INHA University has recently kicked off its innovative CGXR@INHA program, aimed at spearheading research and education in cutting-edge technologies. Under the leadership of Professor Kim Jong-hyun from the Department of Software Convergence, the program has already gained significant attention by participating in the prestigious Korea Computer Information Academy conference.
During this event, two students from the CGXR@INHA team, Kwon Yu-bin and Park Do-hee, showcased their remarkable research, earning them the coveted Best Paper Award. Kwon's paper, titled 'Adaptive and Efficient Surface Reconstruction Technique Using Particle-Based Extended Marching Cubes Optimization,' impressively details how surface tracking algorithms can significantly improve the efficiency of particle-based fluid simulations. She proposed methods to increase surface accuracy and reduce the required number of triangles for visualization by up to 75%.
Meanwhile, Park's award-winning research focused on nonlinear movements for hair simulations, encapsulated in her paper titled 'Graft Path Merging and Splitting for Nonlinear Motion Representation of Hair Simulation.' Her work introduces advanced techniques for efficiently controlling hair simulations, demonstrating the potential for rapid deformation of materials like hair and fur commonly used in digital humans.
The CGXR@INHA team presented eight papers, covering diverse topics from artificial intelligence and virtual reality interfaces to human-computer interaction. This depth of research showcases the team’s breadth of expertise and dedication to pushing the boundaries of technology.
Reflecting on her accolades, Kwon expressed, "I feel proud as my efforts along with the guidance of my professor have borne fruit, and I want to continually study this field to understand various technologies." Similarly, Park remarked, "I am happy as the efforts during the research period led to good results, and this award has motivated me to continue studying and researching." Their enthusiasm highlights the dynamic learning environment promoted by the program.
Professor Kim Jong-hyun emphasized the program’s role within the broader educational framework, stating, "The CGXR@INHA society allows for quick acquisition and research of cutting-edge technologies based on digital twins. We strive for meaningful outcomes alongside our students." This affirmation reinforces the program's mission to integrate advanced technologies swiftly and effectively.
Currently, Professor Kim is also engaged with the AI Convergence Innovation Talent Development project, committing to research on digital twins, which has become increasingly relevant across multiple industries. The CGXR@INHA initiative is poised to contribute significantly to the research capabilities of INHA University and the field of digital technology as a whole.
With its focused approach on practical applications and innovative research avenues, the CGXR@INHA program not only sets the groundwork for future advancements but also motivates students to explore the vast possibilities within the intersection of technology and design.