NVIDIA Showcases Software and Hardware at NeurIPS Expo

At the thirty-second Conference on Neural Information Processing Systems (NeurlPS) in Montreal, Canada, NVIDIA hosted the NVIDIA AI Tech Workshop, a workshop about how GPU-accelerated computing is transforming the landscape of computational science and AI. “This workshop gives us an opportunity to show the AI community what we’re doing as a company, to help researchers … Continued

Turing Optimized SDKs for Creators and Deep Learning

At NeurIPS in Montreal, Canada, NVIDIA introduced the TITAN RTX, the world’s most powerful GPU for the PC, providing massive performance for AI research, data science and content creation. Below is a summary of the newly announced developer software which will take advantage of the NVIDIA Turing architecture behind the TITAN RTX. NGX SDK NVIDIA … Continued

NVIDIA Opening Core AI and ML Research Lab in Santa Clara

To help accelerate AI research and further discovery across deep learning sciences, the NVIDIA Research team is announcing the opening of a core AI/ML lab in Santa Clara, California. The new lab will be led by computer scientist Anima Anandkumar and will complement existing NVIDIA labs run by several world-renowned researchers.  “This lab will push … Continued

AI Helps Create Rock Song Honoring Queen

Making quality music is tough – it requires talent, time, and in most cases technological expertise.  This can be a major roadblock for YouTubers, filmmakers, video game designers, coffee shop singers, music producers, and many others.  To help accelerate the process – AIVA – a Luxembourg-based startup developed a tool that can help musicians and … Continued

NVIDIA Reveals the TITAN of Turing: TITAN RTX

At the Conference on Neural Information Processing Systems in Montreal, Canada (NeurIPS), NVIDIA announced the TITAN RTX GPU.  The NVIDIA TITAN RTX is the world’s most powerful desktop GPU, providing performance for AI research, data science, and creative applications. “Turing is NVIDIA’s biggest advance in a decade – fusing shaders, ray tracing, and deep learning … Continued

NVIDIA Research Puts Smart Picking Within Grasp

As another step toward enabling robots to work effectively in complex environments, robotics researchers from NVIDIA have developed a novel deep learning-based system that allows a robot to perceive household objects in its environment for the purpose of grasping the objects and interacting with them. With this technique, the robot is able to perform simple … Continued

New AI Style Transfer Algorithm Allows Users to Create Millions of Artistic Combinations

Current style transfer models are large and require substantial computing resources to achieve the desired results. To accelerate the work and make style transfer a tool that is more widely adopted, researchers from NVIDIA and the University of California, Merced developed a new deep learning-based algorithm for style transfer that is effective and efficient.  The … Continued