Category Archives: Lidar/Imaging

Monohansett

Deep-sea Mobile Mapping

We’re all familiar with lidar-based mobile mapping from ground vehicles, and most of us are aware that aerial lidar is being used effectively to do shallow-water mapping along coastal and riverine projects. Deep-water lidar mobile mapping from an ROV? Well it’s a first for me. Most all of the subsurface surveys I’ve read about were...

Multiple screen use for up-to-date virtual mapping at BPG Designs

Orbit GT & Integration in the Mapping Business

A new software integration tool attacks what I call “workplace technology interplay denial.” Above: At BPG Designs, plenty of screens are filled with integration software. Through our smartphones, we are now integrated with all the people we know (and don’t know); we have integrated our work spaces with our home lives; and we can even...

Digger silhouetted against a blue evening sky, crystal ball construction

Market Opportunities for Geospatial in 2017

Construction Prospects, Part One As we start a new year, it seems only fitting to take a look at what 2017 might hold in store for us. Let’s start with construction: a major source of income for the geospatial profession. Dodge Data & Analytics publishes all types of data for the North American commercial and...

xyHt OUTLOOK supplement 2017 banner, 40 Under 40

40 Under 40, 2017: Arnadi Dhestaratri Murtiyoso

RESEARCHER AT ICUBE LABORATORY, UNIVERSITY OF STRASBOURG FRANCE THE DIGITAL 3D IMAGING AND PHOTOGRAMMETRY REVOLUTION, enabled by UAS and its software boom, has expanded opportunities for talented young researchers in academia and commercial laboratories.The fruits of their research rapidly make it into your geomatics toolkits. Since his bachelor studies, Arnadi Dhestaratri Murtiyoso has been focusing...

Disparate Data for Marine Life

Remote sensing data helps to inform ocean planning for energy development around the main Hawaiian islands. Using remotely sensed imagery to map physical and biological patterns in the marine environment enhances our ability to understand how environmental conditions change over broad spatial scales (10s to 100s of kilometers) and temporal scales (years to decades). These...

Single-Photon Lidar

SPL collects massive data from the air, uses less power, and can see through semi-porous objects with green lasers. Technological advances in our industry have truly been a sight to behold. It seems like when you blink, already there’s a faster, smaller version of the instrument you just bought. Look at aerial lidar, for instance–who...