Wei Tang Awarded NSF Grant “CCSS: Modeling and Learning Space-time Structures for Real-time Environment Perception”![]()
Participants: Wei Tang
EVL affiliated faculty and Computer Science assistant professor Wei Tang has been awarded his first NSF grant entitled “CCSS: Modeling and Learning Space-time Structures for Real-time Environment Perception”. Amount: $240,000 Dates: August 1, 2024-July 31, 2027 Brief abstract: Developing sensing circuits and systems capable of perceiving the physical environment is an essential step toward next-generation cyber-physical systems that leverage computation, communication, and sensing integrated with the physical domain. The recent introduction of a class of artificial intelligence (AI) methods known as deep learning has drastically advanced vision-based environment perception. However, the applicability of these methods is significantly limited by their reliance on vast amounts of 3D annotations for training, which are expensive, unnatural, and often unobtainable. Acquiring 3D annotations necessitates specialized data captured by 3D sensors rather than utilizing abundant and readily available images or videos. Moreover, it requires a controlled environment or compromises with inaccurate subjective labeling. This project aims to address real-time environment perception in a very challenging, largely unexplored, yet highly practical setting, where only 2D annotations are available during training, by modeling and learning rich space-time structures of the environment. The outcomes of this project will significantly impact cyber-physical systems and facilitate a wide range of applications, from robots in manufacturing and personal services to autonomous vehicles that enhance people’s mobility and safety. Furthermore, this project will tightly integrate research and education at the University of Illinois Chicago (UIC), which is a Minority Serving Institution (MSI), through curriculum development, research training for high school, undergraduate, and graduate students, broadening the participation of female and minority students, and community outreach. Date: August 1, 2024 - July 31, 2027 |