![]() ![]() Leica Geosystems is part of the Hexagon Group, Sweden. Based in Heerbrugg, Switzerland, Leica Geosystems is a global company with tens of thousands of customers supported by more than 2,400 employees in 22 countries and hundreds of partners located in more than 120 countries around the world. Those who use Leica products every day trust them for their dependability, the value they deliver, and the superior customer support. Leica Geosystems is best known for its broad array of products that capture accurately, model quickly, analyze easily, and visualize and present spatial information. With close to 200 years of pioneering solutions to measure the world, Leica Geosystems products and services are trusted by professionals worldwide to help them capture, analyze, and present spatial information. Leica Geosystems – when it has to be right The Geomatics Center of Excellence staff also includes Russell Henderson, R.P.L.S., Leica Geosystems/Technical Support and Mike Clissold, Leica Geosystems Service Technician. We’re very excited about the opportunity to support the surveying and engineering community through this facility.” Jeff Ryall, Technical Sales for the Surveying Department at the Geomatics Center for Excellence, adds, “There is a tremendous thirst for knowledge about new technologies and how these technologies can be applied to improve speed and quality. We are looking forward to sharing our knowledge and pioneering the latest technology advancements in the surveying and laser scanning fields.” for Leica Geosystems, says, “Through the Center, we have a unique opportunity to work hand in hand with surveyors and engineers in Texas and surrounding states. For instance, this first training session focused on the application of GPS RTK techniques.īill Beam, Plant Sales Executive for the Western U.S. These small, personalized training sessions allow surveyors and engineers to bring their own equipment to the Center to learn tips and tricks through hands-on exercises. The Geomatics Center of Excellence staff also hosted the first of many advanced technology training sessions. The picture in this link is of the rod broken down, which is not the most helpful but you get the idea a rod of known length usually determined by number of one meter extensions with two prisms in line with the rod enabling the calculation of a point at the end of the rod with the rod facing in any direction rather than just plumb. An overview of the technical specifications was presented in the training room followed by outside hands on sessions allowing each visitor to test drive the solution in a real-world application. Each session included a short classroom session explaining the system application and then an in-the-field component that allowed each visitor to test drive the solution in a real-world application. ![]() During this time, visitors were treated to hands-on demonstrations of some of the industry’s latest technological advancements, such as the Leica ScanStation 2 and HDS 6000, the Leica System 1200, SmartPole, and GPS RTK. ![]() The Geomatics Center of Excellence staff hosted as many as 50-60 surveyors each day during these weeklong events. The inaugural Open House Week festivities included interactive training sessions, educational seminars, facility tours and one-on-one introductions to facility staff. This 4,000 square foot, modern high-tech facility located in Houston, Texas, will offer sales, support, and service for all Leica Geosystems surveying, hi-definition scanning products (HDS), and reference station network infrastructures. (Norcross, Ga., 21 December 2007) – The Leica Geosystems "Geomatics Center of Excellence" opened to much excitement and high expectations from the local surveying and engineering community. Office to offer sales, support, and service. ↳ AutoLisp, DIESEL, Dynamo, VBA, Python &. the coordinates of a bridge or a tunnel Leica Geosystems total.↳ Leica Cyclone, Cyclone REGISTER 360 & Cyclone FIELD 360.IOS & Android Scanner Application Software.I noticed in a project that one setup was misaligned by a few inches despite the error statistics being good. I've also learned that careful visual inspection of the registration is most important. Absolutely 0 even if I increase the number of decimal places. Then there are results I don't understand such as when the error is 0.000. I recall being told less than 0.03 ft error is acceptable. It would be useful for me to understand how I can change my field technique to improve the error statistics. I will also try to get a more specific definition when I take the training some time in the next few months. I have unused training sessions with Leica. Some of the definitions just use the same word defined in the definition.Īside, for Reg360 cloud to cloud I'm not sure what "matching geometry of point clouds" means. Anyone know of a quantitative explanation? For the error, error vector, group error, group error vector? I think these statistics are used in Cyclone only.
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