anmolaggarwal98 Goto Github PK

boundary-value-problem-bvp-

Approximates the function of a ODE with a boundary condition

brickbreaker

My attempt at learning JavaScript by creating a simple single player game

chaos-theory

Numerical Methods of solving Non - Stiff ODE

computation_methods

MATH0058 Computational Methods, UCL

deep_learning-sgn

Deep_Learning: Stochastic Gradient Noise heavy tail distribution Analysis

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.

lily

A chat-bot created to help lonely people recover from their depression. It uses Pattern Recognition and syntax analysis

montecarlosimulation

An ever growing method of predicting future prices of a stock is MonteCarlo Sims and I have given a simple example below

neural-networks-from-scratch

Idea of this project was to understand the underlying mathematics behind a simple deep net (1 hidden layer) NN and

optitrade

OxfordHack 2019: created trading strategy while competing in hackathon Nov 2019

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.

resume

Anmol Aggarwal Resume

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

steepest_gradient_descent

Steepest Gradient Descent

tensorflow

tradingplatform

Ongoing project of creating a trading platform and different alphas to give a user to whole experience.

valueatrisk-

Calculating VaR for a given portfolio using Monte Carlo Sims