Domo Arigato Mr. Roboto
Exploring cognitive computing's potential to revolutionize email, cooking, and research through innovative applications bridging the gap between humans and computers.
Elektroknit
Explore image processing and Canvas API to convert digital graphics into knitted patterns, bridging web engineering with textile design in this innovative craft project.
Machine Learning with Node.js
Explore neural networks, implement a simple one, evaluate algorithm performance, and address error rates using Node.js for machine learning applications.
Speech Recognition on the Web
Explore Web Speech API for enhanced accessibility and user interaction in web apps, leveraging powerful speech recognition capabilities.
Making a Robot Eye with JavaScript
Explore computer vision basics and build an AR app using vanilla JavaScript, starting from canvas image data to simple image analysis techniques.
Meet MySam - An Open AI Experiment
Explore MySam, an open-source virtual assistant you can customize with JavaScript and HTML5 plugins. Learn about AI, testing, and building your own intelligent assistant.
Applying the Magic of Neural Networks
Discover how to predict football scores using neural networks and Node.js. Learn to leverage the synaptic library for creating a program that applies machine learning to sports betting.
Emoji, Web Components, and Art
Explore the intersection of emoji, web components, and art in this talk, discovering innovative tools for creating and sharing digital art on the web.
You Don't Need AMP for That
Explore AMP's speed-enhancing techniques for web pages, including network concurrency, font loading, and image optimization, applicable to non-AMP projects for improved performance.
Bot Building - Debunking Myths and Hard Lessons Learned
Debunking bot-building myths and sharing hard-earned lessons through code stories and demos. Uncover best practices, challenges, and limitations in creating bots and NLP models for enterprises.
The SVG of SVG
Explore SVG's dual nature as both image and document format, uncovering its potential to optimize web content delivery beyond just icons and illustrations.
VoiceHTML - Speech Recognition as a Progressive Enhancement
Exploring VoiceHTML as a progressive enhancement for web accessibility, proposing a new protocol for voice assistants to interact with websites and enhance user experience.
Machine Learning in the Browser
Explore client-side machine learning and neural networks in JavaScript, focusing on implementation techniques and practical applications for browser-based AI.
Deep Learning in JS
Explore AI and deep learning using deeplearn.js. Understand how these systems learn, think, and shape our digital interactions. Gain insights into the architecture of emerging artificial minds.
Formalizing User Rights on the Web
Explore a framework for user rights on the Web, addressing issues like harassment and misinformation while balancing concerns about censorship through architectural modifications to promote democratic representation.
Discovering the True Identity of @horse_js
Uncover the mystery behind @horse_js through data analysis, machine learning, and Azure tools in this entertaining and informative JSConf presentation.
HI and AI
Explore the intersection of artificial intelligence and privacy in the digital age, examining key challenges and implications for modern technology.
How to Cheat at Life with JS, CV, and AR
Explore JavaScript, Computer Vision, and Augmented Reality to create innovative solutions for beating the card game Set, with practical examples and insights.
How to Make Your Website Not Ugly
Learn essential UX and design principles to enhance website aesthetics and user experience, covering text layout, fonts, navigation, imagery, and visual patterns.
Yoga Pose
Explore face tracking and yoga pose evaluation using TensorFlow and React. Learn to implement fun features and scoring algorithms for interactive web applications.
Creating an AI Musician with JavaScript
Explore AI-generated music using JavaScript and TensorFlow. Learn to create digital instruments, compile songs, and ponder the implications of computer-made music on listener perception.