An introduction to deep learning, explaining its rise, key concepts like CNNs, and why it's powerful now due to data and computing advances.
Explores a neural network model, sketch-rnn, that generates vector drawings by learning from human sketch sequences, mimicking abstract visual concepts.
A guide for beginners on how to start learning deep learning using the Keras library, including recommended resources and prerequisites.
Explores using machine learning algorithms to predict outcomes in the NCAA March Madness basketball tournament, analyzing data and modeling techniques.
Final part of a series on building a product classification API, covering the creation of a custom Python class and web app for categorizing product titles.
A 2017 tech trends analysis focusing on AI/ML advancements in cloud platforms and the rise of hybrid cloud/hyperconverged infrastructure.
A tutorial for artists on using a pre-trained recurrent neural network with Javascript and p5.js to generate interactive handwriting and vector artwork.
A researcher's 2016 highlights: AI mapping to human vision, brain-based autism prediction, and fast matrix factorization algorithms for neuroimaging.
Critique of the classic iris dataset as a misleading example in modern machine learning education, exploring its original scientific purpose.
Part 2 of a series on building a product classification API, focusing on data cleaning, preparation, and measuring data purity for machine learning.
A presentation on Lazada's machine learning framework for ranking products in catalog and search results to improve user experience.
A detailed review and explanation of key research papers in the field of Reinforcement Learning, part of a deep learning series.
A wrap-up of Velocity NY 2016, covering trends in Real User Monitoring (RUM), synthetic monitoring, and the importance of WebPageTest for web performance.
First post in a series on building a product classification API, covering the process of sourcing and formatting open-source Amazon product data for machine learning.
A deep dive into Generative Adversarial Networks (GANs), summarizing and explaining key research papers in the field.
Explains stride and padding parameters in Convolutional Neural Networks (CNNs), building on Part 1 of the beginner's guide.
A guide to model evaluation, selection, and algorithm comparison in machine learning to ensure models generalize well to new data.
A guide to evaluating machine learning models, selecting the best models, and choosing appropriate algorithms to ensure good generalization performance.
A humorous take on solving the classic Fizz Buzz coding interview problem using an unnecessarily complex TensorFlow neural network.
Explores why modern neural networks succeed where older ones failed, emphasizing the critical role of massive computational power and data size.
