1. Research in Networking (NSF Workshop Report)
Cs5090: Advanced Computer Networks, fall 2004
Michigan Tech University
Byung Choi

2. New Applications and Paradigms
Ubiquitous Tele-Presence
Sensing Everywhere
Response and Disaster Recovery Networks

3. Grand Challenges Network Information Theory for Wireless Networks
Overlay Networks
Resilient Networking
Providing Market Incentives (The Economics of Networking)
Sensorized Universe
Virtual Networks

4. Successful Cases of Networking Research
Multiple Access
FDMA, TDMA, CDMA
QoS (Quality of Service)
Delay, Jitter, Loss
Optical Networks
Ultimate Bandwidth?
Congestion Control
Dynamic demand and fixed supply

5. Research Cycle? Does it work? (functionality)
How well does it work? (performance)
Does it scale? (scalability)
Is it compatible with upcoming new services? (evolve-ability)
Is it secure? (security)
Is it resilient? (dependability)

6. Biggest Lesson!
Visionary Applications, the real driving force of networking research!

7. The Science of Scientific Writing
Does the experiments prove the hypotheses?
Introduction
Related Work
Model/Assumptions/etc
New solution (algorithm, methodology, etc)
Evaluation (analytical, simulation-based, implementation-based, survey, etc..)
Conclusions/future work

8. The Science of Scientific Writing
Understand what the reader needs.
Making a single sentence mean one and only one thing!
Hard to read? Drop it!