Prof. Li was profiled by WARF for her invention in developing a deep learning accelerator in the Cloud, supported by the WARF Accelerator Program.
Prof. Li was featured in the article A Rising Research Star in the Madison Magazine (Channel3000).
Advance aims to accelerate AI learning, WiCIL’s research on deep neural network accelerator for AI was featured by College of Engineering, UW-Madison.
Liquid Silicon, computer chips that can be configured to perform complex calculations and store massive amounts of information within the same integrated unit—and communicate efficiently with other chips, was featured by College of Engineering and UW-Madison News. It was also reported by the following media:
- Newegg Business: Is Liquid Silicon the Next Generation of Computer Hardware?
- Digital Trends: Liquid Silicon Chips Cloud Integrate Hardware, Software for Performance Boost
- Yahoo News: Liquid silicon chips could integrate hardware, software for performance boost
- Inside HPC: Liquid Silicon Could Bridge the Gap Between Computation and Storage
- PublicNow: Liquid Silicon: Computer Chips Could Bridge Gap Between Computation And Storage
- Latest Technology: Liquid silicon: Computer chips could overpass opening between mathematics and storage
- STELLACCBLOG: Liquid Silicon: Multi-duty Computer Chips
- EurekAlert!: Liquid silicon: Computer chips could bridge the gap between computation and storage
- Engineering360: Chips Bridge Gap Between Computation and Storage
- Crossroads-The ACM Magazine for Students: Bridging the gap between computation and storage with liquid silicon
- Supercomputing Online: Li’s liquid silicon bridges the gap between computation, storage
- Global News Connect: Liquid Silicon: Computer chips could overpass opening between mathematics and storage
Prof. Li was featured by College of Engineering: Focus on new faculty: Jing Li, championing hardware in a big-data world