• project-oriented software for managing and processing RIEGL ALS, ULS, and MLS data __z‘ ,'v’ * ' ***-w*..:' • operation in a multiple-workstation environment, parallel task processing • fast access to data for inspection in different visualization formats • system calibration and scandata adjustment • statistical analysis of referencing, matching quality • point cloud classification • interfacing to third party software packages Data Processing Software ^PROCESS for RIEGL Scan Data RiPROCESS is designed for managing, processing, analyzing, and visualizing data acquired with airborne laser scanning systems (ALS systems), unmanned laser scanning systems (ULS systems) and mobile laser scanning systems (MLS systems) based on RIEGL® Laser Scanners. Data export in geodetic systems is supported by the GeoSysManager. RiPROCESS is project-oriented and enables the user to manage all data acquired and processed within a single project. This data includes project data, scanning system information such as mounting information and calibration, laser raw data, e.g., the digitized echo signals from the RIEGL Laser Scanners, camera data, position and orientation data from the INS/GNSS system, and georeferenced point clouds with additional attributes for every measured point. Data processing tasks include, e.g., full waveform analysis and georeferencing laser data by merging it with the trajectory derived from the INS/GNSS system. These functions are provided by the RIEGL Software RiUNITE and GeoSysManager, respectively. RiPROCESS is intended for mass data production in a multiple-workstation environment. RiPROCESS makes use of these programs, which can be installed on different workstations and are accessed via RiSERVER. I & Recwe021.lrei7 ® £ 180920.11573S.Oiann9U (Channel i) ffi f 180920.115735_Oia«ie|_2 (Channel 2) • 180920.115741 (Came* RG8: RIEGL LASER MEASUREMENT SYSTEMS visit our website www.riegl.com Data Sheet

computational load to the available server-enabled processing tools in the form of individual tasks thus optimizing data throughput. For data quality analysis laser scans can be visualized in 2D and 3D in various ways, e.g., in true color, in color-encoded height, height differences, in point density, and many more. Even huge amounts of data can quickly be accessed for display in 3D. Quality of scan data matching can be assessed in different ways, by visual inspection or by statistical analysis. In order to improve data quality, RiPROCESS offers an integrated scan data adjustment feature based...

RiPROCESS Workflow RiUNITE RiUNITE trajectory data in any ECEF coordinate reference system RiUNITE point in various coordinate reference systems 1) RiPROCESS Key Features • Project-oriented managing software for processing of RIEGL airborne and mobile laser scanner data from raw data to point-cloud-based data in Cartesian ECEF or map projection (e.g., UTM) utilizing RiUNITE and GeoSysManager in remote control mode • Fast access to data for visual inspection in a large variety of visualization formats, ranging from color-coded raster data to digitized echo data for every laser measurement (depending...

RiPROCESS System Requirements Operating systems: Memory requirements: 8 GB RAM minimum, 32 GB or more recommended Disk space requirements: approx. 1 GB of free disk space for the program and plugins (not including project data) at least 8 TB recommended for your own projects optional: Dedicated RAID controller (e.g. RAID 0 mode) and fast hard disks or solid state drives to speed up file access Network interface (Ethernet, LAN) Graphics requirements: Screen resolution at least 1024 by 768 pixels OpenGL accelerated graphics card (OpenGL 2.0 or higher required) nVIDIA GeForce series recommended...