Latest Articles for Satellite Technology

This study reveals how electrostatic waves behave in low Mach number shocks.

Combining street-level and satellite imagery for better disaster response.

Exploring satellite control methods using magnetic forces in space.

AstroSat collects UV data to enhance understanding of galaxy formation.

A new architecture enhances satellite data transmission in bad weather using HAPS technology.

A rate-matching framework improves LEO satellite transmission efficiency for diverse user needs.

Examining issues in tracking phytoplankton health using satellite technology.

Using quantum annealing to group LEO satellites for better communication.

New computer vision techniques aim to improve tracking of space debris and inactive satellites.

Researchers enhance models to prevent collisions in Low Earth Orbit.

A new approach to track activities in cislunar space for safer exploration.

LEO satellites enhance positioning accuracy in various applications.

Achieving precise clock synchronization is vital for detecting gravitational waves in space.

Landfills are underreporting methane emissions, impacting climate change efforts.

A look at beam hopping and its impact on satellite data transmission.

Strategies for effective spare satellite management in global constellations.

A new method enhances satellite rotation efficiency and control.

Innovative drag sail technology aims to improve satellite deorbiting efforts.

A new dataset aims to track coastal changes in Ireland accurately.

Assessing risks from untracked small objects in Earth's orbit.

Study reveals how CME angles affect their journey through space.

VERTECS explores ancient cosmic light to reveal star and galaxy evolution.

A new model enhances the accuracy of predicting solar flare locations.

Research reveals high-energy electron bursts in Earth's magnetotail, reshaping our understanding of cosmic interactions.

Using satellite imagery and machine learning for accurate land classification.

A method to identify Wiener-Hammerstein models for better communication performance.

A streamlined model improves crop identification in satellite images, overcoming cloud cover challenges.

Using machine learning for better GNSS scintillation predictions.

A study on the effectiveness of Foundation Models in satellite data analysis.

Study reveals links between magnetospheric waves and ionospheric disturbances affecting technology.

New dataset aids in detecting looted archaeological sites using satellite imagery.

This study monitors forest changes in Ivory Coast using advanced satellite data.

3DPose framework improves accuracy in difficult outdoor environments using LEO satellites.

Enhancing service delivery in LEO satellite networks through VNF placement and caching strategies.

A new method enhances 3D modeling of natural surfaces using limited satellite images.

Research highlights similarities and differences in whistler-mode wave effects on electrons.

Addressing wildfire detection through a comprehensive satellite imagery dataset.

Harnessing multi-temporal data transforms satellite image analysis for better segmentation.

Advancements in quantum communication promise secure global connectivity.

A new approach to improve satellite image recognition while managing costs.