Title
|
Author
|
| On-demand-on-the-fly production of DHP S-111 & S-104 data using a RESTful OGC compliant pygeoapi process plugin |
Gilles Mercier |
| Disruptive technology for autonomous shallow water operations_the development of new wide-swath bathymetric & imaging sonars |
Pete Ramsay |
| Automatic benthic mapping using artificial intelligence and transfer learning |
Guillaume Labbé-Morissette |
| An open-source framework for hydrographic autonomous vehicles |
Guillaume Morissette |
| The Continuous Vertical Datum model for Canadian waters – recent operational surfaces and project update |
Michael Morley |
| Implementing S-100 at the Canadian Coast Guard |
Eivind Mong |
| Bridging the ASV capability gap with cloud native microservices |
Danny Neville |
| Automating the generation of the bathymetric surface reference through expert rules and ETL |
Yann Keramoal |
| Accurate, real-time wave measurement improves vessels safety at port, example of the Port of Lyttelton in New Zealand |
Dorgeville Emilie |
| Lakebed 2030_Building the Great Map |
Tim Kearns |
| 4S project, the PT use cases, Satellite Derived Bathymetry analysis on the Portuguese Coast and estuaries |
Carlos Marques |
| An Assessment of Detector Modes of a Kongsberg EM2040C for vertical object detection |
Graham Bondt |
| Design, development, and delivery of the first blended distance learning I.H.O.-recognised hydrographic survey program |
Deborah Livingston |
| Royal Navy Hydrographic Surveying in Antarctica |
Kate Retallick |
| Toward a Readily Available Maritime Route Suggestion and Prediction System Using Historic “Roads of the Sea” |
Killian Cowan Killia, |
| How reliable is the tactical-grade GNSS+INS for bathymetric surveys |
Johnson Oguntuase |
| Enabling autonomous hydrographic surveys through features for automatic and remote operations |
Kevin Tomanka |
| A comprehensive characterization of water levels and local datums in remote Alaskan locations using GNSS buoys and GNSS-Reflectometry |
Kimberly DeGrandpre |
| The Open Sonar Project_A common platform for hydrographic education |
Christie Graham |
| Year One of Marine Fisheries Habitat Assessment onboard the FRV Ludy Pudluk in the Qikiqtani Region of Nunavut |
Kirk Regular |
| High-Altitude Topographic and Bathymetric Lidar Sensor Development |
Mark Smits |
| USVs – Expediting Hydrospatial Data Collection |
Matthew Holland |
| Les marins dans l’Arctique veulent voir tout ce qu’on a |
Mathieu Rondeau |
| Advances & Challenges in Topo-Bathymetric Lidar Processing |
Tim Webster |
| The Nippon Foundation-GEBCO, Seabed 2030 Project Status and Way Forward |
Jamie McMicheal-Phillips |
| Participatory Geomatics Networks for Coastal Mapping and Monitoring |
Yannick Duguay |
| Scalable Space-Based Hydrospatial Solutions Deployed for Surveying Remote Locations in the Maldives and Arctic Canada |
Kyle Goodrich |
| Remote seabed surveys in higher latitudes from satellites – lessons learned and new |
Edward Albada |
| Modernizing Hydrographic Survey Management with an Interactive web GIS |
David J. Bernstein |
| Usage Merge and Gridded ENCs in Haida Gwaii |
Paul Scott |
| Implementing a reference backscatter calibration technique on a multi-sector multibeam echosounder |
Rui Cândido |
| Comparative analysis of bathymetric lidar and multibeam sonar for benthic habitat |
Ali Chouaer |
| Robust estimation of multiple simultaneous integration errors from underway multibeam data |
Brandon Maingot |
| CHS Remote Sensing Center of Expertise, Remote Sensing Applied to Hydrography to Support Safety to Navigation |
René Chénier |
| Visualizing Electronic Chart Data for Hard Copy Print |
Christie Ence |
| Sensor to Cloud_Setting the stage for the dynamic future of hydrospatial products and services |
Travis Hamilton |
| Determining heights in the new IGLD (2020) |
Michael Craymer |
| IMPLENTATION OF VN-301 RESTRICTION ON NAVSIM PPU |
Capt. C. Baumelle |
| Solution to reduce risk and cost in a channel deepening project at the Port of Lyttelton in New Zealand |
Emilie Dorgeville |
| 2021 airborne topo-bathymetric lidar survey on the South Saskatchewan River |
Colin Cooper |
| CCGS Amundsen_Adapting seabed data acquisition in Arctic environments |
Daniel Amirault |
| A geographically adaptive model for satellite derived bathymetry |
Juliane Jussara Affonso |
| Advancements in AI for Hydrospatial Applications |
Burns Foster |
| The Nautical Cartographic Constraints and an Automated Generalization Model |
Tamer Nada |
| Quantifying depths in a shallow, hypersaline estuary with airborne Lidar, sonar and |
Kutalmis Saylam |
| Overhauling NOAA’s Hydrographic Surveys Specifications and Deliverables |
Grant Froelich |
| Hydrographic survey planning uncertainty from ocean model surface forcing |
Ahmadreza Alleosfour |
| CALHYB_Design of a Lidar_ Hyperspectral light aerial system |
Marc Lennon |
| statistical approach to find the origin of outliers in a multibeam data set |
Tony Furey |
| An in-depth view of women in Hydrography |
Carlos Marques |
| New methods to access absolute accuracy of positioning systems used for hydrographic surveys |
Anand Hiroji |
| Capacity Building and Hydrographic Training in Canada – The CIDCO’s category B program in hydrographic surveying |
Mohamed-Ali Chouaer |
| Segmentation and characterisation of underwater dunes of the Northern Traverse of the Saint-Lawrence River |
Willian Ney Cassol |
| Then… What’s HYDROSPATIAL |
Denis Hains |
| Examining open-source web GIS methods for public dissemination of Arctic seafloor |
Madeline Vainionpää |
| Mesoscopic wave physics in dense fish aggregates |
Benoit Tallon |
| A scalable, distributed, open-source system for volunteer bathymetry collection |
Brian Calder |
| BATHYSAT_A processing chain for operational production of qualified SDB at large scale |
Sophie Loyer |
| Evaluation of Airborne LiDAR Bathymetry Data for Hydrographic Applications in Haida Gwaii, British Columbia |
Danial Mariampillai |
| LM3GNSS hardware in collocated water-level measurements validation with pressure sensors in Mississippi Blight |
Johnson Oguntuase |
| Development of a seamless multisource Topographic and Bathymetric Digital Elevation Model using a methodology adapted for hydrodynamic modelling of the St. Lawrence River |
Juzer Noman |
| Combining radiometric and geometric information in spectral |
Mohamed Ali Ghannami |
| Cleaning Outliers Bathymetric Lidar Data Using Machine Learning Techniques_Shom’s Feedback |
Julian Le Deunf |
| Filling Gaps in the Cloud_Ensuring dataset integrity of CHS’s water level network |
Khaleel Arfeen |
| Preliminary report on the experiment to verify the precision and performance of multibeam echo-sounder using a water tank |
Ogawa Haruka |
| Satellite-derived bathymetry and its application to update two charts in northern Canada |
Anders Knudby |
| Bi-nationally coordinated water levels_charting the way for a new International Great Lakes Datum |
Khaleel Arfeen & Sierra Davis |
| Integration of the Automated Compilation Tools in the CHS Chart Production |
Gabriel Cavanagh |
| Constructing complex hybrid Digital Elevation Models (DEMs) using multiple hydrographic data sources |
Amar Nayegandhi |
| Ocean Mapping Education at UNB_A Canadian FIG_IHO_ICA Category “A” Undergraduate Engineering Program |
Ian Church |
| CHS’ digital transformation in preparation for S-100 |
Lynn Patterson |
| Scalable Space-Based Hydrospatial Solutions Deployed for Surveying Remote |
Kyle Goodrich |
| Best practices for conducting high resolution bathymetric lidar surveys from different platforms |
Martin Pfennigbauer |
| Cross check of Data Quality Chapters of S-1xx Product Specifications |
Lingzhi Wu |
| Expanding bathymetric lidar survey coverage using a novel random forest satellite-derived bathymetry(SDB) algorithim_a case study for Artic Waters |
David Flanagan |
| International Great Lakes Datum_Possible Impacts and What You Need to Know |
Terese Herron |
| Collaborative Bathymetry in Arviat, NU |
Julien Desrochers |
| Radar based bridge clearance solution to support European river information services harmonisation project |
Emilie Dorgeville |
| Canadian Hydrographic Service’s approach to bathymetric gap analysis |
Andrew Forbes |
| Vertical and horizontal accuracy assessment of multibeam surveys using a plate check approach |
Mike Mutschler |
| Synthetic Aperture Mapping Sonar for Hydrography |
Charlot Didier |
| Lakebed 2030_Crowd Sourced Bathymetry in the Great Lakes |
Linden Brinks |
| Square Peg, Round Hole – Adapting survey acceptance tools and techniques to keep up with a rapidly evolving software market |
Jonathan Beaudoin |
| On Becoming a Certified Hydrographer |
Derrick Peyton |
| Hybrid SDB and MBES surveys for dredge volume computations and channel condition assessment |
Helen Stewart |
| Automating and improving SDB with the development of an interactive GUI which utilizes on-going NOAA research |
Bryan Eder |
| Understanding the dynamics of turbidity and water environments from satellite |
Edward Albada |
| S-122 Portrayal and integration concepts and services |
Stilianos Contarinis |
| Absolute Ocean_A Cloud-based Platform with Automatic Detection of Targets in Sonar Data |
Jordan Pierce |
| Australian Hydrographic Office Digital Transformation Strategy |
Michael Clarke |
| Digital twin of the Oceans_The critical role of Hydrography |
Louis Maltais |
| Performance of distributed data structures on MBES data |
Kalidasan Vishwa Barathy Gandhi |
| Accurate Sonar and LiDAR Inspections in GPS-Denied Environments |
Kevin Tomanka |
| Towards an automated chart-ready cartographic sounding selection |
Noel Dyer |
| Canadian Hydrographic Service (CHS) Dynamic Hydrographic Products (DHP) |
Phillip MacAulay |
| The Empowering Women in Hydrography Project (EWIH) |
Helen Stewart |
| Imaging laser scanner for hydrographic vessel offset surveys_a few case studies |
Evan Rohde |
| Detection of submerged aquatic vegetation to improve satellite-derived bathymetry in Canadian Arctic waters |
Mesha Sagram |
| Checking VDatum Offshore With Bottom Mounted Pressure Gauge Geodetically Referenced with GNSS ASV |
Uchenna Nwankwo |
| Highlighting the Importance of Topo-bathymetric Lidar in the Great Lakes by Using Supplementary Data Processing and Dissemination Techniques |
Karen Hart |
