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I’ve encountered many situations where subplot layouts get messy. Whether it’s overlapping axis labels, titles, or crowded charts, handling subplot spacing is crucial to making your visualizations clear and professional. In this article, I’ll share practical insights on how to use Matplotlib’s tight_layout() function along with the wspace and hspace parameters to control subplot spacing … Read more >>
While working with Matplotlib, I’ve learned that fine-tuning your plots can make a huge difference in how your data communicates. One of the subtle yet powerful customizations I often apply is adjusting the transparency of grid lines using the alpha parameter. In this article, I’ll walk you through how to use Matplotlib’s tick_params alongside grid … Read more >>
As a Python developer, working extensively with Matplotlib, I’ve come to appreciate the power of fine-tuning plot aesthetics. One of the subtle yet impactful aspects of a plot is how the tick marks on the axes are displayed. Especially when working with complex data visualizations, controlling the tick marks on the right and left sides … Read more >>
Pandas is a big deal in Python data analysis. It gives you tools to clean, handle, and explore structured data without a ton of hassle. If you’re prepping for a technical interview, it’s smart to review practical questions about DataFrames, Series, indexing, and data wrangling. Here I have covered 51 essential Pandas interview questions and … Read more >>
Working extensively with Matplotlib, I’ve learned that controlling the aesthetics of your plots can make a huge difference in how your data communicates. One of the most important yet often overlooked aspects is customizing the tick parameters, especially font size and color. These tweaks help your charts stand out and improve readability, which is crucial … Read more >>
Keypoint detection is a fascinating computer vision task with applications in pose estimation, facial landmark detection, and more. Over the past four years working with Keras and Python, I’ve found transfer learning to be a powerful way to build accurate keypoint detectors without starting from scratch. In this tutorial, I’ll walk you through how to … Read more >>
Object detection is one of the most exciting problems in computer vision. It involves identifying and localizing multiple objects within an image. Over the years, I’ve worked extensively with Python Keras to build robust object detection models, and RetinaNet has always stood out for its balance between speed and accuracy. RetinaNet is a single-stage detector … Read more >>
Image segmentation is a crucial task in computer vision, where the goal is to classify each pixel in an image into meaningful categories. Over the years, fully-convolutional networks (FCNs) have become the go-to architecture for this task. With over four years of experience working with Python and Keras, I’ve found composable FCNs to be a … Read more >>
Image segmentation is a critical task in computer vision where we classify each pixel of an image to identify objects or boundaries precisely. During my years working with Keras, I found BASNet (Boundary-Aware Salient Object Detection Network) to be one of the most effective architectures for segmenting fine boundaries in images. In this tutorial, I … Read more >>
Semantic segmentation is a vital task in computer vision, where the goal is to classify each pixel in an image into a category. Over the years, DeepLab models have become a popular choice for this due to their accuracy and efficiency. In this tutorial, I’ll share my firsthand experience working with DeepLabV3+ in Keras to … Read more >>
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