6 Top Books to Learn Python

Using Machine Learning to detect clickbait

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It is Monday and today is about interesting reads about Data Science across the internet from my reading list.

Learn how Alison Salerno Uses Machine Learning to detect clickbait

Alison Salerno addresses the widespread issue of clickbait headlines, exploring the use of machine learning to classify them. With a dataset of 52,000 headlines, Salerno employs models like Naive Bayes, Logistic Regression, and SVM, achieving impressive accuracy and recall scores in the 90–93% range.

The project not only unveils the mechanics of clickbait classification but also presents a practical solution—a web app developed using Streamlit, allowing users to submit headlines for real-time classification. Salerno's work highlights the potential of leveraging technology to combat sensationalized content, offering a glimpse into a future where users can navigate digital spaces with greater clarity and authenticity.

  • Author: Allen B. Downey

  • Ideal for beginners and those needing to learn programming basics.

  • Covers basic programming concepts, functions, recursion, data structures, and object-oriented design.

  • Author: William McKinney

  • Practical introduction to data science tools in Python.

  • Covers pandas, NumPy, IPython, and Jupyter.

  • Ideal for analysts new to Python and Python programmers new to data science.

  • Author: Matt Harrison

  • Focuses on best practices for manipulating data with Pandas.

  • Condenses years of knowledge and experience into an easy-to-follow format.

  • Author: Al Sweigart

  • Step-by-step instruction for automating tasks with Python.

  • No prior programming experience required.

  • Teaches creating Python programs for automation.

  • Author: Tirthajyoti Sarkar

  • Focuses on Python tools and techniques for high productivity in data science.

  • Covers statistical analysis, visualization, model selection, and feature engineering.

  • Targeted at data scientists, analysts, machine learning engineers, and AI practitioners.

  • Author: Catherine Nelson

  • Bridges the gap between data science and software engineering.

  • Explains how to apply best practices from software engineering to data science.

  • Emphasizes writing reproducible, robust, and scalable code.

  1. Analytical Skills:

    • Essential for dissecting problems and extracting meaningful insights.

    • Project Idea: Mall Customer Segmentation Data by Kaggle.

  2. Proficiency in Coding:

    • Mastery of programming languages such as Python, R, and SQL.

    • Project Idea: Predictive Text Generation by Andrej Karpathy on GitHub.

  3. Machine Learning Expertise:

    • Application of various machine learning algorithms to real-world problems.

    • Project Idea: Image Classification With CNN on TensorFlow.

  4. Data Visualization and Communication Skills:

    • Expertise in presenting data visually and communicating effectively.

    • Project Idea: COVID-19 Data Hub on Tableau.

  5. Domain Expertise:

    • Industry-specific knowledge providing an advantage in data analysis.

    • Project Idea: Financial Fraud Detection by Susan Lin on GitHub.

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