RT-PPP Accuracy with GNSS Clocks
This study explores enhancing real-time precise point positioning (RT-PPP) using predicted orbits and clocks from multiple Global Navigation Satellite Systems (GNSS).
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Computer Science
Lidar object detection for Safer Maritime Navigation
Researchers have developed a LiDAR intensity-enhanced 3D object detection method, improving accuracy in complex marine environments.
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Urban Land Use Models with Sequential Classifiers
Explore how sequential classifiers enhance urban land use change modeling, achieving high accuracy and thematic depth.
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Precise Point Positioning with Triple-Frequency GNSS
Researchers explore triple-frequency signals from GPS, Galileo, and BeiDou to enhance precise point positioning (PPP).
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Enhancing Weather Forecasts with GNSS Tropospheric Gradients
Exploring the integration of GNSS-derived tropospheric gradients with zenith total delays in weather forecasting models, this study examines both sparse and dense station networks.
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Modeling Forest Fire Susceptibility
Researchers utilize machine learning to model forest fire susceptibility in Brandenburg, Germany, analyzing current and future scenarios.
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Multi-temporal sar for oil reservoir monitoring
This study employs multi-temporal SAR interferometry to monitor vertical displacement in the Tengiz oil reservoir.
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Light data for hurricane recovery analysis
Researchers reveal the persistent impacts of hurricanes on economic recovery in the southern US using nighttime light data.
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Nano-Drone Communication with Firefly-Inspired VLC
Inspired by fireflies, researchers have developed a visible light communication system for nano-drones, enabling efficient, low-power communication.
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Enhancing Circular Construction with Additive Manufacturing
Additive manufacturing (AM) offers promising potential to enhance circular construction by enabling innovative design strategies.
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