Paragraphica
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Paragraphica is a camera that transforms context into images by utilizing location data and artificial intelligence to create an AI-driven "photograph" representing the essence of a place and time. It features three physical dials for users to adjust data and AI settings, affecting the photo's appearance. The camera gathers information such as address, weather, time, and nearby landmarks from its surroundings. The generated photograph offers a detailed and intricate depiction of the location.
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Copilot 3D is an AI-powered tool from Microsoft that converts regular 2D images into fully-fledged 3D models with a single click. This Copilot Labs experiment employs advanced AI algorithms to analyze a single photo and instantly generate a downloadable 3D model in the GLB format, compatible with games, AR/VR applications, 3D printing, and animation programs. The AI handles the complex tasks of understanding depth, geometry, and textures, which typically require specialized skills and 3D modeling software. Accessible worldwide through Copilot Labs in web browsers for users with a personal Microsoft account, Copilot 3D democratizes 3D creation by removing technical barriers. It is valuable for designers seeking rapid prototyping, educators teaching 3D concepts, game developers needing quick assets, and creative professionals exploring 3D without the steep learning curve of traditional modeling tools.
RunPod is a cloud computing service offering access to GPU instances, serverless GPUs, AI endpoints, and complimentary bandwidth. It enables users to launch container-based GPU instances and charge per second for serverless GPU usage. The platform also boasts features like Cloud Sync, CLI/GraphQL API, OnDemand/Spot GPUs, SSH/TCP/HTTP Ports, and Persistent Volumes. RunPod delivers an affordable and dependable secure cloud for accessing computing resources.
Infinigen is a freely available procedural generator designed to produce varied and high-quality 3D scenes. Created by the Princeton Vision & Learning Lab, it is tailored for computer vision research and produces realistic training data. By utilizing randomized mathematical rules, Infinigen can generate limitless variations in forms, materials, and details. It features an extensive collection of generators for natural objects and environments, prioritizing precise geometry over simulated details. Additionally, Infinigen offers automatic annotations for different computer vision tasks and promotes community involvement to enhance its features.