M.S. AAI Capstone Chronicles 2024
Table of Contents | 3 |
Spring 2024 | 3 |
Summer 2024 | 3 |
Fall 2024 | 3 |
Background Information | 77 |
Data Summary | 80 |
Experimental Methods | 81 |
Results | 83 |
Future Enhancements | 87 |
Figure 1 | 184 |
● 3K Conversations Dataset for ChatBot. (n.d.). Kaggle. Retrieved July 15, 2024, from https://www.kaggle.com/datasets/kreeshrajani/3k-conversations-dataset-for-chatbot | 204 |
Deep Learning Image Captioning | 206 |
Introduction | 207 |
Introduction | 236 |
Dataset Summary | 237 |
While exploring our chosen datasets we discovered some data issues and had to implement some preprocessing methodologies to prepare our data for training. | 238 |
Background Information | 239 |
Managing diabetes has been a focus of both academic research and commercial innovation. Numerous efforts have explored predictive models and automated systems for blood glucose management, meal analysis, and long-term glycemic control. | 240 |
Experimental Methods | 242 |
This project employs three core machine learning models, each tailored to address specific tasks in diabetes management: | 242 |
Results and Discussion | 245 |
Tidepool Dataset | 245 |
| 250 |
DiaTrend Dataset | 250 |
Figure 6: This scatter plot displays the relationship between actual and predicted HbA1c values for the LSTM model. The red dashed line represents the ideal line of equality, where predictions match the actual values. The concentration of points near the line indicates strong predictive accuracy, while slight deviations, particularly at higher HbA1c ranges, suggest minor variability in the model’s performance for extreme cases. This visualization underscores the model’s capability in accurately predicting HbA1c trends, contributing to improved long-term glycemic control. | 260 |
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