SIGGRAPH 2024 | The field of physics simulation reaches new heights! NetEase Fuxi's latest technological achievements were successfully selected

Recently, The ACM Special Interest Group on Computer Graphics (SIGGRAPH) announced the acceptance results of papers: NetEase Fuxi's latest research results "Preconditioned Nonlinear Conjugate Gradient Method for Real-time Interior-point" Hyperelasticity" was successfully selected. In August, team members will go to Denver, Colorado, to deliver reports at the SIGGRAPH 2024 conference and communicate with computer graphics enthusiasts around the world. fenye
The physical extrusion simulation contains 53k points, 168K tetrahedrons with an average speed of 28.9FPS
The cloth rotation simulation contains 45k points, 133K tetrahedrons, and the average speed is 7.4FPSfenye1. Physical drop experiment 1

• contains 8k points , 27k tetrahedrons
• Average speed 46.6 FPS

2. Physical Drop Experiment 2

   • Contains 50k points, 164k tetrahedrons
   • Average speed 32.2 FPS Fenye Noodle Drop Simulation Rope Rotation Simulation
     Contains 39k Points, 101K tetrahedrons contain 53k points, 202K tetrahedrons
     Average speed 27.6FPS Average speed 10.2FPS
     In summary, the Jacobian preprocessing nonlinear conjugate gradient method proposed by NetEase Fuxi not only significantly improves real-time The performance of physical simulation also sets a new benchmark for physical effects in games and virtual reality applications, opening a new chapter in the field of high-fidelity physical simulation. This breakthrough achievement is not only a major contribution to research and innovation in the field of physical simulation, but also a vivid portrayal of NetEase Fuxi's unremitting pursuit of excellence on the road of technological innovation.
     Since its establishment, NetEase Fuxi has always stood at the forefront of technology and is committed to promoting the application of artificial intelligence scientific and technological achievements. It has published more than 200 papers at artificial intelligence conferences, and relevant research results have been applied in multiple physical fields.
     Looking to the future, with the continuous improvement of computing power and further optimization of algorithms, physical simulation will become more realistic and efficient, and be applied in a wider range of fields. NetEase Fuxi will also continue to be committed to the depth and breadth of technology research and development, setting its sights on interdisciplinary integration and innovation, combining cutting-edge theories of artificial intelligence with physical simulation technology, and exploring new paradigms of physical simulation driven by AI. Through continuous Conduct in-depth research and practical exploration to promote artificial intelligence to open up more possibilities and application areas.

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