Dr. Leo
Embracing the Future of AGI!
About Me
I'm Leo, an AI infrastructure architect focused on pushing the limits of modern hardware scalability—bridging GPUs, interconnects, and distributed systems to unlock their full potential. I benchmark state-of-the-art scale-up and scale-out networking, and build platforms and tools that hide AI infrastructure complexity for real-world production use.
Projects
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Super Kernel:
a next-generation Jupyter kernel that unifies scale-up and scale-out networking, enabling seamless
execution of notebook cells across large GPU clusters.
Outcome: make distributed execution feel like a local notebook.
Brief (Markdown)
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nf-iac: an Infrastructure-as-Code executor for Nextflow that provisions per-task ephemeral
compute via Terraform for transparent, predictable, cloud-native execution.
Outcome: infrastructure lifecycle is bound to the workflow for auditability and cost control.
Brief (Markdown)
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Jupyter Kernel Agent: a lightweight kernel agent that forwards notebook cells to any HTTP
endpoint—easy to connect notebooks to clusters or cloud backends.
Outcome: run code remotely with a simple, debuggable execution path.
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Jupyter Remote Kernel: a CLI tool for launching and managing remote Jupyter kernels over
SSH port forwarding, with robust sync and recovery.
Outcome: reliable local↔remote workflows without exposing ports publicly.
Books (coming soon)
- Beyond Algorithms — Explores the structural and philosophical foundations of intelligence through AI, networks, and quantum theory.
- Behind Algorithms — A technical and historical tour from CUDA cores to fabric-native GPU clusters.
- Between Algorithms — Reflects on how AI infrastructure reshapes society, cognition, and our understanding of life.
Profile
Education
- Ph.D., University of Wisconsin - Madison
- B.S., University of Science and Technology of China
Professional Affiliations
- Voting member, Linux Foundation Edge and Akraino Project (2022, 2023)
- Vice Director, Film Advanced Technology Committee, CSMPTE (2018)
- Industry Professor, Jiangnan University (2017–2021)
Selected Patents
View full list (21)
| No. | Patent ID | Title |
|---|---|---|
| 21 | US20120290696 | Longest Prefix Matching of Variable-Sized Hierarchical Names by Treelets |
| 20 | CN20150605 | File Transfer Based on Named Data Networking Caching Algorithm |
| 19 | CN119179440A | Distributed Storage Based on Centralized Metadata |
| 18 | CN119336686A | Expanding Base Address Register Space in PCIe Devices |
| 17 | CN114827151A | Heterogenous Clustered Devices via PCIe CXL and UCIe |
| 16 | CN114745325A | MAC in MAC Network Encoding via PCIe, CXL, UCIe |
| 15 | CN110891081A | Packet Routing and Broadcasting Method |
| 14 | CN20150605CN | Vehicular Networking with Content-Centric Networking |
| 13 | CN111027396A | Assisted Driving System and Cloud Server |
| 12 | CN110929087A | Audio Classification Method and Device |
| 11 | CN106708749A | Fast Searching Based on Fractional Algorithms |
| 10 | CN109688204A | File Download Using Named Data Networking |
| 9 | CN109448684A | Intelligent Music Composition |
| 8 | CN111209098A | Intelligent Rendering Scheduling System |
| 7 | CN110955515A | File Processing for Electronic Devices |
| 6 | CN111178151A | Micro-Expression Recognition Based on AI |
| 5 | CN106095996B | Text and Content Classification System |
| 4 | CN110944034A | Web-Based Resumable Transmission Protocol |
| 3 | CN111125045A | Lightweight ETL Processing Platform |
| 2 | 2017211770803 | Portable Accelerated Mobile Video Transmission |
| 1 | CN107819704A | Scalable Wireless Media App for Edge Computing |
Contact
Feel free to connect via info@leoustc.com or on GitHub.