Главная
Study mode:
on
1
Introduction
2
My experience
3
Simple example
4
Verify in Python
5
Simulation
6
Sample Sizes
7
Law of Large Numbers
8
New Course
9
Delmar
10
Computational and Inferential Thinking
11
Python is an excellent tool
12
Kennedys sampling distribution
13
Learning to program
14
Module Introduction
15
Option Facade
16
Option Definition
17
Option Interface
18
Vanilla Option
19
Option Pricing Models
20
Monte Carlo Engine
21
Mathematical Review
22
Market Data
23
Whats Next
Description:
Explore a demo-driven talk from the EuroPython 2019 conference that introduces the Probo package for teaching Python programming and computational finance concepts. Dive into derivative pricing and hedging using the Black-Scholes model, Monte Carlo simulation, and binomial trees. Learn how Jupyter notebooks, NumPy, and Pandas create an ideal learning environment for developing deeper quantitative reasoning. Discover how the Probo package enables students to operationalize their understanding by implementing derivative pricing theories in clean, simple code. Gain insights into dynamic hedging, a crucial concept in modern financial derivatives theory, through Monte Carlo simulation of delta-hedging. Witness how Python's power and simplicity, combined with Jupyter notebooks, make Probo an ideal learning platform for computational finance students.

Using Python to Teach Computational Finance

EuroPython Conference
Add to list