Satellite Scatterometer Design and Analysis Toolset ID: 2023-023
A comprehensive software toolset for designing and analyzing satellite scatterometers to measure winds from space.
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Technology Overview
Developed over three decades by Professor David Long and numerous students, this toolset comprises algorithms and code for satellite scatterometer design and wind measurement analysis. It includes modules for measurement geometry, signal-to-noise ratio calculations, and wind field simulations, primarily written in Matlab and C. The toolset is essential for satellite-based environmental monitoring and research.
Key Advantages
- Comprehensive solution for satellite scatterometer design and analysis
- Incorporates decades of research and development for enhanced reliability
- Modular design allows for customization to meet specific research needs
- Includes documentation, facilitating ease of use and adaptation
Problems Addressed
- Challenges in measuring winds from space accurately and efficiently
- Lack of integrated tools for satellite scatterometer design and wind analysis
- Difficulties in simulating wind fields for environmental research
Market Applications
- Environmental monitoring and climate research
- Satellite design and development for space agencies and private space companies
- Academic research in aerospace engineering and environmental sciences
- Government and military applications in surveillance and weather forecasting
Additional Information
Technology ID: 2023-023
Sell Sheet: Download the Sell Sheet here
Market Analysis: Contact us for a more in-depth market report
Date Published: 28 March, 2025
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