Tools tagged with "Drone"

OpenAerialMap is an open collection and database for aerial imagery, fostering collaboration and accessibility. It provides a platform for mappers to store, share, and discover imagery, particularly from UAV efforts. Users can browse, filter, and obtain the imagery they need for various applications, including crisis response.

CDrone introduces the CARLA Drone dataset, expanding camera perspectives for monocular 3D object detection benchmarks. It also develops GroundMix, an effective data augmentation pipeline that significantly boosts detection accuracy. This work aims to encourage progress in 3D detection frameworks.

OpenDroneMap/ODM is an open-source command-line tool designed for processing aerial imagery. It transforms images captured by drones, balloons, or kites into valuable geospatial products. This toolkit is essential for users needing to create detailed maps, reconstruct 3D environments, and generate elevation models.

OpenDroneMap is a suite of open-source tools designed for processing aerial images from drones. It enables users to create high-quality geospatial products like orthomosaics, point clouds, 3D models, and digital elevation models, supporting various camera types and image orientations. The project fosters a sustainable ecosystem for aerial data collection, processing, analysis, and display, backed by a collaborative community.

DroneDB is a free and open-source software project designed for the efficient storage and organization of aerial data. It serves as a centralized platform for managing drone-collected imagery and related geospatial information. The software aims to provide a robust solution for users to store, access, and potentially process their aerial datasets.

Project AirSim is Microsoft's next-generation simulation platform, evolving from AirSim to provide high-fidelity virtual environments. It is designed for the comprehensive development, training, and rigorous testing of various autonomous systems. The platform supports developers in creating robust and intelligent autonomous solutions.

This metadata catalog documents UAV flight activities conducted by the IN SITU.MLUGEO drone team, publishing all flight operations. It provides high-quality geospatial data derived from RGB, thermal, multispectral, and LiDAR sensor technology, supporting numerous research projects and study areas. Users can explore datasets via interactive search filters and submit data requests through a contact form.

This website serves as a data clearinghouse for the Illinois State Geological Survey (ISGS). It offers a wide array of geospatial datasets, focusing on environmental and geological topics specific to Illinois. Users can find data related to climate, coastal areas, hydrology, and various other earth science domains.

This GitHub repository hosts the PX4 Autopilot software, an open-source flight control system designed for a wide range of unmanned vehicles. It provides robust capabilities for navigation, control, and mission planning, fostering community contributions for continuous development and innovation.

Pointly offers an innovative cloud-based platform for 3D point cloud classification and labeling. It leverages artificial intelligence to automate the analysis of large-scale point clouds, transforming raw data into structured, actionable information. The platform also provides tools for centralized point cloud management and custom classifier development.

DeepForest is an open-source Python package designed for tree crown detection and analysis in airborne RGB imagery. It leverages deep learning techniques to process high-resolution aerial data, providing tools for ecological research and conservation. The package aims to streamline the extraction of individual tree information from diverse environmental datasets.

This GitHub repository provides an extensive guide to photogrammetry, covering its diverse applications and the essential libraries and tools for effective development. It aims to enhance understanding and proficiency in this field, detailing various techniques and hardware considerations.

Agisoft Metashape is a standalone software product designed for advanced photogrammetric processing of digital images. It generates highly accurate 3D spatial data suitable for GIS applications, cultural heritage documentation, and visual effects production. The platform also supports indirect measurements of objects across various scales and integrates with Agisoft Cloud for enhanced site inspection and documentation.

This GitHub repository serves as an "awesome list" for photogrammetry, collecting a wide range of projects, libraries, and tools related to the field. It provides a community-driven compilation for developers, researchers, and enthusiasts looking for relevant resources. The list aims to categorize and highlight significant contributions in photogrammetry.