Paper 02

Further Reading

Further Reading — Paper 02: Perceptron 1958

All resources below are free to access.


The original paper The Perceptron: A Probabilistic Model for Information Storage and Organization in the Brain — Frank Rosenblatt (1958) The actual paper. More readable than you might expect — Rosenblatt wrote clearly and was genuinely excited. The first 10 pages cover the core idea. The mathematics later in the paper is advanced, but the conceptual sections are accessible to a motivated Class 11 student. Difficulty: Intermediate


Watch: But What is a Neural Network? — 3Blue1Brown (YouTube) https://www.youtube.com/watch?v=aircAruvnKk The best visual introduction to neural networks in existence. 19 minutes. Grant Sanderson explains neurons, weights, and learning with stunning animations. Watch this before reading anything else if you are new to the topic. The entire 4-video series is excellent. Difficulty: Beginner


Interactive: The Perceptron Playground https://playground.tensorflow.org TensorFlow’s free browser-based neural network playground. Set the number of hidden layers to 0 to simulate a single Perceptron. Try classifying XOR data (select “XOR” in the data section). Watch it fail. Then add one hidden layer. Watch it succeed. No code needed — just drag sliders. Difficulty: Beginner


The book that ended the first era Perceptrons: An Introduction to Computational Geometry — Minsky & Papert (1969) Available free on Internet Archive. You do not need to read the whole thing — but reading the preface and Chapter 1 gives you a sense of the intellectual atmosphere of the late 1960s and why the XOR result felt so significant. Sobering and important. Difficulty: Advanced


History: The rise and fall and rise of neural networks The Unreasonable Effectiveness of Recurrent Neural Networks — Andrej Karpathy (2015) Not directly about the Perceptron, but written by one of the most important neural network researchers alive. Karpathy explains the broader context of how neural networks went from laughingstock to dominant force. Beautifully written and full of code you can run. Difficulty: Intermediate