PREPRINTS
New preprint: Space AI Infrastructure: Where the Edge Meets the Orbital Cloud.
Communication, Computing and AI
Hi, I’m Zhanwei Wang.
I received my Ph.D. from HKU in 2025 under the supervision of Prof. Kaibin Huang, and my M.Eng. (2021) and B.Eng. (2018) from Xidian University, supervised by Prof. Min Sheng.
I work at the intersection of wireless networks and artificial intelligence—connecting distributed inference, learning, and foundation models from the edge to space networks.
LATEST
2026Latest News
INVITED TALK
Invited to speak on SpaceMoE at the School of Telecommunications Engineering subforum of ICAI 2026, “Frontier Forum on Ubiquitous Intelligent Communication Network Technologies,” at Xidian University’s Hangzhou Research Institute.
PREPRINTS
New work on SpaceDiffusion and space generative AI with solar energy harvesting.
AirMoE explores over-the-air distributed mixture-of-experts inference at the wireless edge.
SpaceMoE: distributed mixture-of-experts inference over space networks.
I joined HKU as a Research Assistant Professor.
RESEARCH LANDSCAPE
Intelligence across connected systems
Select a research direction to explore related work.
01 / SPACE AI
Bringing intelligence into orbit
Distributed foundation-model inference across satellite networks
Space AI Infrastructure: Where the Edge Meets the Orbital Cloud
How should satellite constellations be designed and orchestrated to deliver data-center-scale AI services competitive with their terrestrial counterparts? This work provides a roadmap-oriented answer.
arXiv:2610.16395, 2026.
Explore related work5 papers
PAPERS
Google ScholarPublications
Zhanwei Wang is highlighted · * corresponding author
Publication records updated October 2026.
Patents4
- Data processing method and device. CN120834888A · 2025.
- Method of topology structure description for Walker constellations. CN111953513B · 2022.
- Method of Möbius topology construction for Walker constellations. CN111953512B · 2022.
- Method of data delivery in the LEO satellite networks in terms of service requirements. CN111182583B · 2021.
Research support
HKU Seed Fund for Basic Research
HK$150,000 · Project 2501263973
Task-Oriented Ultra-Low-Latency Edge Intelligence
Guangdong Basic and Applied Basic Research Foundation · RMB 100,000
Collaborative project experience
- NSFC/RGC Collaborative Research Scheme: space–ground collaborative intelligent computing and networking for 6G large-scale constellations (2025–2028).
- Huawei Collaborative Project: Semantic Communication for 6G (2022–2023).
- National Key R&D Project: space–Earth integrated mega-constellation ultra-dense networking (2020–2024).
COMMUNITY
Academic service, teaching & talks
Academic service
Workshop Chair
PIMRC 2025
WS10: Semantic, Task-Oriented, and Generative Communications for Integrated 6G Networks
Session Chair
ICC 2026
WC-04: Federated and Collaborative Edge Intelligence
Technical Program Committees
IEEE ICC 2026, INFOCOM 2026, INFOCOM GenAINet 2026, VTC 2025-Fall, and GLOBECOM Workshops 2025.
Journal & conference reviewing
Communications Engineering (Nature Portfolio), Scientific Reports, IEEE JSAC, IEEE TWC, IEEE TCOM, IEEE ICC, and IEEE GLOBECOM.
Teaching & talks
Teaching Assistant · 2021–2025
ELEC6099
Wireless Communications and Networking
HKU master’s course · Semester 2
Invited talk · September 30, 2026
SpaceMoE
Distributed Mixture-of-Experts Inference over Space Networks
Frontier Forum on Ubiquitous Intelligent Communication Network Technologies (School of Telecommunications Engineering subforum of ICAI 2026) · Xidian University Hangzhou Research Institute
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