
Learn AI and machine learning basics through computer vision, exploring model building and deployment using a rock-paper-scissors game example.

Explore IoT-enabled biometric security using Azure Cloud, integrating CCTV cameras, Cognitive Services, and Machine Learning for advanced physical access control and intrusion detection.

Explore Project Enabled Play: AI-powered platform enabling diverse inputs for gaming and coding accessibility. Learn about scaling .NET apps, voice tech, computer vision, and real-time communication.

Explore ethical challenges in AI-driven vehicles, from blame allocation to algorithm design. Discover object recognition, obstacle avoidance, and responsible AI principles for sustainable engineering practices.

Discover strategies to optimize websites, improve performance, and simplify development. Learn easy wins for faster load times, better user experience, and streamlined workflows, allowing for more efficient web projects.

Explore modern AI tools for developers, including machine learning and deep learning, to enhance products and services. Learn to leverage AI capabilities through simple API calls.

Explore AI's potential through live demos in computer vision and NLP. Discover neural networks, deepfakes, chatbots, and AI-generated content. Gain insights into the promises and challenges of this transformative technology.

Hands-on Python tutorial for creating, manipulating, and integrating AI-generated images using OpenAI's DALL-E API, including GUI applications and HTML gallery generation.

Comprehensive overview of AI fundamentals, applications, and impact on technology. Explores key concepts, current trends, and future potential of artificial intelligence in various industries.

Explore how companies harness AI in mission-critical applications to tackle challenges across industries, from computer vision in construction to generative AI in hospitality, with Oracle's Mike Sicilia.

Explore cutting-edge research on complex robot task learning, including simulation environments, hierarchical decomposition, and skill chaining for long-horizon tasks in robotics and AI.

Explore multi-modal search through a "Shop the Look" app, using Pinecone serverless and Google's Multimodal Embedding Model. Learn to build advanced search applications.

Explore the Platonic Representation Hypothesis with MIT's Phillip Isola, delving into philosophical concepts and their applications in modern computational theory.

Comprehensive guide on training Stable Diffusion 3 for art styles using kohya and SimpleTuner, covering setup, parameters, experiments, and result analysis for both full finetune and LoRA approaches.

Explore geodesic frameworks for vortex sheets and generalized fluid flows, examining group-theoretic approaches to ideal hydrodynamics and Lie groupoid symmetries in mathematical physics.

Explore advanced techniques in computational imaging for creating realistic graphics and expanding applications beyond traditional computer graphics.

Explore AI's impact on fine art through an introduction to explainable fine art, delving into innovative technologies and interdisciplinary perspectives.

Explore techniques for training deep learning models with noisy labels, addressing challenges in data collection and annotation across various domains, including medical imaging.

Explore domain adaptation techniques for autonomous driving, from standard unsupervised setups to practical approaches addressing open-world challenges in semantic segmentation and scene understanding.

Explore cutting-edge AI innovations at VinAI, led by Dr. Hung Bui. Discover advancements in probabilistic models, deep learning, and human-machine understanding across various applications.

Explore 3D scene understanding and rendering techniques, from data acquisition to neural networks for point cloud classification and semantic segmentation, with insights on future research directions.