This document provides an introductory seminar on using deep learning and LSTM methods for stock price prediction. It discusses using machine learning to analyze stock market data and predict future prices. The objectives are to accurately predict stock prices and provide a mobile app interface for visualization. Literature on existing prediction systems is reviewed and a proposed system is described using tools like Pandas, NumPy, and Scikit-learn. The system architecture involves data processing, dimension reduction, model training with LSTM, and price prediction. Potential advantages include automation and continuous improvement, while disadvantages include time/resources and error-prone models.

1. INTRODUCTORY SEMINAR ON
“Deep Learning-Based Stock Price Prediction
Using LSTM-Based Method And Machine Learning”
Under The Guidance Of
Prof. OMKAR DUDBHURE
PRESENTED BY
Mr. SHUBHAM NIPANE Mr. PRASHANT KALE
Ms PAYAL KAPSEKAR Mrs. POOJAAGARWAL
Manoharbhai Patel Institute Of Engineering & Technology
Shahapur, Bhandara.
2020-2021

2. Contents
 Introduction
 Objectives
 Literature survey
 Existing system
 Purpose system
 Modules
 Tool Specifiction
 System Architecture
 Flowchart
 Dfd
 Advantages And Disadvantages
 System Requrirement
 Conclusion
 References

3. Abstract
 In the financial world, the forecasting of stock price gains significant attraction.
 The successful prediction of a stock’s future cost could return noteworthy benefit.
 The focuses on the use of Regression and LSTM (Long Short-Term Memory) based
Machine learning to predict stock values. Factors considered are open, close, low,
high and volume.
 The recent trend in stock market prediction technologies is the use of machine
learning which makes predictions based on the values of current stock market indices
by training on their previous values.

4. Introduction
 The total market capitalization of the whole stock exchanges in the world started from
$2.5 trillion in 2010. At the end of 2019, it became $68.65 trillion.
 A correct prediction of stocks can lead to huge profits for the seller and the broker.
 In our LSTM model for stock prediction, one sequence was defined as a sequential
collection of the daily dataset of any single stock in a fixed time period (N days).
 A deep learning method known as Gated Recurrent Unit (GRU) consists of same type
of structure like LSTM model, except that the design of the memory cell is simplified
in GRU.
 Introduction of machine learning to the area of stock prediction has appealed to many
researches because of its efficient and accurate measurements.

5.  This project aims to provide stock price prediction.
 It is based on latest machine learning technology to retail investors.
 In this project a mobile web application is developed to provide predictions in an
intutive way.
 It serves as an another user interface in visualizing results from the reaserch apart from
jupyter notebook with lots of tabels and graphs.
Objective

6. Literature Survey

7. In this existing system, sliding window algorithm has been used which wont do dropout
process.
In this process unwanted data has been processed which leads to wasted of time and
memory space.
The prediction of future stock price by sliding window algorithm is less efficient because
of processing unwanted data.
The existing system algorithm is not that much efficient in handling non linear data.
Existing System

8. Proposed System
 In this project we will be looking at data from the stock market, particularly
some technology stocks.
 We will look at a few ways of analysing the risk of a stock, based on its
previous performance history.
We will learn how to use pandas to get stock information, and it is python data
analysis library, which uses python programming language.
 We will also be predicting future stock prices through a Long Short Term
Memory (LSTM) method.

9. Modules

10. Tool Specification
 PandasPy
 NumpyPy
 SeabornPy
 Scikit-learn
MatplotlibPy

11. System Architecture

12. Flowchart Raw
Data
Feature Expansion
Original indices and
expanded features
Feature selection -RFE
High weighted features
Model data to time series
Principal components of high
weighted features
Dimension reduction- PCA
Processed data
LSTM
Prediction

13. Dfd
Testing
Dataset
Data Training
Algori-
thm
evaluati
-on Model
Production Data
prediction

14. Advantages
 Easily identifies trends and patterns.
 No human intervention needed (automation).
 Continuous Improvement.
 Handling multi-dimensional and multi-variety data.

15. Disadvantages
 Time and Resources.
 Highly error-prone

16. System Requirements
 SOFTWARES REQUIREMENTS:
Language : Python, R Programming Langauge, Java.
Tools: Numpy, Pandas, SK-learn, etc.
Dataset : Stock Market Prediction Dataset.
 SERVER HARDWARE REQUIREMENTS:
Operating system : Windows XP above, Linux.
Processor: Intel Core 2 Duo 1.8 GHz
Ram : 1 GB
HDD : 1.5 GB

17. Conclusion
 This project was an attempt to determine the future prices of the stocks of a
company with greater accuracy and reliability using machine learning and
LSTM techniques.
 Both the techniques have shown an improvement in the accuracy of
predictions, thereby yielding positive results with the LSTM model
proving to be more efficient.
 In future, more functionalities and indicators will be integrated into the system.
Further data analysis or data science components will be emphasized and
added.

18. References
 C. METZ, "NYTimes," 22 Oct 2017. [Online]. Available:
https://www.nytimes.com/2017/10/22/technology/artificialintelligence-experts-salaries.html. [Accessed 4 Nov 2017].
 I. Wladawsky-Berger, "The Wall Street Journal," 15 Sep 2017.[Online]. Available:
httpsblogsx,wsjcom/cio/2017/09/15/artificialintelligence-is-ready-for-business-are-businesses-ready-for- ai/.[Accessed
4 Nov 2017].
 A.Semeney, Jan 2017. [Online]. Available: https//www.devteamspace/blog/artificial-intelligence-in-
stocktrading-future-trends/. [Accessed 1 Nov 2017]
 "Machine Learning For Stock Trading Strategies," 14 Apr 2016.[Online]. Available:
https://www.nanalyze.com/2016/04/machinelearning-for-stock-trading-strategies/. [Accessed 7 Nov 2017].
 S. Greg Walters, 22 Mar 2017. [Online]. Available:
https://www.livescience.com/58364-ai-investors-rack-up-massivereturns-in-stock-market-study.html. [Accessed 12
Oct 2017].

19. Thank you….