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Analysis Methods
- A highly accurate pseudo-spectral fluid-dynamics solver designed to run efficiently on modern massively parallel supercomputer platforms, by J. Werne
- An Algorithm for Fast Microphysical Calculations that Predict the Evolution of Saline Droplets, by E. Andreas
- Azimuthal ambiguity resolution: the Minimum Energy Method, original algorithm by T.R. Metcalf, recoded for SDO/HMI pipeline by G. Barnes, A. Crouch, E. Wagner, K.D. Leka
- A Bulk Flux Algorithm for Large Reservoirs and Lakes, by E. Andreas
- A Bulk Turbulent Flux Algorithm, Including Spray-Mediated Transfer, by E. Andreas
- A Bulk Turbulent Flux Algorithm for Sea Ice, by E. Andreas
- Discriminant Analysis, by G. Barnes and KD Leka
- Performing Hankel decomposition of helioseismic data, by D. Braun
- A tropical-cyclone-following tool that continually watches and collects data on lightning events over the open ocean, by N. Solorazno, J. Thomas, and C. Bracy
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