Visualizing Time Series with Gramian Angular Fields (GAF)
Learn how to transform one-dimensional time series data into images using Gramian Angular Fields (GAF) to leverage the power of Convolutional Neural Networks (CNNs) for time series classification.
Jul 23, 2025
Diffusion Models for Time Series Analysis
Explore how Diffusion Models, typically used for image generation, can be adapted and applied to complex time series analysis tasks, including forecasting and anomaly detection.
Jul 23, 2025
Blood Cell Classification
View Project This project focuses on the application of deep learning techniques for automated blood cell classification. This is an object detection project. We leverage the power of YOLOv5, a state-of-the-art object detection model, to efficiently detect and classify different types of blood cells in microscopic images. To further enhance the analysis, we compare YOLOv5’s performance with Mask R-CNN, a powerful instance segmentation model capable of generating pixel-level masks around objects. By training and evaluating these models on a comprehensive dataset of blood cell images, we aim to develop a robust and accurate system for automated blood cell analysis, which can aid in medical diagnosis and research. The dataset used in this project is the BCCD Dataset, which contains 4,888 labeled objects categorized into three distinct classes: RBC (Red Blood Cells): 4,155 objects WBC (White Blood Cells): 372 objects Platelets: 361 objects
Nov 9, 2020