Accelerating the Internet

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P4P |

P4P Field Tests

Past Research Projects

P2P Rate Control | menu item 3

COPE: Intradomain TE | menu item 4

Interdomain TE | menu item 5

Multihomed Networks | menu item 6

Adaptive Routing | menu item 7

ArchNet

news

P4PWG formed

A DCIA working group, P4PWG, was formed in June 2007 to conduct large-scale pilot studies on P4P.

P4P success in initial Internet experiments

The tests are a joint work of researchers and technologists from Yale University, Verizon and Pando Networks. The key component in the tests is the P4P algorithm proposed by Haiyong Xie et al. in a recent paper. Xie implemented the algorithm and a prototyped iTracker. The tests also use clients of Pando Networks, and network topology of Verizon[…] --2008/03

Verizon Announced Support for P4P

Large files can be moved over the Internet more quickly and efficiently using a new peer-to-peer (P2P) file transfer system, recent tests over the Verizon network show. The new P2P protocol guides the selection of file sources and network pathways rather than letting the selection happen randomly[…]--2008/03

Bio

LAboratory of Networked Systems (LANS)
Department of Computer Science
Yale University

PhD, Yale University (expected in Dec 2008)
M.Phil., Yale University, May 2006
M.S., Yale University, May 2005
M.E., Chinese Academy of Sciences, July 2000
B.S., Univeristy of Science and Technology of China, July 1997

Contact

Email:	haiyong DOT xie AT yale DOT edu
Office:	51 Prospect St., New Haven, CT. (Map)
Phone:	(203)432-6493
FAX:	(203)432-0593

Research Interests

My area of research is networking with an emphasis on routing and rate control for overlay and P2P networks, and interdomain routing and traffic engineering. I am interested in understanding the current Internet infrastructure, designing and analyzing efficient and robust infrastructure for the current and future networks.

Projects

Here is a partial collection of projects:

P4P
P2P Rate Control
COPE: Robust Intradomain Traffic Engineering
BGP Routing Stability for Interdomain Traffic Engineering
Adaptive Routing: Network-optimal vs. User-optimal
Emergent Architectures for Networking and Communications Systems