| Title | Author | |
| How to prepare for Hydrographic Artifical Intelligence (AI) Networks and System? | Denis Hains | |
| Automated detection of bathymetric outliers | Thierry Schmitt | |
| Using AI to improve automated recognition of underwater objects in sidescan sonar imagery | Guillaume Morissette | |
| AI in Three Dimensions | Burns Foster | |
| Estimation of Satellite Derived Bathymetry capabilities for shallow water mapping in the Saint Lawrence river | Marc Lennon | |
| Towards monitoring of shallow waters for higher latitudes regions | Knut Hartmann | |
| SDB use case – Chart adequacy evaluation on St Martin Island after huricane Irma | Thierry Schmitt | |
| HYDROSPATIAL Plenary | Denis Hains | |
| Autonomy done right – a force multiplier in hydrography | James Coleman | |
| A mapping focused open-sourced software framework for Autonomous Surface Vehicles | Roland Arsenault | |
| A New Space-Based Standard for Remote Bathymetric Surveying | Kyle Goodrich | |
| Low-Cost GNSS Hardware for High-Accuracy Marine Positioning | Johnson Oguntuas | |
| Performance Evaluation of Eight Different Integrated Navigation, Heading, Attitude, and Heave Systems by Comparing Errors in Seafloor Bathymetry | Anand Hiroji | |
| The response of the continental shelf from Louisiana to Alabama to Hurricane Nate and tropical storm Alberto | Uchenna Nwankwo | |
| High Resolution Berthing Scale Electronic Navigation Charts: Successes and Challenges of Data Acquisition and Chart Production to Support Commercial Shipping | Elizabeth Bonner | |
| S-100 Bathymetric Data Service Pilot Project Modernization of Marine Navigation | Mike Van Duzee | |
| The National Bathymetric Source | Glen Rice | |
| The e-learning Python for Ocean Mapping project | Giuseppe Masetti | |
| Sonar-lidar mapping of harbor facilities: concept, equipment and method | P. Medoune Ndir | |
| Charting for the future, reducing the challenges of chart updating | Annie Biron | |
| Projet de visualisation de la norme S-102 Surface bathymétrique | Pascal Rhéaume | |
| Systematic errors estimation in repeat MBES surveys | Nathalie Debese | |
| Augmenting hydrographic data with high-resolution ocean modeling | Ahmadreza Alleosfour | |
| Horizontal Calibration of Vessel Lever Arms Using Unmanned Aircraft Systems (UASs) | Casey O’Heran | |
| Soundings Validation Toolbox: Research to Operations | Christos Kastrisios | |
| Adopting a modern approach to compiling bathymetry for nautical charts | Karen Cove | |
| BAG 2.0: Continuing Development of an Open, Grid-based Data Transfer Format | Brian Calder | |
| New Metadata Layers for the BAG Format | Glen Rice | |
| ENC Depth Areas: Quality control of sea-bottom surface continuity and error fixes | Christos Kastrisios | |
| Beyond point clouds, 3D polygonal meshes for discovery of new features in marine datasets | Danny Neville | |
| Developing Machine Learning Models for Quality Assurance and Continuous Improvement of Bathymetry Extraction from Lidar Point Clouds | Kim Lowell | |
| Calibrating broadband multibeam seabed backscatter | Ivan Guimaraes | |
| Solutions to Hydrographic Challenges in the Alaskan Arctic | Alissa Johnson | |
| CCGS Amundsen Arctic Multibeam Data Collection and Processing: Past, Present and Future | Ian Church | |
| Surveying by sailboat: bathymetric mapping of the Canadian High Arctic | Gabriel Joyal | |
| Développement d’une deuxième génération du porteur hydrographique | Grégoire Ledoux | |
| Large Scale Mutli-Sensor Surveys A contractors perspective on the benefits | David Field | |
| Monitoring Bubble Washdown over a Deep-Water Multibeam Ping Cycle | John Hughes Clarke | |
| Holistic Processing Automation: Charlene, SHAM and Scribble | Damian Manda | |
| Estimating Crowdsourced, Authoritative Observer, and Data Reputation | Brian Calder |
| A Discussion for On the Fly Vertical Transformations in Hydrography | Tami Francksen et al | |
| A journey through the Discovery of the Clotilda : “The Last American Slave Ship” | Kandice Gunning and Anand Hiroji | |
| A mapping focused open-sourced software framework for Autonomous Surface Vehicles | Roland Arsenault and Val Schmidt | |
| A New Space-Based Standard for Remote Bathymetric Surveying | Kyle Goodrich | |
| A State-Space Framework for Multitemporal Satellite Derived Bathymetry | Nicholas A. Forfinski-Sarkozi | |
| Accessing CHS’ Bathymetric Data for Non-Navigational Purposes | Gallant, Dana et al | |
| Accessing Intensity: Making the Canadian Hydrographic Service’s Backscatter Inventory accessible-v1 | Gallant, Dana et al | |
| Acquisition of an airborne topo-bathymetric LiDAR survey along watercourses for the Communauté métropolitaine de Québec’s flood mapping project | Julie Simard et al | |
| Adopting a modern approach to compiling bathymetry for nautical charts | Karen Cove1 | |
| AI in Three Dimensions | Burns Foster, Axel-Christian Guei | |
| Augmenting hydrographic data with high resolution ocean modeling | Ahmadreza Alleosfour et al | |
| Automated detection of bathymetric outliers: Building machine learning features to process data | Julian Le Deunf et al | |
| Automatic estimation of marine mobile LiDAR system boresight angles using planar targets | Mohsen H. Shahraji and Christian Larouche | |
| Automation in single source chart production database | Julien Barbeau | |
| Autonomous seafloor mapping | Mr. Terje Haga Pedersen | |
| Autonomy Done Right | James Coleman et al | |
| BAG 2.0: Continuing Development of an Open, Grid-Based Data Transfer Format | Brian R. Calder | |
| Bathy Lidar Object Detection | Carol Lockhart | |
| Beyond point clouds, 3D polygonal meshes for discovery of new features in marine datasets | Danny Neville et al | |
| Calibrating broadband multibeam seabed backscatter | Ivan Guimaraes, and John E. Hughes Clarke | |
| CCGS Amundsen Arctic Multibeam Data Collection and Processing | Ian Church et Al | |
| Charting for the future, reducing the challenges of chart updating/
Cartographier pour le futur, réduire les défis de la mise à jour des cartes |
A. Biron et al | |
| CHS’s Water Level System Renewal/
Le renouvellement des systèmes de niveaux d’eau du SHC |
Francis Fortin-Legault et al | |
| Combined Standard Measurement Uncertainty Model to Bathymetric Data | Willian Ney CASSOL | |
| Crowd sourced bathymetry in Northern Canada | Julien Desrochers | |
| Crowd-sourced Bathymetric Maps of the Newfoundland and Labrador Shelves | Emilie Novaczek et al | |
| Defining a new International Great Lakes Datum | Terese Herron et al | |
| Developing Machine Learning Models for Quality Assurance and Continuous Improvement of Bathymetry Extraction from Lidar Point Clouds | Kim Lowell et al | |
| Development of Operational E-navigation, Canadian Methods, Solutions and Challenges | Phillip MacAulay et al | |
| Développement du porteur hydrographique de deuxième génération | Grégoire Ledoux1 et Charles Massicotte2 | |
| ENC Depth Areas | Christos Kastrisios et al | |
| Estimating Crowdsourced, Authoritative Observer, and Data Reputation | Brian R. Calder Shannon Hoy | |
| Estimation of Satellite Derived Bathymetry capabilities for shallow water mapping in the Saint Lawrence river | Lennon Marc et al | |
| Évaluation du potentiel d’un système de collecte de données bathymétriques participatives HydroBox pour supporter la surveillance de la Voie Navigable du Saint-Laurent | Mathieu Rondeau, Pierre Dion | |
| Extracting plane surfaces in bathymetric point clouds with a region growing algorithm | Vincent Dupont et al | |
| FORSCE: Flotte Opérationnelle de Recherche en Sciences Côtières et Environnementales | Pascal Bernatchez | |
| Gnss jamming and spoofing risks and mitigations for maritime users | Aleksander Hammernes | |
| High Resolution Berthing Scale Electronic Navigation Charts | E. Bonner, D. Havens | |
| Holistic Processing Automation: Charlene, SHAM and Scribble | Eric Younkin | |
| Horizontal Calibration of Vessel Lever Arms Using Unmanned Aircraft Systems (UASs) | Casey O’Heran and Brian Calder | |
| How to prepare for Hydrographic Artifical Intelligence (AI) Networks and System? | Denis Hains | |
| Hydrographic Survey Applications of Observed Vorticity in Optical-Band Satellite Data | Ms. Helen F. Stewart, C.H. et al | |
| Hydrographie et dragage au service de la nature | Biron, Marie-Ève g., B.Sc.A – Babineau, Sylvain M. Sc. HC | |
| La bathymétrie en 2020, où en sommes-nous ? Bathymetry in 2020, where are we? | É. LeBel et al | |
| Large Scale Mutli-Sensor Surveys | David Field et al | |
| Le Pilotage Intelligent : « Optimiser l’efficacité de la navigation maritime en améliorant la sécurité |
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| Low-Cost GNSS Hardware for High-Accuracy Marine Positioning | Johnson Oguntuase et Al | |
| Mapping Inland Waters – Case study of mapping the Potomac River using Airborne Lidar Bathymetry | Amar Nayegandhi et al | |
| Monitoring Bubble Washdown over a Deep-Water Multibeam Ping Cycle | John E. Hughes Clarke et al | |
| New Metadata Layers for the BAG Format | Glen Rice et al | |
| New Small Form Factor and Lightweight Airborne Laser Bathymetry Scanner | Dr. Martin Pfenningbauer and Joshua I France | |
| Nippon Foundation / GEBCO training program at the Center for Coastal and Ocean Mapping /Joint Hydrographic Center | Rochelle Wigley | |
| NOAA’s response imagery and bathy lidar efforts for the 2017 hurricane impacted areas | Hilina Tarekegn et al | |
| Open Backscatter Toolchain (OpenBST) | M. Smith et al | |
| Operational Survey Trials of the DriX Autonomous Surface Vessel on NOAA Ship Thomas Jefferson | Andrew Armstrong et al | |
| Performance Evaluation of Eight Different Integrated Navigation, Heading, Attitude, and Heave Systems by Comparing Errors in Seafloor Bathymetry | Anand D. Hiroji et Al | |
| Precise ground-based GNSS-Reflectometry sea level measurements using low-cost antennas | David Purnell et al | |
| S-100 Bathymetric Data Service Pilot Project – Modernization of Marine Navigation | Mr. Mike Van Duzee et al | |
| SDB use case: Chart adequacy evalution on St Martin Island after huricane Irma | Thierry Shmitt et al | |
| Sediment Classification Using Angular Response Curves Derived from Phase Measuring Bathymetric Sonar Aided with Sediment Sampling | Kandice Gunning and Anand Hiroji | |
| Solutions to Hydrographic Challenges in the Alaskan Arctic | Alissa Johnson | |
| Sonar-lidar mapping of harbor facilities: concept, payload and method | Medoune Ndir, Gregoire Ledoux | |
| Soundings Validation Toolbox | Christos Kastrisios1 et al | |
| Surveying by sailboat: bathymetric mapping of the Canadian High Arctic | Gabriel Joyal et al | |
| Systematic errors estimation in repeat MBES surveys | Nathalie Debese et al | |
| The Canadian Hydrographic Service Operational Plan (CHS-OP) | René Chénier et al | |
| The Digital Repository of the International Hydrographic Review | Brian Connon et al | |
| The e-learning Python for Ocean Mapping project | Giuseppe Masetti et al | |
| The National Bathymetric Source | Glen Rice et al | |
| The response of the continental shelf from Louisiana to Alabama to Hurricane Nate and tropical storm Alberto | Nwankwo Uchenna et Al | |
| The role of standards in the development of a marine cadastre in Canada – Le rôle des normes dans le développement d’un cadastre marin au Canada | Jean-François Beaupré | |
| The Use of GNSS at Water Level and Tide Gauge Stations in Canada | Michael Craymer | |
| TITRE: Projet de visualisation delanorme S-102–Surface bathymétrique | MonsieurPascalRhéaume et al | |
| Towards monitoring of shallow waters for higher latitudes regions | Knut Hartmann | |
| Transmission Array Side Lobe Interference in Multibeam Phase Ramps | Jonathan Hamel et al | |
| Underwater objects extraction and analysis | Nathalie Debese, Jean José Jacq | |
| Unmanned Maritime Systems at the University of Southern Mississippi | Brian Connon | |
| Using AI to improve automated recognition of underwater objects in sidescan sonar imagery | Guillaume Labbé-Morissette, Sylvain Gauthier |
