01 Synopsis
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BSc Project Report
BSc Diabetes Detection Machine Learning Final Year Project Report
Complete BSc final-year project report with documentation, diagrams and viva-ready structure. Instant PDF & Word download — plagiarism-free and faculty-aligned.
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02 Pre Defined Project Report
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Abstract
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Table of Content
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01
Introduction
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02
Problem Statement
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03
Existing System
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04
Proposed System
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05
Objectives
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06
System Architecture
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07
Major Functional Modules
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08
Hardware Requirements
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09
Software Requirements
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10
Future Enhancement
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11
Conclusion
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12
References
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Abstract
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Table of Content
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01
Chapter 1 — Introduction
- 1.1 Background of the Project
- 1.2 Problem Statement
- 1.3 Objectives of the System
- 1.4 Scope of the Project
- 1.5 Existing System Overview
- 1.6 Proposed System Overview
- 1.7 Technologies Used
- 1.8 Overview
- 1.9 Limitations
- 1.10 Advantages
- 1.11 Disadvantages
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02
Chapter 2 — Literature Review / System Study
- 2.1 Introduction
- 2.2 Review of Similar Systems
- 2.3 Comparative Analysis
- 2.4 Software Development Models
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03
Chapter 3 — System Analysis
- 3.1 Introduction
- 3.2 Functional Requirements
- 3.3 Non-Functional Requirements
- 3.4 User Requirements
- 3.5 Feasibility Study
- 3.5.1 Technical Feasibility
- 3.5.2 Economic Feasibility
- 3.5.3 Operational Feasibility
- 3.6 System Architecture
- 3.7 Data Flow Diagram (Level 0)
- 3.8 Data Flow Diagram (Level 1)
- 3.9 Data Flow Diagram (Level 2)
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04
Chapter 4 — System Design
- 4.1 Introduction
- 4.2 Use Case Diagram
- 4.3 Class Diagram
- 4.4 Sequence Diagram
- 4.5 Activity Diagram
- 4.6 ER Diagram
- 4.7 Database Schema
- 4.8 Table Structures
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05
Chapter 5 — System Implementation
- 5.1 Introduction
- 5.2 Development Environment
- 5.3 Tools and Technologies Used
- 5.4 Hardware Requirements
- 5.5 Software Requirements
- 5.6 Module-wise Implementation
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06
Chapter 6 — Testing
- 6.1 Introduction
- 6.2 Testing Strategy
- 6.3 Unit Testing
- 6.4 Integration Testing
- 6.5 System Testing
- 6.6 Test Cases
- 6.7 Bug Reports
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07
Chapter 7 — Results and Discussion
- All screenshots
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08
Chapter 8 — Conclusion and Future Enhancements
- 8.1 Conclusion
- 8.2 Future Enhancements
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09
Chapter 9 — References
Project's Overview
Diabetes Detection is a machine learning based final year project developed to predict whether a person is likely to have diabetes using diagnostic health measurements such as glucose level, blood pressure, BMI, insulin, age, pregnancies, skin thickness, and diabetes pedigree function. This major project uses the Pima Indians Diabetes dataset and applies data preprocessing, feature selection, correlation analysis, outlier detection, outlier treatment, feature transformation, feature scaling, model selection, and hyperparameter tuning. Multiple algorithms are compared, including Logistic Regression, Naive Bayes, K-Nearest Neighbors, Decision Tree Classifier, and Support Vector Classifier. Logistic Regression is selected for the Flask web app because it provides the best confusion matrix accuracy among the compared models. This Diabetes Detection source code is suitable for students who need a final year project, major project, minor project, source code, and project report based on Python, machine learning, healthcare analytics, and Flask.
Login Credentials
This project has no login credentials because it is not described as a login-based web application.
| Account Type | Username | Password |
|---|---|---|
| Administrator | Not required | Not required |
| User | Not required | Not required |
Credential note:
The Flask app works through a prediction form where users enter diagnostic values and view prediction results.
Medical Disclaimer
This project is for educational and academic demonstration purposes only. It should not be treated as a medical diagnosis system. Diabetes diagnosis must be confirmed by qualified medical professionals using proper clinical tests and medical standards.
License
Copyright Notice
Original Software:
Copyright (c) 2023 Nilesh Parab
Licensed under the MIT License.
Modifications, documentation, testing, configuration, packaging and additional components:
Copyright (c) 2026 FileMakr.com
The original copyright notice and MIT License continue to apply to the original software. FileMakr.com claims copyright only over its independently created modifications, documentation, reports, designs and other additional materials.
Recommended Website Disclosure
This product contains open-source software originally developed by Nilesh Parab and released under the MIT License.
The original copyright notice and complete MIT License are included in the downloadable source-code package. FileMakr.com does not claim ownership of the original open-source software.
The price charged by FileMakr.com covers value-added services such as source-code verification, testing, project organization, documentation, report preparation, packaging, delivery, configuration guidance and technical support.
Customers receive the original software under the terms of the MIT License. Any third-party libraries, APIs, images, fonts, datasets, templates or other external resources included in the project may be governed by their own respective licences and terms of use.
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- Report
- Synopsis
- Diagrams
Project Features in this Final Year Project
- Diabetes prediction using machine learning
- Healthcare data analysis
- Flask-based prediction web app
- Pima Indians Diabetes dataset support
- Feature selection
- Correlation matrix analysis
- Outlier detection
- Outlier treatment
- Feature transformation
- Feature scaling
- StandardScaler preprocessing
- Multiple model comparison
- Logistic Regression model
- Naive Bayes classifier
- K-Nearest Neighbors model
- Decision Tree Classifier
- Support Vector Classifier
- Confusion matrix evaluation
- Hyperparameter tuning
- Grid search support
- User input form for prediction
- Diabetes result prediction
- Jupyter Notebook support
- Project report content support
- Suitable for academic viva explanation
Dataset Details in this Final Year Project
Dataset domain:
Healthcare / diabetes diagnosis prediction
Dataset objective:
Predict whether a patient has diabetes based on diagnostic measurements.
Dataset background:
The dataset is originally from the National Institute of Diabetes and Digestive and Kidney Diseases. The dataset contains diagnostic measurements for female patients at least 21 years old of Pima Indian heritage.
Dataset features:
| Feature | Description |
|---|---|
Pregnancies |
Number of times pregnant |
Glucose |
Plasma glucose concentration |
BloodPressure |
Diastolic blood pressure |
SkinThickness |
Triceps skin fold thickness |
Insulin |
2-hour serum insulin |
BMI |
Body mass index |
DiabetesPedigreeFunction |
Diabetes pedigree function |
Age |
Age in years |
Outcome |
Class variable, 0 or 1 |
Target variable:
Outcome
Prediction output:
- Diabetes not indicated
- Diabetes indicated
Data Preprocessing Features in this Final Year Project
1. Feature Selection
- Selects relevant features from the diabetes dataset
- Uses correlation matrix to identify feature relationships
- Helps reduce irrelevant or highly correlated features
- Improves model interpretability
- Helps reduce overfitting
- Supports better model performance
2. Correlation Matrix
- Displays relationship between dataset variables
- Helps identify strongly related diagnostic features
- Supports feature selection decisions
- Useful for project report visualization
3. Outlier Detection
The project identifies outliers using:
- Visualization
- Box plots
- Scatter plots
- Histograms
- Interquartile range method
4. Outlier Treatment
The project treats outliers by replacing extreme values using methods such as:
- Mean
- Median
- Mode
5. Feature Scaling
- Uses StandardScaler
- Standardizes feature values
- Reduces scale imbalance between features
- Improves model training performance
- Helps classification algorithms work more effectively
Machine Learning Features in this Final Year Project
The project compares multiple classification algorithms:
- Logistic Regression
Used for binary classification and selected as the main model for the web app. - Naive Bayes Classifier
Probabilistic classifier based on Bayes theorem. - K-Nearest Neighbors
Instance-based classification algorithm. - Decision Tree Classifier
Tree-based supervised classification model. - Support Vector Classifier
Classification algorithm that separates classes using an optimal hyperplane.
Model Accuracy Comparison in this Final Year Project
Based on the uploaded documentation, the confusion matrix accuracy values are:
| Algorithm | Accuracy |
|---|---|
| Logistic Regression | 0.8053435114503816 |
| Naive Bayes Classifier | 0.7709923664122137 |
| K-Nearest Neighbors | 0.7366412213740458 |
| Decision Tree Classifier | 0.7404580152671756 |
| Support Vector Classifier | 0.7977099236641222 |
Selected model:
Logistic Regression is selected because it shows the highest confusion matrix accuracy among the compared algorithms.
Hyperparameter Tuning Features in this Final Year Project
The project applies hyperparameter tuning using Grid Search.
Logistic Regression hyperparameters used:
solvers: ['newton-cg', 'lbfgs', 'liblinear']
penalty: ['l2']
c_values: [100, 10, 1.0, 0.1, 0.01]
Tuned Logistic Regression accuracy mentioned in documentation:
0.7760416666666666
Flask Web App Features in this Final Year Project
- Browser-based diabetes prediction form
- User enters diagnostic values
- Flask backend processes input
- ML model predicts diabetes possibility
- Displays result on web page
- Lightweight Flask application
- Suitable for local execution
- Can be extended for deployment
- Useful for project demonstration
Example input attributes:
- Glucose
- Age
- Blood Pressure
- Other diagnostic values depending on form design
- Complete Diabetes Detection source code
- Suitable for final year project, major project, and minor project
- Project report content can be prepared from included modules
- Python machine learning project
- Healthcare prediction system
- Flask web application
- Dataset preprocessing
- Feature selection
- Correlation heatmap
- Outlier detection
- Outlier treatment
- Feature scaling
- Multiple model comparison
- Logistic Regression selected model
- Confusion matrix evaluation
- Hyperparameter tuning
- User input based prediction
- Jupyter Notebook support
- Useful for viva, source code review, project report writing, and project demonstration
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Open project folder:
cd Diabetes-Detection -
Optional: install virtualenv:
pip install virtualenv -
Create virtual environment:
virtualenv myenv -
Activate virtual environment on Linux/macOS:
source myenv/bin/activate -
Install requirements:
pip install -r requirements.txt -
To run notebook:
jupyter notebook -
To run Flask app:
flask run -
Or run using Python:
python app.py - Alternative:
python main.py
- Open in browser:
http://localhost:5000
README Included
Setup Support Available
This project has no login credentials because it is not described as a login-based web application.
| Account Type | Username | Password |
|---|---|---|
| Administrator | Not required | Not required |
| User | Not required | Not required |
Credential note:
The Flask app works through a prediction form where users enter diagnostic values and view prediction results.
Medical Disclaimer
This project is for educational and academic demonstration purposes only. It should not be treated as a medical diagnosis system. Diabetes diagnosis must be confirmed by qualified medical professionals using proper clinical tests and medical standards.