I have read several books on quant and asset allocation, and I was worried about how to implement them in code, but I learned it very refreshingly. The code was also very structured and implemented neatly. The pandas class in the previous lecture was very helpful.

jinilab

This lecture is a follow-up lecture to 'Python Data-Based Stock Quant Investment Part 1'. If Part 1 was more of an introduction, Part 2 is an in-depth lecture that focuses on the entire flow of practical strategy implementation and quantitative investment development. This class focuses on advanced Pandas techniques for handling time series data, and how to implement signal-based strategies and static/dynamic asset allocation strategies that require adjusting asset weights at various intervals based on this. Furthermore, it goes beyond strategy implementation and learns about 'code framework' that directly verifies and backtests various investment strategies with minimal code modifications, how to extend this to improve it so that it can lead to actual investment, and what to watch out for in this process. In addition to the programming component, you can experience the best Python quant investment flow that you cannot find in investment books, blogs, YouTube, etc. by deeply covering theoretical contents such as the two types of return concepts (simple return, log return) and evaluation indicators related to backtesting.

rightx2

인프런 10주년! 사랑주간 전체 할인

Data-driven stock quant investment with Python Part 2

DeepingSauce

입문

초급

중급이상

판다스

Pandas

Investment

Quant

Orientation

The basics for properly handling time series data, datetime index

Let's properly understand and use Returns

Benchmark for Investment Strategies: Performance Indicators

Moving average, a representative indicator of signal-based investment

Signal-based Single Stock Investment Strategy Implementation (feat. Bollinger Bands, Momentum, Volatility Breakout)

Datetime frequency conversion

Principles for Rebalancing-Based Investment Strategies

Practical Strategy Implementation based on Rebalancing (feat. Code Frameworking)

Lecture wrap-up