Research

3D Reconstruction

3D reconstruction is a technology that creates three-dimensional models of objects, structures, or environments from 2D images or other data sources. This process involves capturing multiple images or scans of the subject from different angles and then using specialized software to combine these inputs into a cohesive 3D model. 3D reconstruction has diverse applications, including performance capture, entertainment, and VR applications.

3D Model Denoising

3D model denoising is the process of removing noise and artifacts from 3D models to improve their quality and usability. Noise can be introduced during the 3D scanning process, through data transmission, or as a result of model generation algorithms. Denoising techniques aim to smooth out rough surfaces, fill in gaps, and remove extraneous points or edges while preserving the essential features of the model. This is crucial for various applications, such as 3D printing and VR applications.

3D Face Modeling

3D face modeling is the process of creating a digital representation of a human face in three dimensions. This involves capturing the shape, features, and textures of an individual's face using various techniques like 3D scanning, photogrammetry, or manual sculpting. 3D face models have become increasingly important in various fields, including entertainment and biometrics.

3D Face Animation

3D face animation is the process of bringing a 3D face model to life by simulating realistic movements and expressions. This involves manipulating the model's vertices and textures to create natural-looking motions for the eyes, mouth, eyebrows, and other facial features. 3D face animation is widely used in various applications, such as video games and films.

3D Face Tracking

3D face tracking is a technology that monitors and analyzes facial movements in real-time, capturing the position and orientation of the head and facial features like eyes, eyebrows, and mouth. This is achieved by using computer vision algorithms to identify and track key points on the face, often through depth sensors or cameras. 3D face tracking has various applications. including security and human-computer interaction.