Pinned Repositories
mpich_monte_carlo
Monte Carlo statistical method parallelized on a compute cluster.
brownian_motion
Study of solving the Brownian motion deterministic ordinary differential equation with the Euler-Maruyama and Box-Muller methods. Serial, MPI, and CUDA programming were all used to optimize and test the algorithm.
cs221
Java projects from CS II
smart-contracts
Smart contracts I have built, forked, or am currently working on.
ComputationalMathematics
Some stuff in MATLAB
CLPort
EVMCasino
Trustless casino that is compatible with any EVM blockchain that operates through a Chainlink oracle to generate random numbers. Multiple games will be available and the frontend will come out (eventually).
FLIP
Airbnb-starter
CommandLinePortfolio
gavinwale's Repositories
gavinwale/ComputationalMathematics
Some stuff in MATLAB
gavinwale/p3-hashing-experiments
gavinwale/ultimatedex
gavinwale/pancake-frontend
:pancakes: Pancake main features (farms, pools, IFO, lottery, profiles)
gavinwale/thedex
Sushi 2.0 🍣
gavinwale/CLPort
gavinwale/gavinwale.github.io
This is for class
gavinwale/FLIP
gavinwale/ringMouse
Mouse that you wear... as a ring.
gavinwale/simple-dapp-tutorial
gavinwale/ConvectionFoodCooling
Using an Arduino, a DC fan, and a DHT11 Temperature and Humidity sensor- successfully cooling to input desired temperature.
gavinwale/CommandLinePortfolio
gavinwale/Airbnb-starter
gavinwale/EVMCasino
Trustless casino that is compatible with any EVM blockchain that operates through a Chainlink oracle to generate random numbers. Multiple games will be available and the frontend will come out (eventually).
gavinwale/smart-contracts
Smart contracts I have built, forked, or am currently working on.
gavinwale/brownian_motion
Study of solving the Brownian motion deterministic ordinary differential equation with the Euler-Maruyama and Box-Muller methods. Serial, MPI, and CUDA programming were all used to optimize and test the algorithm.
gavinwale/mpich_monte_carlo
Monte Carlo statistical method parallelized on a compute cluster.
gavinwale/kinematic-analysis
Kinematic analysis of a mechanism in 2 dimensional space. Hand calculations, an implementation of the Newton Raphson iteration in Python, and more were used to solve this problem.
gavinwale/cs221
Java projects from CS II
gavinwale/cs121
Java projects from CS I