Assignment of the topic on the right of way of the virtual conference of July 13

Photo: Jordanlye / iStock / Getty Images Plu / Getty Images

The Right-of-Way Asset Mapping Exchange 2021 is an interactive online virtual conferencing experience focused on inventory and asset mapping innovation that supports all phases of the infrastructure lifecycle. It takes place on July 13 and is free.

The event provides hands-on and practical information on various current and emerging technologies. Through individual presentations, discussions, and meetings, the event offers attendees the opportunity to learn and interact with technology and experts in a wide range of disciplines, and some of their key clients, as well as colleagues and colleagues.

The moderator of the event is Matteo Luccio, GPS World Chief Editor. Speakers include:

  • Bradford Folta, Architect and CEO of GIS, Honey Badger Analytics LLC
  • Larry Fox, vice president of marketing and business development, Bad Elf LLC
  • Shawn Melamed, Director of Product Marketing, Catalyst
  • Bill Singleton, Vice President, Ecopia AI
  • Brian L. Soliday, director of revenue for VoxelMaps

Why ROW Asset Allocation?

Right-of-way (ROW) corridors, especially in urban areas, are densely populated by many features of public and private infrastructure: electrical and telephone cables, street parking meters, signage, traffic sensors, underground fiber optic cables, water network, natural gas pipelines and sewer. They are constantly changing environments as additional poles, signs and ducts are installed and the old ones are replaced with new ones to restore service after storm damage.

However, managers, engineers, and planners of public works and utilities need to know what each stretch of each ROW corridor contains at any given time, especially because they are working to make our cities “smarter”. Hence, the task of Sisyphus to map these assets.

Fortunately, the technology for mapping ROW assets is improving rapidly. Platforms for data collection include vehicles traveling at normal traffic speeds, UAVs and manned aircraft. Sensors include digital cameras, lidar scanners and ground-penetrating radar.

Visualization tools include augmented reality, virtual reality, mixed reality, and models ranging from small 2D and 3D individual features to digital twins of buildings and eventually entire cities. Increasingly, the tedious work of identifying and classifying features is being delegated to automated feature extraction software, a form of artificial intelligence.

The conference will debate

  • Comparison of 2D and 3D visualization tools.
  • Explanation of the advantages of 3D models as an advanced spatial analysis tool for urban planning.
  • Exploring the future of smart cities and digital twins.
  • A study of light equity and dust inventory in the context of the transition to LED lighting.
  • As a team of two men you can capture 500 miles of useful data in two weeks.

Registration is free.



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