
Explore generative art through coding, from visualizing mathematical concepts to using neural networks for creative design. Learn how programming can be a tool for artistic expression.

Explore columnar data formats and serverless computing for optimized analytics, reduced costs, and simplified big data processing. Learn about Parquet, ORC, and AWS Lambda.

Explore advancements in robotic sailing and the journey to build an autonomous boat capable of circumnavigating the globe, starting with a simple RC boat on a local pond.

Explore deep learning in computer vision, from basic concepts to advanced architectures. Learn practical tips for designing and developing neural networks to solve complex image understanding problems.

Explore AI-powered game solving using Google Cloud, focusing on reinforcement learning to tackle the complex 8-bit RPG "The Abbey of Crime" and overcome its challenging solution space.

Explore real-time style transfer in VR, transforming environments into 3D artworks. Learn deep learning techniques for applying artistic styles to live video feeds using OpenCV and TensorFlow.

Discover how Revolut built a revolutionary banking backend, overcame challenges, and scaled to serve millions. Learn from their mistakes and innovative solutions in fintech.

Explore data scraping as an alternative to biased APIs for social media research. Learn scalable architecture for deep web data capture, topic modeling, and sentiment analysis to detect community manipulation.

Explore Twitter's performance optimization using Graal and machine learning, focusing on autotuning inlining parameters to reduce datacenter costs and improve efficiency.

Leveraging graph-based machine learning and healthcare data to predict patient diagnoses in critical care units, showcasing the potential of automated healthcare through advanced ML techniques.

Optimizing Twitter services using Graal and Machine Learning for enhanced efficiency and cost reduction. Explores autotuning Graal inlining parameters with Autotune framework for improved performance.

Learn to build a music recommendation system using machine learning, exploring algorithms like K-means, SVM, and neural networks with Spotify's API, Keras, and Sklearn.

Explore AI-enhanced UX through predictive marketing, user intent classification, and personalized experiences. Learn to optimize interactions using machine learning and product micro-metrics for adaptive, user-centric design.

Explore how to enhance apps with Machine Learning APIs and AutoML techniques, analyzing text, image, audio, and video data without extensive AI knowledge.

Explore how combining machine learning with graph data structures enhances prediction accuracy by incorporating contextual information and relationships, demonstrated through academic collaboration analysis.

Explore machine learning in the browser with JavaScript, covering applications, tools, and demos for front-end developers to create their own experiments.

Explore real-time ML model deployment at Auto Trader UK, featuring automated retraining, robust testing, and integration with existing infrastructure for efficient experimentation and reduced time-to-live.

Learn to leverage Kubernetes for training and deploying machine learning models using TensorFlow, Apache MXNet, and PyTorch. Explore isolation, auto-scaling, and GPU support for efficient ML workflows.

Realizzazione di un analizzatore di sentiment per determinare il tono positivo o negativo dei testi, utilizzando commenti Reddit e Spark con Scala per creare un classificatore e misurare l'umore degli utenti.

Optimizing Twitter services using Graal and Machine Learning for improved performance and cost reduction, with insights on autotuning Graal inlining parameters.

Explore how Twitter optimizes services using Graal and machine learning, achieving significant cost savings and performance improvements through autotuning.