Benoit Leroux
Sessions auxquelles Benoit Leroux assiste
Mercredi 29 Janvier, 2025
This keynote presentation will revisit some of the fundamentals behind lidar that influence the precision and detail the systems produce. The laser ranging systems that are used strongly influence how the lidar system works and factors including: wavelength, beam divergence, pulse width and pulse repetition frequency will be reviewed and discussed. Most airborne topographic lidars use a 1064 nm Near-Infrared laser, while topo-bathymetric lidar systems deploy both a NIR laser and a green laser...
Flooding is the most costly natural disaster in Canada. Although flood hazard maps are essential for understanding a community’s risk to flooding, in Canada, many flood maps are not always available or up to date. High quality flood mapping that is current and accessible will help governments, communities, and individuals understand flood hazards and to implement effective mitigation strategies to reduce their impacts.Since 2021, Natural Resources Canada (NRCan) has been leading the Fl...
AI-driven mapping revolutionizes the use of LiDAR and photo datasets, addressing challenges like underutilized data and the complexity of heavy datasets. By transforming big data into lightweight, accessible information, XEOS offers practical solutions for municipalities and private companies. Through a step-by-step breakdown of the AI mapping process and product demonstrations, attendees will discover how this innovation enables smarter decision-making and brings more value to LiDAR data.
Join us at LiDARCanEX 2025 for an insightful panel discussion moderated by Dr. Tim Webster. This session will bring together experts to explore the current state of LiDAR projects in Canada and discuss what the future holds. Topics include:Wide-Area Topographic LiDAR Mapping: Applications in forestry, flood risk assessment, powerlines, infrastructure, and urban development.Topo-Bathymet...
Jeudi 30 Janvier, 2025
This workshop explores the capabilities of RIEGL’s multi-model terrestrial laser scanning (TLS) systems, including the VZ-400i, VZ-600i, VZ-2000i, VZ-4000, VZ-4000i25, and VZ-6000i. Highlighting applications in civil engineering, forestry, urban planning, public safety, mining, and cultural heritage, as well as emerging markets such as renewable energy and autonomous technologies, the session demonstrates how these advanced sensors address complex challenges with precision and versatility. Re...
