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The robust autonomic systems group examines techniques useful for constructing scalable, high-performance, autonomic, and secure online systems.
Current projects
- Fern: Scalable and timely dissemination of authorization information suitable for untrusted P2P
- WRife: An epidemic protocol for data collection in medical contexts with strong privacy properties.
- VPAF: A flexible framework for validating and monitoring prolonged authorization relationships
- Doubt: Trust management in a context where we really don't trust anybody completely.
- [Puente-C]: Synthesizing protocol engines from validatable specifications.
- [Toothless]: Self-(re)configuring, highly available, and fault-tolerant infrastructure-level cache
- ReCoN: The reconfigurable networks lab.
Our group is also responsible for ReCoN, the Reconfigurable Networking Lab. Its Labyrinth effort uses virtualization to enable network courses to simulate many networked systems within a single workstation.
Faculty
| Computer Science | Electrical Engineering |
|---|---|
| Eric Freudenthal | Virgilio Gonzalez |
| Luc Longpré |
Current Graduate Students
| Somdev Chatterjee | Bivas Das (web) | Avranil Tah |
| [Thomas Mikelson] | Pietro Niccoli | Ali Jalal-Kamali |
Current Undergraduate Students
| Manuel Corona |
Former Students
| Brian Carter (B.S. 2008) | [Arthur Walton] (B.S. 2009) |
| [Samson Dev] (M.S. 2008) | [Sal Licon] (M.S. 2007) |
| [Vitus Lorenz-Meyer] (M.S. 2007) | [Ryan Spring] (T.U. Dresden) |
| [Christian Servin] (M.S. 2009) |
Location
Computer Science Building - Room 320
University of Texas at El Paso
El Paso, TX 79968
To learn more about Robust
Send email to Eric Freudenthal
