Areas of Interest
| Name | Areas of Interest |
| Alberto Blanc | 1. TCP & Game theory 2. Adaptive Delivery of TCP Acknowledgements |
| Michael Roeder | Network Measurement |
| Becky Chen | 1. Inferring application behaviour using network traces for P2P 2. Application-Level Multicast 3. Sharing Information across Congestion Windows |
| Catherine Mills | 1. Grids 2. Adaptive Delivery of TCP Acknowledgments |
| David Tamjidi | 1. Parallel Pipelined Wide Area File Distribution 2. Kernel Support for Network Measurements 3. Adaptive Delivery of TCP Acknowledgements |
| Gabriel Nell | 1. Self-healing WAN services 2. Application-based evaluation of ModelNet 3. Ad-hoc wireless sensor networks |
| Gheni Abla | Application-Level Multicast |
| Jeremy Pollock | 1. Kernel support for networking measurement 2. Self-healing WAN services 3. Adaptive delivery of TCP acknowledgements 4. Ad-hoc networking for wireless sensor networks 5. Open to work in other areas. |
| John Lynn | 1. Application-level multicast 2. Peer to peer networking 3. Kernel support for network measurement |
| Kiran Kalyan | 1. Application-based evalution of Modelnet 2. Sharing info. across congestion windows 3. Ad-hoc networking for wireless sensor networks 4. Adaptive delivery of TCP acknowledgements |
| Matt DeVuyst | 1. Kernel support for network measurement 2. Inferring application behavior using network traces for P2P applications |
| Michael Artamonov | 1. Sharing Information Accross Congestion Windows 2. Scalable Receiver Counting in Multicast Enviornments 3. Application Level Multicast 4. Eval Tradeoffs in Power/Computation/Communication 5. Inferring App behavior using network traces for p2p applications 6. Scalability of Global State protocols in distributed computing, on non-LAN networks. |
| Vinu Somayaji | 1. P2P applications 2. Wireless Networks 3. Content Distribution Networks |
| Yi-Kai Liu | 1. Reliable wide-area network services (using self-replicating code or other mechanisms) 2. Multicast networks 3. Congestion control and quality-of-service |
| Henry Mitchell | 1. Kernel support for network measurement 2. Application-Based Evaluation of ModelNet 3. Continuing a virtual honeyfarm project from CSE221a last quarter |
| Chris Juilfs | 1. Sharing Information across Congestion Windows 2. Adaptive Delivery of TCP Acknowledgments 3. something related to ModelNet |
| Saurabh Panjwani | 1. Something related to cryptography. 2. Self-healing networks 3. Random Distribution versus Direct Placement. |