PREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL

The stock price trend prediction is one of the most challenging topics to predict due to its dependence on numerous variables. Several studies have explored various methods for forecasting stock price trends, but much of this research has been conducted on foreign stocks. Based on a review of lit...

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Main Author: Manuel Hotasi, Abraham
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/79557
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:79557
spelling id-itb.:795572024-01-10T08:07:14ZPREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL Manuel Hotasi, Abraham Indonesia Final Project data mining, stock price trend, indonesia stock exchange (IDX), sentiment analysis, text mining. INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/79557 The stock price trend prediction is one of the most challenging topics to predict due to its dependence on numerous variables. Several studies have explored various methods for forecasting stock price trends, but much of this research has been conducted on foreign stocks. Based on a review of literature from the past five years in the field of data mining, the methodology proposed by Khedr, Salama, and Yaseen (2017), which combines sentiment analysis of news with historical stock price attribute data, achieved the highest accuracy (86.21%) in the training and testing phases compared to other studies. Therefore, the aim of this Final Project is to integrate the methodology used by Khedr, Salama, and Yaseen (2017) with stock data listed on the Indonesia Stock Exchange (BEI) to predict stock price trends that exhibit different characteristics (BBCA, BUMI, ASII). Additionally, this Final Project will also examine how the predictive model for stock price trends operates. The first step of this Final Project involves determining the polarity of financial news using a Naive Bayes classifier. This is followed by the second step, which involves combining the news polarity with historical stock price data to predict stock price trends using a KNN classifier. The first step of the Final Project, determining the polarity of financial news, successfully achieved prediction accuracies ranging from 90.8% to 94.8% in the training and testing phases and 90.6% to 97.3% in the validation phase. The second step, predicting future stock price trends, achieved prediction accuracies ranging from 71.9% to 90% in the training and testing phases and 42.1% to 64.6% in the validation phase. text
institution Institut Teknologi Bandung
building Institut Teknologi Bandung Library
continent Asia
country Indonesia
Indonesia
content_provider Institut Teknologi Bandung
collection Digital ITB
language Indonesia
description The stock price trend prediction is one of the most challenging topics to predict due to its dependence on numerous variables. Several studies have explored various methods for forecasting stock price trends, but much of this research has been conducted on foreign stocks. Based on a review of literature from the past five years in the field of data mining, the methodology proposed by Khedr, Salama, and Yaseen (2017), which combines sentiment analysis of news with historical stock price attribute data, achieved the highest accuracy (86.21%) in the training and testing phases compared to other studies. Therefore, the aim of this Final Project is to integrate the methodology used by Khedr, Salama, and Yaseen (2017) with stock data listed on the Indonesia Stock Exchange (BEI) to predict stock price trends that exhibit different characteristics (BBCA, BUMI, ASII). Additionally, this Final Project will also examine how the predictive model for stock price trends operates. The first step of this Final Project involves determining the polarity of financial news using a Naive Bayes classifier. This is followed by the second step, which involves combining the news polarity with historical stock price data to predict stock price trends using a KNN classifier. The first step of the Final Project, determining the polarity of financial news, successfully achieved prediction accuracies ranging from 90.8% to 94.8% in the training and testing phases and 90.6% to 97.3% in the validation phase. The second step, predicting future stock price trends, achieved prediction accuracies ranging from 71.9% to 90% in the training and testing phases and 42.1% to 64.6% in the validation phase.
format Final Project
author Manuel Hotasi, Abraham
spellingShingle Manuel Hotasi, Abraham
PREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL
author_facet Manuel Hotasi, Abraham
author_sort Manuel Hotasi, Abraham
title PREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL
title_short PREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL
title_full PREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL
title_fullStr PREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL
title_full_unstemmed PREDICTION OF STOCK PRICE TRENDS USING SENTIMENT ANALYSIS OF NEWS AND HISTORICAL STOCK PRICE DATA ANALYSIS WITH THE KHEDR, SALAMA, AND YASEEN (2017) DATA MINING MODEL
title_sort prediction of stock price trends using sentiment analysis of news and historical stock price data analysis with the khedr, salama, and yaseen (2017) data mining model
url https://digilib.itb.ac.id/gdl/view/79557
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