≫ Creative Smart-Image Content Production and Research

• Creative Content Production: Leveraging its accumulated international recognition, the program aims to produce innovative film and animation content for submission to major festivals such as the Cannes Film Festival and Annecy International Animation Film Festival

• Advanced Content Creation: Producing content that integrates art and engineering, utilizing technologies such as AR, VR, 3D imaging, and 360-degree omnidirectional cinema

• Smart-Image Content Technologies: Conducting research in core areas of intelligent content—including planning, production, distribution, and service—focused on technologies that adapt content based on user behavior and usage patterns on smart devices

≫ Convergent Research in Smart-Image Content Visual Arts and Technologies

• Next-Generation Imaging Technologies: Research on AR, VR, 3D images, and 360-degree omnidirectional imaging technologies for application in film, animation, and interactive art

• 3D, Immersive, and UHD Content Editing and Processing: Development of technologies including automatic scene detection in high-resolution immersive video, automated color correction and filtering for high-quality video, UHD content archiving and indexing, and scene detection utilizing archived data

• Single and Multi-Image-Based Super Resolution: Techniques for extending the limited dynamic range of digital image sensors to realistically capture high-contrast scenes and for enhancing degraded video quality—such as fog-obscured footage—to improve the accuracy of intelligent surveillance systems

• Video Interpretation, Surveillance, and Tracking: Technologies for separating real and twin images in holograms using statistical approaches without prior information, enhancing deblocking filters in stereo video compression, and developing next-generation pedestrian detection and tracking systems using high-performance GPUs

• Image Signal Processing (ISP): Research on technologies including night-time lane detection to prevent lane departure in low-light driving environments, effective blur reduction for 120 Hz LCD panels, and correction of color distortion arising from data processing across image-sharing systems