Tag: #remote-sensing15 results
New open-source PyTorch library unifies 56 models for 3D point cloud deep learning with cross-validation. Supports supervised, self-supervised, and fine-tuning via single YAML command. Auto-generates publication-ready LaTeX PDFs with tables and stats.
A new satellite-based system is being deployed to detect animal panic, aiming to provide rangers with real-time data to prevent poaching. This technology leverages remote sensing to protect endangered species.
New project simplifies using remote sensing foundation models to generate embeddings, akin to tasking satellites for data. Available on GitHub at cybergis/rs-embed. Enables easy tasking of RS models.
Chang Guang Satellite has raised nearly 5 billion RMB to accelerate satellite mass production and expand the Jilin-1 constellation. The funds will also support the development of advanced remote sensing data applications.
New satellite imagery utilizing laser technology reveals the precise extent of terrain shifting following twin earthquakes in Venezuela. This research demonstrates the power of remote sensing in tracking geological changes.
Researchers are addressing the challenge of monitoring lake water volume by integrating satellite remote sensing with 3D depth data. This advancement improves the accuracy of large-scale surface water resource assessment.
AI-driven global remote sensing study reveals rapid expansion of surface floating algae across oceans. The trend links to sea temperature, currents, and nutrient changes, signaling marine ecosystem shifts. Research led by University of South Florida and NOAA highlights AI's role in massive ocean data analysis.
Changguang's self-developed Jilin-1 Gaofen 03D55 high-res optical remote sensing satellite departed for launch today. It integrates lightweight structures, advanced electronics, and ultra-light high-res cameras for low cost, power, and weight with high performance. The 65th in the proven Gaofen 03 series (64 launched), it launches soon from Jiuquan.
On March 28, the Huantian Constellation Satellite Ground Receiving Station in Meishan, Sichuan Tianfu New Area, officially commenced operations. It provides fully automated satellite data transmission, measurement, and control for remote sensing data reception, satellite operations, and task planning. As Southwest China's first locally developed commercial station, it has received 112 orbits of data exceeding 3TB with a 97%+ success rate.
Chinese remote sensing AI firm MizarVision clarifies no association with a persistent fake X account spreading misinformation. Despite repeated denials, the impersonator continues operations. The company provides AirSpace SaaS for AI-driven geospatial analysis like ship detection and change tracking.