Konstantin-Volodin

Pinned Repositories

McGill-INSY-669-GroupProject
Language:Jupyter Notebook10
Konstantin-Volodin.github.io
Personal Website
Language:TypeScript00
McGill-MGSC-670-GroupProject
Language:Jupyter Notebook00
McGill-MGSC-673-AI
Language:Python00
McGill-MGSC-675-AI2
Language:Jupyter Notebook00
McGill-ORGB-672-2023-ona-assignments
Language:R00
Personal-InesProj
Language:TypeScript00
uOttawa-ADP-NN-Python
this project attempts to use neural network technology & RELU functions to generate a better solution for an approximate dynamic programming approach
Language:HTML00
uOttawa-Dynamic-Knapsack-Problem
Language:HTML00
uOttawa-Nadia-Simulation-Python
Discrete event simulation for Nadia Landry's master's thesis at uOttawa.
Language:Python00

Konstantin-Volodin's Repositories

Konstantin-Volodin/Konstantin-Volodin.github.io
Personal Website
Language:TypeScript
Konstantin-Volodin/uOttawa-Dynamic-Knapsack-Problem
Language:HTML
Konstantin-Volodin/McGill-MGSC-675-AI2
Language:Jupyter Notebook
Konstantin-Volodin/Personal-InesProj
Language:TypeScript
Konstantin-Volodin/McGill-MGSC-673-AI
Language:Python
Konstantin-Volodin/McGill-MGSC-670-GroupProject
Language:Jupyter Notebook
Konstantin-Volodin/McGill-ORGB-672-2023-ona-assignments
Language:R
Konstantin-Volodin/McGill-INSY-669-GroupProject
Language:Jupyter Notebook1
Konstantin-Volodin/uOttawa-ADP-NN-Python
this project attempts to use neural network technology & RELU functions to generate a better solution for an approximate dynamic programming approach
Language:HTML
Konstantin-Volodin/uOttawa-Nadia-Simulation-Python
Discrete event simulation for Nadia Landry's master's thesis at uOttawa.
Language:Python