03/12/2025
🚀 IWS-6G 2025 @ NSYSU (Kaohsiung) — a 2-day free seminar series on what’s coming next in wireless
If you’ve ever wondered “What will 6G actually look like?” or “How will future networks support AI, IoT, and security?”—this event is made for you.
🗓️ Dec 15–16, 2025 (Mon–Tue)
🌏 Hybrid: Join on-site or online
✅ FREE registration (required)
📍 NSYSU, EC Building, Conference Room EC2002 (Kaohsiung)
🙏 A sincere thank you to Dr. Keshav Singh for the time, energy, and commitment he is putting into organizing this workshop and bringing an international speaker lineup to NSYSU. (Dr. Keshav Singh [Organizer & Workshop Secretariat — Institute of Communications Engineering, NSYSU])
✅ Free registration link: https://forms.gle/euciL7JFqtL164pS9
🗺️ Venue map: https://maps.app.goo.gl/sDDBkb2KnZs1N3v7A
What you’ll get from attending (in plain words)
This isn’t just “future talk.” These topics connect to real things we’ll need soon:
📡 Faster + more reliable wireless for campuses, factories, and crowded places
🌱 Low-power IoT for smart cities, farming, logistics (devices that must last on tiny energy)
🧠 AI in wireless so networks can learn and optimize automatically
🔐 Privacy-friendly AI (Federated Learning) so we can train models without sharing raw data
⚛️ Quantum + wireless — a simple roadmap of what it is and why it matters
And there’s a lab tour with live demos, so you can see real systems—not only slides.
🎙️ Talks you can look forward to (simple + why it matters)
Day 1 — Dec 15 (Mon)
1) Prof. Zhiguo Ding (University of Manchester, UK)
What it’s about: A new type of antenna idea called Pinching-Antenna Systems (PASS)—hardware that can “shape” the wireless link.
Why it matters: It could make wireless links stronger and more reliable, especially for next-generation systems.
2) Prof. Octavia A. Dobre (Memorial University, Canada)
What it’s about: How wireless research is starting to connect with quantum computing—what that means and what’s realistic.
Why it matters: Quantum could change how we solve hard problems in networks, security, and optimization in the future.
3) Prof. Shankar Prakriya (IIT Delhi, India)
What it’s about: Wireless networks where devices have very limited battery/energy (like sensors and machine-type devices).
Why it matters: This is exactly what smart cities and large IoT systems face—battery is the real bottleneck.
4) Prof. Geoffrey Ye Li (Imperial College London, UK)
What it’s about: Federated Learning (training AI without sending raw data) and what happens when wireless channels are imperfect.
Why it matters: If we want private AI at the edge (healthcare, vehicles, IoT), FL must work under real wireless conditions.
Day 2 — Dec 16 (Tue)
5) Prof. Sudhan Majhi (Indian Institute of Science, India)
What it’s about: How AI/ML can help wireless networks—from signal processing to smarter decisions.
Why it matters: Future networks won’t be managed manually; they’ll be AI-assisted and self-optimizing.
6) Prof. Yuanwei Liu (The University of Hong Kong)
What it’s about: PASS again, but focused on how it can move wireless toward “near-wired” performance.
Why it matters: This could enable ultra-high reliability links for XR, industrial control, and dense networks.
7) Prof. Sudip Biswas (IIIT Guwahati, India)
What it’s about: Quantum explained clearly—basics to applications in communication (like quantum security).
Why it matters: Quantum communication is becoming a serious part of the “security future,” and this talk gives you the big picture.
8) CTL Lab Tour + Live Demo (NSYSU) — Prof. Chao-Kai Wen
What it’s about: A tour of NSYSU’s Communication Technology Lab (CTL) with RIS demos and real testbed demonstrations.
Why it matters: Seeing working systems makes everything click—and often sparks collaboration ideas.
👥 Who should join?
Students, researchers, engineers, and curious learners—especially if you’re into wireless, AI, IoT, security, sensing, or future networks.
✅ Register FREE: https://forms.gle/euciL7JFqtL164pS9
📍 Map: https://maps.app.goo.gl/sDDBkb2KnZs1N3v7A
If you have friends in communications/AI/IoT, please tag them or share this post—this is a rare lineup and a great chance to learn. 🙌
