Real Time Sentiment -Driven Portfolio Optimization: A
Machine Learning Approach
Journal:
GRENZE International Journal of Engineering and Technology
Authors:
D. Kavitha, Sri Karthik Avala, Simran Bohra, Vinayaka R Srinivas
Volume:
10
Issue:
2
Grenze ID:
01.GIJET.10.2.366
Pages:
5070-5079
Abstract
The aim of this research paper is to introduce the MLTrader trading strategy, which
is one that utilizes machine learning techniques in order to make informed buy or sell decisions
within a diverse stock portfolio. The cornerstone of the strategy are the sentiment analysis in
financial news headlines that allow for detecting market sentiments and trends. Lumibot library,
characterized by strong financial data analysis capabilities, was used for purposes of
implementing it while it was also subjected to rigorous backtesting using Alpaca paper trading
API. With libraries, modules and a custom MLTrader class integrated into it, one would consider
MLTrader as being comprehensive. When these research findings are considered, they point to
the effectiveness of this strategy in maneuvering through a dynamic stock market landscape with
some promising results for its practical use in real world trading scenarios. In addition, this paper
also contributes towards the emerging field of machine learning in finance by presenting an
actionable and feasible strategy that could be further investigated and improved upon in relation
to algorithmic trading methodologies.