program: with abstractssession overviewtalk overview
09:00 | The need for Robust, High Accuracy, High Integrity GNSS Services (abstract) |
09:30 | Smartphone Positioning with Signals-of-Opportunity (abstract) |
10:00 | GNSS use in Autonomous Vehicles: Challenges and Opportunities (abstract) |
11:00 | The benefits of SBAS for Australia and New Zealand (abstract) |
11:10 | SBAS and other augmentations - An Australian maritime perspective (abstract) |
11:20 | Second generation SBAS: Performance Analysis in Road Transport, Digital Mining and LPV-200 in Aviation (abstract) |
11:30 | SBAS test-bed project: Construction and Rail applications (abstract) |
11:40 | SBAS Panel (abstract) |
The IGNSS conference has been running for over 3 decades and has evolved into the premier meeting for academics, engineers, geospatial professionals, government, defence and industry start-ups to meet, present their new advances in positioning, navigation and timing technology and exchange ideas.
The purpose of the IGNSS Association is to encourage research and development in GNSS, to gather information of interest to members which will benefit them in everyday applications, to act as a voice for members and business to government, professional bodies and educational bodies and to be a link for the continuing education and training of members.
The conference theme and structure changes every year to adapt to “hot” areas in this rapidly changing field. The program also features panel sessions on topical issues, technical sessions from students, academics and industry, poster sessions and peer reviewed conference papers.
In keeping with our association constitution, we will be hosting an Annual General Meeting on Thursday 6th February 2020 in Colombo Theatre A, UNSW, Sydney commencing at 12:30 pm. All delegates are invited to attend, bring their lunch and contribute. How would you like your IGNSS Association to operate? Are there things we could be doing differently or better? Please come along and help shape your IGNSS Association into the future.
IGNSS Association Inc 2020 AGM Agenda
- Short History and background of the IGNSS Association
- Proposal to continue with current Committee Members including President, Treasurer, Secretary
- Progress report on IGNSS 2020 conference
- Progress report on IGNSS Association Inc
- Discussion of future conference (combine with ISGNSS and/or ION/IEEE PLANS conference)
- General Business
13:30 | The Australia and New Zealand SBAS: Accurate positioning in practice (abstract) |
13:45 | Design of an SBAS E5b PPP Channel (abstract) |
14:00 | Assessment of the New DFMC and PPP services of the second-generation SBAS in the Mining and Urban environments (abstract) |
14:15 | Performance Analysis of GAGAN and Trimble RTX Satellite Based Augmentation Services in Respective to Equatorial Ionospheric Conditions (abstract) |
13:30 | UWB Cooperative Localization of Pedestrians along a Constrained Building Hallway (abstract) |
13:45 | A Comparative Evaluation of Wi-Fi RTT and GPS Based Positioning (abstract) |
14:00 | Locata Developments Enabling Fully-autonomous Machine Control In Critical Industrial Applications (abstract) |
14:15 | Timing Accuracy of Locata-based PNT System at White Sands Missile Range (abstract) |
14:30 | Satellite navigation in small celestial bodies for proximity missions (abstract) |
14:45 | Celestial Fix as a Generalized Eigenvalue Problem (abstract) |
13:30 | Quantum Geodesy (abstract) |
13:45 | A Performance Assessment Methodology for Quantum Inertial Sensors (abstract) |
14:00 | An Approach to Data Fusion of a Classical and Quantum Accelerometer (abstract) |
14:15 | A Measurement Campaign for Cooperative Positioning Architecture Based on GNSS and Local Positioning System (abstract) |
14:30 | Spatiotemporal correlation between fault tests statistics in integrated GPS time-differenced carrier phase observations with INS (abstract) |
14:45 | A Distributed Cooperative Positioning Algorithm for Swarms of UAVs (abstract) |
Featuring:
- John Dawson, Geoscience Australia
- Sunil Bisnath, York University
- Tim Murphy, Boeing
- Jeff Auerbach, US Department of State
- Noor Raziq, Hexagon
- Ryan Keenan, Positioning Insights
View this program: with abstractssession overviewtalk overview
09:30 | Ionosphere modellling and Australia's National Positioning Infrastrusture (abstract) |
09:45 | Modernisation of Geoscience Australia GNSS Data Repository (abstract) |
10:00 | Geoid-based vertical reference datum for Costa Rica (abstract) |
10:15 | Multipath Detection at GNSS sites with co-located InSAR Corner Reflectors (abstract) |
09:30 | Precise orbit modelling: applications for GRACE, GALILEO and MICROSCOPE (abstract) |
09:45 | Precise orbit and clock estimation for multi-GNSS constellation at Geoscience Australia (abstract) |
10:00 | BeiDou-3 support in the Trimble RTX correction service (abstract) |
10:15 | Upgrade of the IGS Analysis Centre Coordinator combination software - enabling multi-GNSS combination (abstract) |
10:30 | Multi-frequency Multi-GNSS PPP: A Comparison of Two Ambiguity Resolution Methods (abstract) |
09:30 | Democratisation of GNSS Precise Positioning (abstract) |
09:45 | A Comparision of PPP Processing Strategies using WEB and other On-Line Services (abstract) |
10:00 | Analysis and conditioning of smartphone raw GNSS measurements for Precise Point Positioning (abstract) |
10:15 | Quantifying antenna effects on smartphone positioning accuracy (abstract) |
10:30 | Improving access to precise positioning information by utilizing modern data transmission protocols (abstract) |
10:45 | Achieving highly available, scalable, reliable and efficient GNSS data transmission with MQTT protocol (abstract) |
11:30 | Army Robotic and Autonomous Systems (abstract) |
12:00 | Position Navigation and Timing … a Warfighter’s Perspective (abstract) |
12:30 | Accelerating emerging and disruptive technologies for the warfighter (abstract) |