Type: User
Company: CAOS, NYU Courant @CAOS-NYU
Bio: PhD student in atmosphere and ocean science and mathematics at Courant, interested in large scale atmospheric wiggles, dynamical systems + fluids
Location: New York
Blog: clairevalva.github.io
clairevalva's Projects
Repo for data analysis of annular modes and connection to the energy cycle.
Algorithms for consistent spectral approximation of Koopman operators from data.
COVID-19 Agent-based Simulator (Covasim): a model for exploring coronavirus dynamics and interventions
EnKF analysis routines in Fortran 90. Stochastich and SQRT formulations with subspace inversion.
Sampling of 1D and 2D pseudo random curves and fields.
EnKF_seir
1D LWA code for Valva and Nakamura (2021)
Code of the 1D model of local wave activity in the midlatitudes (based on work by N Nakamura and C Huang)
visualizations of mathematical things including some specific laminations of the disk
A repo for the MCRN AIM summer school on Covid and Dynamics
Mesa is an agent-based modeling framework in Python
Kernel methods for statistical modeling of dynamical systems
personal website, slowly being adapted from minimal-mistakes
minimal files for consistent Koopman approximation for resolvent, to use with NLSA
Numerical experiences with Ruelle-Pollicott Resonances
personal matlab collection of utils, some created by me and some borrowed
various attempts to accurately model extreme events and waviness in the midlatitudes