Anmol Aggarwal's repositories
Computation_Methods
MATH0058 Computational Methods, UCL
Deep_learning-SGN
Deep_Learning: Stochastic Gradient Noise heavy tail distribution Analysis
Scaling-and-Squaring-Method-Dissertation
Composing Polynomials can be used to approximate matrix exponential, in a very efficient way. Here, we carry out this error analysis
ValueAtRisk-
Calculating VaR for a given portfolio using Monte Carlo Sims
Chaos-Theory
Numerical Methods of solving Non - Stiff ODE
TradingPlatform
Ongoing project of creating a trading platform and different alphas to give a user to whole experience.
Boundary-Value-Problem-BVP-
Approximates the function of a ODE with a boundary condition
Neural-Networks-from-Scratch
Idea of this project was to understand the underlying mathematics behind a simple deep net (1 hidden layer) NN and
BrickBreaker
My attempt at learning JavaScript by creating a simple single player game
Fejer-Theorem
Approximates a given function by cesaro averages provided the function is Reimann Integrable and continuous in a given domain.
FlappyBird
Flappy Bird
langtangen
My notes on and solutions to the book "A Primer on Scientific Programming with Python" by Hans Petter Langtangen.
MonteCarloSimulation
An ever growing method of predicting future prices of a stock is MonteCarlo Sims and I have given a simple example below
ProgrammingForFinance
Familiarizes you to using Pandas, mpl_finance, bs4 etc in financial environment and also Quantopian
pysketcher
Python-based drawing tool for making sketches of mechanics problems.
Steepest_Gradient_Descent
Steepest Gradient Descent