Robot-centric elevation mapping for rough terrain navigation
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Updated
Nov 4, 2024 - C++
Robot-centric elevation mapping for rough terrain navigation
Source code for the article "GroundGrid: LiDAR Point Cloud Ground Segmentation and Terrain Estimation"
Real-time 2.5D elevation mapping engine for embedded mobile robots: C++17 core with optional ROS1/ROS2 support
ETH ZΓΌrich Master thesis on Solving Occlusion in Terrain Mapping with Neural Networks
Terrain mapping algorithm for motion planning and control in legged locomotion
C++17/ROS 2 robot centric elevation mapping with probabilistic confidence bounds. Implements Kalman filtered height fusion, 3D covariance propagation, Mahalanobis based multi surface handling, empirical CDF map fusion, and ray tracing visibility checks. Includes wheeled odometry noise model, Gazebo sim, and RMSE/coverage evaluation framework.
Global FloodPLAIN mapping using a geomorphic algorithm
Unmanned Aerial Vehicle R based Mission Planner
A tool for helping you download larger parts of terrain from terrain.party.
A modified version of sysoppl/Cities-Skylines-heightmap-generator to accomodate the needs of roblox developers
A high-performance, memory-efficient terrain rendering system implemented in TypeScript, running in the browser with WebGPU and WebGL2.
Easy access to HiRISE Digital Terrain/Elevation Models
Automated Terrain Analysis Based On Satellite Images and Infrastructure Planning
Website for modelling a terrain of any place on earth
GARUD CanSat is a Raspberry Pi 5βbased autonomous payload system for flight-state management, sensor fusion, telemetry, gimbal stabilization, camera control, terrain mapping, and post-flight photogrammetry. The project integrates IMU, GPS, barometric altitude, camera, servo/stepper actuation, and mission logging into a modular software architecture
Python-based slippy map tile server that downloads USGS 3DEP LIDAR point clouds, processes them into DSMs and generates tiles. Intended to reveal hidden terrain features (building edges, cliffs) under vegetation in OpenStreetMap iD Editor
Semi-autonomous drone system for terrain mapping β SIFT keypoint detection and FLANN feature matching for panoramic image stitching of drone footage
π π π JavaScript module to get Corine Land Cover data from the European Environment Agency.
Terrain and zone planning for growing plants.
Reusable mapping toolbox for point-cloud denoising, occupancy-map generation, AR-tag frame alignment, and planner-ready terrain processing.
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