👋 Hi, I’m @hongkangcarl, a PhD candidate at Columbia University. I am enthusiastic in computational approaches to solve real-world problems!
👨🏻💻 Now I focus on computational biology, including biophysical modeling and deep learning.
👋 Hi, I’m @hongkangcarl, a PhD candidate at Columbia University. I am enthusiastic in computational approaches to solve real-world problems!
👨🏻💻 Now I focus on computational biology, including biophysical modeling and deep learning.
Numerical program to solve PDEs on a spherical surface by a spectral methods using spherical harmonics.
Numerical algorithms that solve shallow water PDEs on a 2D plane (using finite different method).
Python 10
Numerical algorithms that solve "active gel" PDE on a 2D plane (Fourier spectral method) and on a unit sphere (spherical harmonic spectral method).
Python 3
A fast generator of stochastic processes (Brownian motions and Ornstein-Uhlenbeck processes) written in C++.
C++ 3
A small Python script that reads VCF files downloaded from Galaxy (tRNA sequencing analysis), and outputs into CSV files.
Python 1
This Jupyter notebook presents a finite-difference numerical solver for Black-Scholes PDEs for European option pricing.
Jupyter Notebook 1