A SURVEY OF CRYPTOCURRENCY MARKET PRICE PREDICTION USING MACHINCE LEARNING AND DATASCIENCE

The project implements a local machine learning system that uses Python to predict cryptocurrency prices through lightweight operations.The system unites data science flexibility with regression-based learning models to enable users to execute complete offline predictive model training and evaluation and deployment without server-based or cloud-based computing needs.Through its CSV data-input capability the application provides strong data preprocessing and analysis as well as an interface to try several regression models including Linear Regression Decision Trees and Random Forests.The system incorporates visualization components together with evaluation metrics to boost interpretability and usability features.Users can access the system through a basic interface which provides easy avenues for adding real-time feeds and deep learning models in addition to current capabilities.The paper examines the main framework design and data processing systems while outlining potential upgrades to validate easy-to-implement offline prediction technologies for business forecasting.

Publication Details

Journal
IJARCCE
Published
2025-05-02
DOI
https://doi.org/10.17148/ijarcce.2025.14475
Primary Topic
Stock Market Forecasting Methods
Type
article
Field-Weighted Citation Impact
0.00
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article

A SURVEY OF CRYPTOCURRENCY MARKET PRICE PREDICTION USING MACHINCE LEARNING AND DATASCIENCE

IJARCCE
Stock Market Forecasting Methods
article

A SURVEY OF CRYPTOCURRENCY MARKET PRICE PREDICTION USING MACHINCE LEARNING AND DATASCIENCE

article en

Abstract

The project implements a local machine learning system that uses Python to predict cryptocurrency prices through lightweight operations.The system unites data science flexibility with regression-based learning models to enable users to execute complete offline predictive model training and evaluation and deployment without server-based or cloud-based computing needs.Through its CSV data-input capability the application provides strong data preprocessing and analysis as well as an interface to try several regression models including Linear Regression Decision Trees and Random Forests.The system incorporates visualization components together with evaluation metrics to boost interpretability and usability features.Users can access the system through a basic interface which provides easy avenues for adding real-time feeds and deep learning models in addition to current capabilities.The paper examines the main framework design and data processing systems while outlining potential upgrades to validate easy-to-implement offline prediction technologies for business forecasting.

IJARCCEVol. 14(4)
Decent work and economic growth
Openalex Percentile: Top 89%
Stock Market Forecasting Methods
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