ViAggre: Making Routers Last Longer! (2009)
Hitesh Ballani, Paul Francis, Tuan Cao, Jia Wang
This paper presents ViAggre (Virtual Aggregation), a “configuration-only ” approach to shrinking the routing table on routers. ViAggre applies to legacy routers and can be adopted independently...
PathBinder – text empirics and automatic extraction of biomolecular interactions (2009)
Zhang, Lifeng, Berleant, Daniel, Ding, Jing, Cao, Tuan, Syrkin Wurtele, Eve
Abstract Motivation The increasingly large amount of free, online biological text makes automatic interaction extraction correspondingly attractive. Machine learning is one strategy that works by...
A Dirty-Slate Approach to Routing Scalability (2008)
Ballani, Hitesh, Francis, Paul, Wang, Jia, Cao, Tuan
This paper presents Virtual Aggregation, an architecture that attempts to tackle the Internet routing scalability problem. Our approach does not require any changes to router software and routing...
A Dirty-Slate Approach to Routing Scalability (2008)
Ballani, Hitesh, Francis, Paul, Wang, Jia, Cao, Tuan
This paper presents Virtual Aggregation, an architecture that attempts to tackle the Internet routing scalability problem. Our approach does not require any changes to router software and routing...
Virtual Aggregation: A Configuration-only approach to Reducing FIB Size (2008)
Francis, Paul, Ballani, Hitesh, Cao, Tuan
This report describes how an ISP can reduce its FIB size, and in so doing delay the time at which the ISP must upgrade its routers. The approach, called Virtual Aggregation (VA) works with existing...
Virtual Aggregation: A Configuration-only approach to Reducing FIB Size (2008)
Francis, Paul, Ballani, Hitesh, Cao, Tuan
This report describes how an ISP can reduce its FIB size, and in so doing delay the time at which the ISP must upgrade its routers. The approach, called Virtual Aggregation (VA) works with existing...