Latest Articles for Satellite Technology

A look into coronal mass ejections and their effects on space weather.

Recent findings enhance our knowledge of the universe's structure and expansion.

New method allows spacecraft to navigate independently using celestial images.

A new approach enhances satellite data processing using federated learning methods.

This study focuses on BiLSTM models for predicting solar energetic protons.

Mini-EUSO telescope successfully detects Transient Luminous Events called Elves.

This study introduces innovative statistical methods to analyze solar flare data.

New methods improve how we determine spacecraft orientation in space.

Researchers introduce a method for efficiently analyzing satellite data on atmospheric gases.

Study of GAGG:Ce crystals for satellite gamma-ray burst monitoring.

A new model aims to improve predictions of space object densities in low Earth orbit.

New methods improve satellite communication for remote devices in challenging environments.

New model enhances predictions of solar energetic particle events for better space weather forecasting.

Machine learning enhances beamforming in multibeam satellite systems for better internet connectivity.

Machine Learning enhances performance in 5G Non-Terrestrial Networks, improving wireless communication.

Exploring advancements in satellite communication through emerging space internet systems.

Exploring the role of neuromorphic processors in enhancing satellite communication efficiency.

Discover how scientists study Earth's magnetic field using satellite data and advanced methods.

Six satellites aim to study fast-changing cosmic events.

Combining ground and satellite networks to enhance communication service.

dSGP4 combines speed and accuracy for satellite tracking.

Earth+ enhances satellite imagery transmission by focusing on changes in images.

A method using Sentinel-2 images aids in labeling polar sea ice automatically.

A look into methods for evaluating space collision risks and uncertainties.

New model improves accuracy in cloud property retrieval from satellite data.

CubeSats are changing the way we explore space through innovative missions.

A new approach enhances communication and sensing with energy-efficient solutions.

This paper presents a system to supply energy to the lunar far side.

LEO satellites paired with RIS technology improve global connectivity and network efficiency.

Exploring methods to keep spacecraft safe during close operations in busy orbits.

A look at space debris challenges and solutions for satellite disposal.

New model improves accuracy of ionospheric predictions for navigation systems.

How Earth's shape affects space-based observations of black holes.

Innovative methods enhance satellite movement predictions and control.

FOOL method improves satellite data transfer by reducing size while preserving quality.

A new approach enhances hyperspectral image compression onboard satellites using less power.

A study on improving predictions for solar energetic particle events using machine learning.

A look into TianQin's efforts to detect gravitational waves and manage satellite stability.

New method improves satellite tracking using minimal radar data.

Researchers improve solar activity prediction by mapping the Sun's magnetic field.