| Carnegie Mellon University | ||||||
| Ongoing | Mor Harchol-Balter Alan Scheller-Wolf | Li Zhang | ||||
| Exploring Threshold-based Policies for Load Sharing | ||||||
| Columbia University | ||||||
| Ongoing | Gail Kaiser | Joseph L Hellerstein Sujay Parekh Yixin Diao | ||||
| Application of control theory to autonomic computing - This work focuses on developing a generally deployable testbed for conducting research in the area of feedback control of computing systems. The work is creating an easily deployable testbed for a 3 tier eCommerce system using open source SW (Apache HTTP server, Tomcat, and MySQL) along with samples of control SW. Two conference papers have been published, and one journal paper. The work is part of at least one Columbia PhD thesis. · Adaptive Systems Department | ||||||
| Columbia University | ||||||
| Ongoing | Vishal Misra Dan Rubenstein | Zhen Liu | ||||
| Bandwidth-Sharing Schemes for Multiple Multi-Party Sessions | ||||||
| Columbia University | ||||||
| Ongoing | David Yao | Li Zhang Yingdong Lu Cathy Xia Zhen Liu | ||||
| Threshold-Based Priority Policies for Parallel-Server Systems with Affinity Scheduling | ||||||
| École Normale Supérieure | ||||||
| Ongoing | François Baccelli | Zhen Liu | ||||
| Achieving Reliable and Scalable Multicast via Back-Pressure | ||||||
| Politecnico Di Milano | ||||||
| Ongoing | Danilo Ardagna | Li Zhang | ||||
| SLA based profit optimization in autonomic computing systems | ||||||
| Stanford University | ||||||
| Ongoing | Peter W. Glynn | Peter J. Haas | ||||
| Stability and simulation analysis of discrete-event stochastic systems | ||||||
| UC Berkeley | ||||||
| Ongoing | Rhonda Righter | Cathy Xia Zhen Liu | ||||
| Characterizing Losses During Busy Periods in Finite Buffer Systems | ||||||
| University of Massachusetts, Amherst | ||||||
| Ongoing | Don Towsley | Cathy H. Xia Zhen Liu | ||||
| Optimization problems in sensor networks | ||||||
| University of Massachusetts, Amherst | ||||||
| Ongoing | Jim Kurose | Zhen Liu | ||||
| Call admission control schemes under the generalized processor sharing scheduling discipline | ||||||