#Capturing reality download Pc#

#Capturing reality download Pc#

All the data are stored inside an integrated multi-core industrial PC with one terabyte solid-state drive storage in order to save long missions easily. In addition to the trajectory, we have two LiDARs collecting 600,000 points per second and five automatic exposure controlled, high dynamic cameras with 4 MPix resolution each вЂ“ enabling feature extraction over LiDAR or measurements over accurate photogrammetry. The Pegasus:Backpack provides a robust trajectory even in GNSS-denied areas. While scanning and creating a map, SLAM is able to detect the environment and calculate the trajectory based on LiDAR measurements. Furthermore, we have the Inertial Measurement Unit (IMU) consisting of three gyroscopes and three accelerometres that compensates the movements while walking and collecting data.ДЇor indoor missions, we rely on the IMU and the LiDAR Simultaneous Localisation and Mapping (SLAM) algorithm. For outdoors, integrating a multiple band GNSS receiver leverages all available GNSS satellites from around the globe to achieve a high sigma confidence in terms of positioning accuracy. We distinguish indoor and outdoor missions. Pegasus:Backpack is a disruptive wearable tool enabling users to capture reality faster, spending less time in the field while differentiating their business model with new applications in where and how they capture reality.Д¬an you explain the integrated technologies of the Pegasus:Backpack? The core technology centres on navigation. In this new Expert Insights Section, Alessandro Nuzzo, Product Line Manager for Mobile Mapping at Leica Geosystems, explains in detail the technology, workflow and applications for this wearable reality capture solution. At Leica Geosystems, we are committed to provide the best surveying technology and shape smart change by creating products that are mobile, agile and efficient вЂ“ just like the Pegasus:Backpack.