The CSDA brings together researchers from multiple groups across the University of Warwick to tackle some of the many complex, cross-disciplinary problems associated with space domain awareness. The boxes below summarise the research interests of each group.
Members of the Astronomy and Astrophysics Group have been conducting SDA research since 2017. Effective SDA strongly relies on the acquisition of real-time, precise data for objects orbiting the Earth, using a range of sensors that sample different bands of the electromagnetic spectrum. With a strong pedigree in astronomical instrumentation and wide field surveying, much of our SDA research has been driven by existing Warwick infrastructure on the Canary Island of La Palma. Current research covers:
- the optimisation of observational strategies when conducting blind/targeted surveys of low and high altitude objects, and the development of robust algorithms to detect, track and characterise imaged objects;
- the extraction of high cadence light curves from optical CCD data, and the development of machine learning algorithms to characterise objects in orbit based on their photometric signatures;
- the application of sCMOS technology to rapidly acquire image data, and overcoming associated strains placed on storage and frame rate capacities.
Research in the CFSA includes a comprehensive programme in solar system plasma physics. The highly variable near-Earth plasma environment is a key factor in satellite specification, operation and endurance. We study the fundamental plasma physics of the solar corona, the solar wind, and the near-Earth plasma environment. This supports our space weather research which covers:
- space weather modelling and prediction by large-scale numerical simulation;
- data driven discovery, bringing new insights to the extensive and inhomogeneous datasets from solar and magnetospheric observations;
- statistical approaches to quantifying space weather risk.
- Leveraging a dedicated representation of uncertainty for modelling a lack of knowledge, e.g. for initial orbit determination
- Designing efficient and scalable data association techniques
- Introducing decentralised sensor fusion algorithms with high information retention
Below is a list of publications and proceedings involving members of the CSDA.
|Blake et al.||The Global Network On Sustainability In Space (GNOSIS): Activities, Initiatives, and Future Endeavours||09/22||AMOS||ResearchGateLink opens in a new window|
|Wiersema et al. (Chote)||Short timescale imaging polarimetry of geostationary satellite Thor-6: the nature of micro-glints||07/22||Advances in Space ResearchLink opens in a new window||arXivLink opens in a new window|
|Delande & Houssineau||Uncertain Data Representation (In: Space Domain Awareness, 1st edition)||06/22||Space Technology SeriesLink opens in a new window|
|Blake||Looking out for a sustainable space||04/22||Astronomy and GeophysicsLink opens in a new window||ResearchGateLink opens in a new window, arXivLink opens in a new window|
|Blake||Optical imaging of space debris in low and high altitude orbits||10/21||Thesis||ResearchGateLink opens in a new window|
|Blake et al.||DebrisWatch I: A survey of faint geosynchronous debris||01/21||Advances in Space ResearchLink opens in a new window||ResearchGateLink opens in a new window, arXivLink opens in a new window|
|Blake et al.||Supplementing a survey of geosynchronous debris with commercial-off-the-shelf equipment||09/20||AMOSLink opens in a new window||ResearchGateLink opens in a new window|
|Chote, Blake & Pollacco||Precision optical light curves of LEO and GEO objects||09/19||AMOSLink opens in a new window||ResearchGateLink opens in a new window|
|Blake et al.||Optical imaging of faint geosynchronous debris with the Isaac Newton Telescope||09/19||AMOSLink opens in a new window||ResearchGateLink opens in a new window|
|Delande et al. (Houssineau)||A new multi-target tracking algorithm for a large number of orbiting objects||08/19||Advances in Space ResearchLink opens in a new window||WarwickLink opens in a new window|
|Delande, Houssineau & Jah||Physics and Human-Based Information Fusion for Improved Resident Space Object Tracking||10/18||Advances in Space ResearchLink opens in a new window||arXivLink opens in a new window|
|Delande et al. (Houssineau)||Novel Multi-Object Filtering Approach for Space Situational Awareness||01/18||Journal of Guidance, Control, and DynamicsLink opens in a new window||Aerospace Research CentralLink opens in a new window|