- 👋 Hi, I’m @Chris
- 👀 I’m interested in computational math (Physical-informed machine learning, sparse identification of dynamics, uncertainty quantifiation (gPC, MC, Bayesian)) and dynamic system theorem (chaotic time series analysis, attractor manifold, embedding theorem, spatial-temporal chaos).
- 🌱 I’m have a bachler's degree in Reliability and system engineering and enconomy, a master degree in Mathematics (Probability theorem and computational math) and now focus on nonlinear time-series analysis, dynamic system theorem for epidemiology and SOTA AI models.
- 💞️ I’m looking to collaborate on spatio-temporal dynamic sysmtem and uncertainty quantification.
- 📫 My personal webpage - https://crisp-dyt.netlify.app/
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Basic-method-for-Numerical-Method
Basic-method-for-Numerical-Method PublicNumerical Quadrature, MDE, Sampling Method
MATLAB
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Comprehensive-Analysis-on-Meshing-Method-on-Finite-Element-Method-and-S-N-Curve-Fitting
Comprehensive-Analysis-on-Meshing-Method-on-Finite-Element-Method-and-S-N-Curve-Fitting Public -
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gPC-Matlab-version
gPC-Matlab-version PublicA classical Uncertainty Quantification method - gPC
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