Flex3D features a two-stage process that generates high-quality 3D assets from a single image or text prompt. This technology represents the latest advancements in the field of 3D reconstruction, significantly improving the efficiency and quality of 3D content generation. Flex3D is developed with support from Meta, and the team has a strong background in 3D reconstruction and computer vision.

EgoGaussian is an advanced 3D scene reconstruction and dynamic object tracking technology. It can reconstruct 3D scenes and track the movement of objects dynamically using only RGB first-person perspective input. This technology leverages the unique discrete properties of Gaussian scattering to segment dynamic interactions from the background. Through a piece-wise online learning process, it utilizes the dynamic characteristics of human activities to reconstruct the evolution of the scene in chronological order and track the movement of rigid objects. EgoGaussian outperforms previous NeRF and dynamic Gaussian methods in wild video challenges and delivers exceptional quality in reconstructed models.

GaussianCube is an innovative 3D radiance representation method that significantly advances 3D generative modeling through its structured and explicit representation. This technology achieves high-precision fitting by utilizing a novel density-constrained Gaussian fitting algorithm and optimal transport methods, rearranging Gaussian functions onto a predefined voxel grid. Compared to traditional implicit feature decoders or spatially unstructured radiance representations, GaussianCube boasts fewer parameters and higher quality, making 3D generative modeling more accessible.

AI Math Notes is an open-source interactive graphing application that allows users to draw mathematical equations on a canvas. The application leverages multimodal large language models (LLMs) to calculate and display the results. Developed using Python, it utilizes the Tkinter library for creating the graphical user interface and PIL for image processing. It was inspired by Apple's 'Math Notes' showcased at the 2024 Worldwide Developers Conference (WWDC).

Developed by a team from Tsinghua University, Unique3D is a technology that can generate high-fidelity textured 3D mesh models from a single image. This technology has significant implications for image processing and 3D modeling, enabling users to quickly convert 2D images into 3D models, providing powerful technical support for game development, animation production, and virtual reality.

VastGaussian is an open-source project for 3D scene reconstruction that leverages 3D Gaussians to model the geometric and appearance information of large-scale scenes. This project is an implementation from scratch and may contain some errors, but it offers a new perspective for the field of 3D scene reconstruction. Key advantages include its ability to process large datasets and the improvements made to the original 3DGS project, enhancing its clarity and usability.

PhysDreamer is a method based on physics, which endows静态 3D objects with interactive dynamics by utilizing the object dynamics prior learned from video generation models. This approach allows for the simulation of realistic responses to novel interactions (such as external forces or agent operations) in the absence of real physical property data of objects. PhysDreamer promotes the development of more engaging and realistic virtual experiences through user studies to evaluate the realism of synthetic interactions.

Interactive3D is an advanced 3D generation model that provides users with precise control capabilities through interactive design. The model utilizes a two-stage cascading structure, employing different 3D representation methods, allowing users to modify and guide at any intermediate step of the generation process. Its significance lies in the ability to achieve fine control over the 3D model generation process, thereby creating high-quality 3D models that meet specific requirements.

DexCap is a portable hand motion capture system that combines holography and electromagnetic field technology to provide accurate and occlusion-resistant wrist and finger motion tracking. It collects data by 3D observing the environment. The DexIL algorithm leverages inverse kinematics and point cloud-based imitation learning to directly train dexterous robotic hand skills from human hand movement data. The system supports optional human-in-the-loop calibration mechanisms, enabling the robotic hand to replicate human movements and further improve its performance based on human hand actions.

Anki Flashcards - BrainDeck is an educational app designed around smart spaced repetition technology, aimed at helping users improve learning efficiency through scientific memory techniques. The app allows users to create personalized flashcards, automatically adjusting study plans using AI technology to ensure optimal review timing for long-term retention. Additionally, it provides a community library where users can find and save pre-made flashcards covering a variety of topics.

MakerLab is an online platform offering a variety of 3D model design tools, including vase generators and sign customizers. Users can quickly and easily create personalized 3D models based on their own needs. The platform supports the use of templates for creation and provides an innovation playground where users can experiment with cutting-edge technologies like AI scanners. MakerLab is operated by BamBam Lab and aims to provide a space for users to freely create and share their ideas. Currently, the platform offers both free and paid services for users to choose according to their needs.

Kvistly is a platform that leverages AI technology to create interactive quizzes, aimed at enhancing the efficiency and engagement of sales training, team building, onboarding, and other processes. It connects people through real-time interactive learning and enhances team collaboration and knowledge transfer. Background information indicates that Kvistly is significant in the education and corporate training sectors, improving employee engagement and learning outcomes through gamified learning. Pricing information is available, but specific details can be found on its pricing page.

Flash leverages artificial intelligence technology to assist users in learning faster, retaining knowledge longer, and achieving excellent exam results through adaptive learning paths and gamified experiences. It unlocks the potential of learners and improves learning efficiency.

Flex3D features a two-stage process that generates high-quality 3D assets from a single image or text prompt. This technology represents the latest advancements in the field of 3D reconstruction, significantly improving the efficiency and quality of 3D content generation. Flex3D is developed with support from Meta, and the team has a strong background in 3D reconstruction and computer vision.

Doubao Aixue (formerly known as Hema Aixue) is an intelligent education app designed specifically for learners. Supported by powerful AI technology, it offers multi-functional services including problem-solving assistance, homework correction, writing guidance, knowledge learning, and emotional support. It aims to be an all-in-one learning assistant for learners and parents, enhancing learning efficiency, stimulating interest, and promoting overall development through intelligent methods.

Simply Draw is an educational app designed to help users learn drawing skills through personalized learning paths. It features video tutorials produced by professional artists and instructors, allowing users to learn at their own pace and schedule. The app provides feedback on user submissions to improve their drawing abilities. Furthermore, new drawing courses are added weekly to keep the content fresh and engaging.

EgoGaussian is an advanced 3D scene reconstruction and dynamic object tracking technology. It can reconstruct 3D scenes and track the movement of objects dynamically using only RGB first-person perspective input. This technology leverages the unique discrete properties of Gaussian scattering to segment dynamic interactions from the background. Through a piece-wise online learning process, it utilizes the dynamic characteristics of human activities to reconstruct the evolution of the scene in chronological order and track the movement of rigid objects. EgoGaussian outperforms previous NeRF and dynamic Gaussian methods in wild video challenges and delivers exceptional quality in reconstructed models.

GaussianCube is an innovative 3D radiance representation method that significantly advances 3D generative modeling through its structured and explicit representation. This technology achieves high-precision fitting by utilizing a novel density-constrained Gaussian fitting algorithm and optimal transport methods, rearranging Gaussian functions onto a predefined voxel grid. Compared to traditional implicit feature decoders or spatially unstructured radiance representations, GaussianCube boasts fewer parameters and higher quality, making 3D generative modeling more accessible.