| Tuesday, June 25, 2002 |
| 10:30 AM - 12:00 PM |
Track 1:
Beekman Parlor |
Congestion &
Admission Control I
Anurag Kumar (Indian Institute of Science) |
|
- Simple
models of network access, with applications to the design of
joint rate and admission control
- Michel Mandjes (CWI), Werner Scheinhardt (University of
Twente), Debasis Mitra (Bell Labs, Lucent Technologies)
|
|
- A
Robust Active Queue Management Algorithm Based on Sliding Mode
Variable Structure Control
- F.Y. Ren (Tsinghua University), X.H. Yin (Tsinghua
University), Y. Ren (Tsinghua University), F.B. Wang
(Northwestern Polytechnical University)
|
|
- Self-Verifying
CSFQ
- Ion Stoica (University Of California, Berkeley), Hui Zhang
(Carnegie Mellon University), Scott Shenker (ACIRI)
|
|
- Improving
the Performance of Interactive TCP Applications using Service
Differentiation
- Wael Noureddine (Stanford University), Fouad Tobagi
(Stanford University)
|
|
Tracks 2-4:
Sutton Parlor |
Panel: Securing Wireless
and Mobile Networks - Is It Possible?
Moderator: Will Ivancic (NASA
Glenn Research Center)
Panelists:
David Wagner (Berkeley)
Avi Rubin (AT&T)
Paul Ratazzi (AFRL/IFGC Rome Labs)
James Sterbenz (BBN Technologies) |
|
Track 5:
Regent Parlor |
Optical Networking -
Management & Routing
S. Prasanna (Bell Labs, Lucent Technologies) |
|
- An
Analytical Framework for Performance Comparison of Bandwidth
Reservation Schemes in WDM Ring
- James Cai (Nortel Networks), Andrea Fumagalli (UTD)
|
|
- Virtual-Topology
Adaptation for WDM Mesh Networks Under Dynamic Traffic
- Aysegul Gencata (University of California, Davis), Biswanath
Mukherjee (University of California, Davis)
|
|
- Off-line
Configuration of a MPLS over WDM Network under Time-Varying
Offered Traffic
- Stefano Salsano (University of Rome "Tor
Vergata"), Fabio Ricciato (University of Rome "La
Sapienza"), Marco Listanti (University of Rome "La
Sapienza"), Angelo Belmonte (University of Rome "La
Sapienza")
|
|
- Performance
Analysis of Deflection Routing in Optical Burst-Switched
Networks
- Ching-Fang Hsu (National Tsing Hua University), Te-Lung Liu
(National Tsing Hua University), Nen-Fu Huang (National Tsing
Hua University)
|
| 1:30 PM - 3:00 PM |
Track 1:
Beekman Parlor |
Scheduling I
Hanoch Levy (Tel-Aviv University) |
|
- GPS
Queues with Heterogeneous Traffic Classes
- Sem Borst (Bell Laboratories, Lucent Technologies), Michel
Mandjes (Bell Labs, Lucent Technologies), Miranda van Uitert
(CWI)
|
|
- Packet
Scale Rate Guarantee for non-FIFO Nodes
- Jean-Yves Le Boudec (EPFL), Anna Charny (Cisco Systems)
|
|
- On-line
Admission Control and Packet Scheduling with Interleaving
- Juan Garay (Bell Labs, Lucent Technologies), Joseph (Seffi)
Naor (Technion), Bulent Yener (Bell Laboratories, Lucent
Technologies), Peng Zhao (EPFL)
|
|
- Scheduling
Processing Resources in Programmable Routers
- Prashanth Pappu (Washington University in St. Louis), Tilman
Wolf (Washington University in St. Louis)
|
|
Track 2:
Sutton Parlor North |
Connection Restoration
& Robustness
Rajeev Rastogi (Bell Labs, Lucent Technologies) |
|
- Routing
Restorable Bandwidth Guaranteed Connections using Maximum
2-Route Flows
- Koushik Kar (University of Maryland at College Park),
Muralidharan Kodialam (Bell Laboratories, Lucent
Technologies), T. V. Lakshman (Bell Labs, Lucent Technologies)
|
|
- Beyond
Routing: An Algebraic Approach to Network Coding
- Muriel Medard (MIT), Ralf Koetter (University of Illinois
Urbana-Champaign)
|
|
- Restoration
Algorithms for Virtual Private Networks in the Hose Model
- Giuseppe Italiano (University of Rome), Rajeev Rastogi (Bell
Laboratories, Lucent Technologies), Bulent Yener (Bell Labs,
Lucent Technologies)
|
|
- Efficient
Distributed Path Selection for Shared Restoration Connections
- Guangzhi Li (AT&T Labs - Research), Dongmei Wang
(AT&T Labs - Research), Charles Kalmanek (AT&T Labs -
Research), Robert Doverspike (AT&T Labs - Research)
|
|
Track 3:
Sutton Parlor Center |
Network Measurements
Arun Iyengar (IBM T.J. Watson Research Center) |
|
- Assessment
of VoIP quality over Internet Backbones
- Athina Markopoulou (Stanford University), Fouad Tobagi
(Stanford University), Mansour Karam (RouteScience
Technologies Inc.)
|
|
- Clock
Synchronization Algorithms for Network Measurements
- Li Zhang (IBM T.J. Watson Research Center), Zhen Liu (IBM
T.J. Watson Research Center), Cathy Xia (IBM T.J. Watson
Research Center)
|
|
- Predicting
Internet Network Distance with Coordinates-Based Approaches
- T.S. Eugene Ng (Carnegie Mellon University), Hui Zhang
(Carnegie Mellon University)
|
|
- Predicting
TCP Throughput From Non-invasive Network Sampling
- Mukul Goyal (Ohio State University), Roch Guerin (University
of Pennsylvania), Raju Rajan (Ipsum Networks)
|
|
Track 4:
Sutton Parlor South |
Energy Efficiency in
Wireless Networks I
Eytan Modiano (MIT) |
|
- Energy-Limited
Wireless Networking with Directional Antennas: The Case of
Session-Based Multicasting
- Jeffrey E. Wieselthier (Naval Research Laboratory), Gam
Nguyen (Naval Research Laboratory), Anthony Ephremides
(University of Maryland at College Park)
|
|
- Power-Saving
Protocols for IEEE 802.11-Based Multi-Hop Ad Hoc Networks
- Yu-Chee Tseng (National Chiao-Tung University), Chih-Shun
Hsu (National Central University), Ten-Yueng Hsieh (National
Chiao Tung University)
|
|
- Energy
Efficiency and Throughput for TCP Traffic in Multi-Hop
Wireless Networks
- Imran Ali (IBM India Research Laboratory), Rajeev Gupta (IBM
India Research Laboratory), Sorav Bansal (IBM India Research
Laboratory), Archan Misra (IBM T J Watson Research Center),
Ashu Razdan (IBM India Research Laboratory), Rajeev Shorey
(IBM India Research Laboratory)
|
|
- Energy
Efficient Communications in Ad Hoc Networks Using Directional
Antennas
- Akis Spyropoulos (University of Southern California),
Cauligi Raghavendra (University of Southern California)
|
|
Track 5:
Regent Parlor |
TCP Performance
Steven Low (California Institute of Technology) |
|
- A.I.M.D.,
Fairness and Fractal Scaling of TCP Traffic
- Francois Baccelli (INRIA-ENS), Dohy Hong (INRIA-ENS)
|
|
- Dynamics
of TCP/RED and a Scalable Control
- Steven Low (California Institute of Technology), Fernando
Paganini (UCLA), Jiantao Wang (Caltech), Sachin Adlakha
(University of California, Los Angeles), John Doyle
(California Institute of Technology)
|
|
- Nonlinear
Instabilities in TCP-RED
- Eyad Abed (Institue For Systems Research and University of
Maryland, College Park), Priya Ranjan (Institute of Systems
Research and University of Maryland, College Park)
|
|
- Exact
sampling of TCP Window States
- Ashish Goel (University of Southern California), Michael
Mitzenmacher (Harvard University)
|
| 3:30 PM - 5:00 PM |
Track 1:
Beekman Parlor |
Network Pricing
Kihong Park (Purdue University) |
|
- Priority
Service and Max-Min Fairness
- Peter Marbach (University of Toronto)
|
|
- Differential
Join Prices for Parallel Queues: Social Optimality, Dynamic
Pricing Algorithms and Application to Internet Pricing
- Parijat Dube (INRIA), Vivek Borkar (Tata Institute of
Fundamental Research), D. Manjunath (Indian Institute of
Technology)
|
|
- How
to market-manage a QoS network
- Jِrn Altmann (Hewlett-Packard Labs), Huw Oliver
(Hewlett-Packard Labs), Hans Daanen (Hewlett-Packard Labs),
Alfonso Sanchez-Beato Suarez (Hewlett-Packard Labs)
|
|
- Revenue-maximizing
pricing and capacity expansion in a many-users regime
- Tamer Basar (University of Illinois at Urbana-Champaign), R.
Srikant (University of Illinois at Urbana-Champaign)
|
|
Track 2:
Sutton Parlor North |
Network Management &
Control
Danny Raz (Technion) |
|
- Distributed
Partial Information Management (DPIM) Schemes for Survivable
Networks - Part I
- Chunming Qiao (State University of New York at Buffalo),
Dahai Xu (State University of New York at Buffalo)
|
|
- Travelling
Miser Problem
- Yuval Shavitt (Tel Aviv University), David Breitgand (The
Hebrew University of Jerusalem), Danny Raz (Technion)
|
|
- Increasing
robustness of fault localization through analysis of lost,
spurious, and positive symptoms
- Malgorzata Steinder (University of Delaware), Adarshpal
Sethi (University of Delaware)
|
|
- KNITS:
Switch-based Connection Hand-off
- Eric Van Hensbergen (IBM), Athanasios Papathanasiou
(University of Rochester)
|
|
Track 3:
Sutton Parlor Center |
Switches & Switching
Eric Grosse (Lucent) |
|
- Guaranteed
Scheduling for Switches with Configuration Overhead
- Brian Towles (Stanford University), William J. Dally
(Stanford University)
|
|
- A
Distributed Switch Architecture with Dynamic Load-balancing
and Parallel Input-Queued Crossbars for Terabit Switch Fabrics
- Walter Wang (Mindspeed Technologies), Libin Dong (Mindspeed
Technologies), Wayne Wolf (Princeton University)
|
|
- Design
of Wavelength Converting Switches for Optical Burst Switching
- Jeyashankher Ramamirtham (Washington University in St.
Louis), Jonathan Turner (Washington University in St. Louis)
|
|
- Ultrafast
Photonic Label Switch for Asynchronous Packets of Variable
Length
- Masayuki Murata (Osaka University), Ken'ichi Kitayama (Osaka
University)
|
|
Track 4:
Sutton Parlor South |
3rd Generation CDMA
Networks
Martin Reisslein (Arizona State University) |
|
- Spatial
Averages of Downlink Coverage Characteristics in CDMA Networks
- Francois Baccelli (INRIA-ENS), Bartlomiej Blaszczyszyn
(ENS-INRIA), Florent Tournois (ENS)
|
|
- Bursty
Data Over CDMA: MAI Self Similarity, Rate Control and
Admission Control
- Junshan Zhang (Arizona State University), Ming Hu (Arizona
State University), Ness Shroff (Purdue University)
|
|
- Optimal
MAC State Switching for cdma2000 Networks
- Mainak Chatterjee (University of Texas at Arlington), Sajal
Das (University of Texas at Arlington)
|
|
- The
Quantitative Analysis of TCP Congestion Control Algorithm in
Third-Generation Cellular Networks Based on FSMC Loss Model
and its Performance Enhancement
- Fei Hu (Clarkson University), Neeraj Sharma (Clarkson
University)
|
|
Track 5:
Regent Parlor |
Network Modeling
Victor Firoiu (Nortel Networks) |
|
- TCP
Network Calculus: The case of large delay-bandwidth product
- Eitan Altman (INRIA), Konstantin Avrachenkov (INRIA Sophia
Antipolis), Chadi Barakat (EPFL)
|
|
- Packet
Scheduling with Fragmentation
- Nir Naaman (Technion), Raphael Rom (Technion)
|
|
- How
Harmful the Paradox Can Be in the Braess/Cohen-Kelly-Jeffries
Networks
- Hisao Kameda (University of Tsukuba)
|
|
- A
Unified Framework for Understanding Network Traffic Using
Independent Wavelet Models
- Xusheng Tian (Rensselaer Polytechnic Institute), Jie Wu
(Rensselaer Polytechnic Institute), Chuanyi Ji (Georgia
Institute of Technology)
|
| Wednesday, June 26, 2002 |
| 8:30 AM - 10:00 AM |
Track 1:
Beekman Parlor |
QoS & Scheduling in
Wireless Networks
Andreas Pitsillides (University of Cyprus) |
|
- SWAN:
Service Differentiation in Stateless Wireless Ad Hoc Networks
- Ahn Gahng-Seop (Columbia University), Li-Hsiang Sun
(Columbia University), Andras Veres (Ericsson Research),
Andrew T. Campbell (Columbia University)
|
|
- Transmission
schemes for time-varying wireless channels with partial state
observations
- Danlu Zhang (U. Michigan), Kimberly Wasserman (University of
Michigan)
|
|
- QoS
and Fairness Constrained Convex Optimization of Resource
Allocation for Wireless Cellular and Ad Hoc Networks
- David Julian (Stanford University), Mung Chiang (Stanford
University), Daniel O'Neill (Stanford University), Stephen
Boyd (Stanford University)
|
|
- Base
station scheduling of requests with fixed deadlines
- Mohit Agarwal (University of California at Berkeley), Anuj
Puri (University of California at Berkeley)
|
|
Track 2:
Sutton Parlor North |
Congestion &
Admission Control II
Alaa Youssef (IBM T.J. Watson Research Center) |
|
- How
Good are Deterministic Fluid Models of Internet Congestion
Control?
- Sanjay Shakkottai (University of Illinois at
Urbana-Champaign), R. Srikant (University of Illinois at
Urbana-Champaign)
|
|
- Application-aware
Admission Control and Scheduling in Web Servers
- Jakob Carlstrِm (Xelerated), Raphael Rom (Technion)
|
|
- Session-Based
Overload Control in QoS-Aware Web Servers
- Huamin Chen (University of California, Davis), Prasant
Mohapatra (University of California, Davis)
|
|
- Increase-Decrease
Congestion Control for Real-time Streaming: Scalability
- Dmitri Loguinov (City University of New York), Hayder Radha
(Michigan State University)
|
|
Track 3:
Sutton Parlor Center |
Router Architectures
Constantinos Dovrolis (University of Delaware) |
|
- Analysis
of Measured Single-Hop Delay from an Operational Backbone
Network
- Konstantina Papagiannaki (UCL, Sprint ATL), Sue Moon
(Sprint), Chuck Fraleigh (Stanford University), Patrick Thiran
(EPFL), Fouad Tobagi (Stanford University), Christophe Diot
(Sprint ATL)
|
|
- Adaptive
Load Sharing for Network Processors
- Lukas Kencl (IBM Zurich Research Laboratory), Jean-Yves Le
Boudec (EPFL)
|
|
- Efficient
Hardware Architecture for Fast IP Address Lookup
- Derek Pao (City University of Hong Kong), Angus Wu (City
University of Hong Kong), Cutson Liu (City University of Hong
Kong), Kwan Yeung (University of Hong Kong), K. S. Chan
(University of Hong Kong)
|
|
- Scalable
IP Lookup for Programmable Routers
- David Taylor (Washington University in St. Louis), John
Lockwood (Washington University in St. Louis), Todd Sproull
(Washington University in St. Louis), Jonathan Turner
(Washington University in St. Louis), David Parlour (Xilinx,
Inc.)
|
|
Track 4:
Sutton Parlor South |
802.11 and/vs Bluetooth
Zhimei Jiang (AT&T Labs - Research) |
|
- Optimizing
the Topology of Bluetooth Wireless Personal Area Networks
- Marco Ajmone Marsan (Politecnico di Torino), Carla-Fabiana
Chiasserini (Politecnico di Torino), Antonio Nucci
(Politecnico di Torino), Giuliana Carello (Politecnico di
Torino), Luigi De Giovanni (Politecnico di Torino)
|
|
- Energy-Efficient
PCF Operation of IEEE 802.11a Wireless LAN
- Daji Qiao (University of Michigan), Sunghyun Choi (Philips
Research-USA), Amjad Soomro (Philips Research-USA), Kang G.
Shin (University of Michigan)
|
|
- Coexistence
Mechanisms for Interference Mitigation between IEEE 802.11
WLANs and Bluetooth
- Carla-Fabiana Chiasserini (Politecnico di Torino), Ramesh
Rao (University of California at San Diego)
|
|
- Performance
of Reliable Transport Protocol over IEEE 802.11 Wireless LAN:
Analysis and Enhancement
- Haitao Wu (Beijing University of Posts &
Telecommunications), Yong Peng (Beijing University of Posts
& Telecommunications), Keping Long (Beijing University of
Posts & Telecommunications), Shiduan Cheng (Beijing
University of Posts & Telecommunications), Jian Ma (Nokia
China R&D Center)
|
|
Track 5:
Regent Parlor |
Network Topology
Ken Calvert (University of Kentucky) |
|
- The
Origin of Power-Laws in Internet Topologies Revisited
- Qian Chen (University of Michigan), Hyunseok Chang
(University of Michigan), Ramesh Govindan (USC/Information
Sciences Institute), Sugih Jamin (University of Michigan),
Scott Shenker (ACIRI), Walter Willinger (AT&T Labs -
Research)
|
|
- Characterizing
the Internet Hierarchy from Multiple Vantage Points
- Lakshminarayanan Subramanian (University of California,
Berkeley), Sharad Agarwal (University of California,
Berkeley), Jennifer Rexford (AT&T Labs - Research), Randy
Katz (University of California at Berkeley)
|
|
- Inference
and Labeling of Metric-Induced Network Topologies
- Azer Bestavros (Boston University), John Byers (Boston
University), Khaled Harfoush (Boston University)
|
|
- On
Distinguishing between Internet Power Law Topology Generators
- Tian Bu (University of Massachusetts at Amherst), Don
Towsley (University of Massachusetts at Amherst)
|
| 10:30 AM - 12:00 PM |
Track 1:
Beekman Parlor |
Resource Allocation
Zhen Liu (IBM T.J. Watson Research Center) |
|
- Optimal
Energy Allocation and Admission Control for Communications
Satellites
- Alvin Fu (Massachusetts Institute of Technology), Eytan
Modiano (MIT), John Tsitsiklis (Massachusetts Institute of
Technology)
|
|
- Size-based
Adaptive Bandwidth Allocation: Optimizing the Average QoS for
Elastic Flows
- Shanchieh Jay Yang (University of Texas at Austin), Gustavo
de Veciana (University of Texas at Austin)
|
|
- A
Bandwidth Sharing Theory for a Large Number of HTTP-like
Connections
- Cheng-Shang Chang (National Tsing Hua University), Zhen Liu
(IBM T.J. Watson Research Center)
|
|
- Analysis
of Combined Adaptive Bandwidth Allocation and Admission
Control in Wireless Networks
- Chun-Ting Chou (University of Michigan), Kang G Shin
(University of Michigan)
|
|
Track 2:
Sutton Parlor North |
QoS Routing
Luigi Fratta (Politecnico di Milano) |
|
- A
Scalable Approach to the Partition of QoS Requirements in
Unicast and Multicast
- Ariel Orda (Technion), Alexander Sprintson (Technion)
|
|
- A
New Preemption Policy for DiffServ-Aware Traffic Engineering
to Minimize Rerouting
- Jaudelice C. de Oliveira (Georgia Institute of Technology),
Caterina Scoglio (Georgia Institute of Technology), Ian
Akyildiz (Georgia Institute of Technology), George Uhl
(Goddard Space Flight Center, NASA)
|
|
- Hop-by-Hop
Routing Algorithms For Premium-class Traffic in DiffServ
Networks
- Jun Wang (University of Illinois at Urbana-Champaign), Klara
Nahrstedt (University of Illinois at Urbana-Champaign)
|
|
- A
New Class of QoS Routing Strategies Based on Network Graph
Reduction
- Claudio Casetti (Politecnico di Torino), Renato Lo Cigno
(Politecnico di Torino), Marco Mellia (Politecnico di Torino),
Maurizio Munafo` (Politecnico di Torino), Zolta'n Zso'ka
(Technical University of Budapest)
|
|
Track 3:
Sutton Parlor Center |
Multimedia
Gunnar Karlsson (Royal Institute of Technology (KTH)) |
|
- End-to-End
Internet Video Traffic Dynamics: Statistical Study and
Analysis
- Dmitri Loguinov (City University of New York), Hayder Radha
(Michigan State University)
|
|
- Video
Multicast in (Large) Local Area Networks
- Sergio Servetto (Cornell University), Rohit Puri (University
of California at Berkeley), Jean-Paul Wagner (Swiss Federal
Institute of Technology), Pierre Scholtes (Swiss Federal
Institute of Technology), Martin Vetterli (Swiss Federal
Institute of Technology)
|
|
- An
Unequal Error Protection Method for Packet Loss Resilient 3-D
Mesh Transmission
- Ghassan Al-Regib (Georgia Institute of Technology), Yucel
Altunbasak (Georgia Institute of Technology)
|
|
- Channel
Sharing by Rate Adaptive Streaming Applications
- Leonidas Georgiadis (Aristotle University of Thessaloniki),
, Nikos Argiriou (Aristotle University of Thessaloniki)
|
|
Track 4:
Sutton Parlor South |
Scheduling &
Streaming in Ad Hoc Networks
Shivendra Panwar (Polytechnic University) |
|
- Maxmin
fair scheduling in wireless networks
- Leandros Tassiulas (University of Maryland at College Park),
Saswati Sarkar (University of Pennsylvania)
|
|
- A
Novel Mechanism for Data Streaming Across Multiple IP Links
for Improving Throughput and Reliability in Mobile
Environments
- Dhananjay Phatak (CSEE Dept. Univ of Maryland Baltimore
County (UMBC)), Tom Goff (UMBC)
|
|
- Bluetooth
Scatternets: An Enhanced Adaptive Scheduling Scheme
- Simon Baatz (University of Bonn), Matthias Frank (University
of Bonn), Carmen Kühl (Nokia Mobile Phones
Produktionsgesellschaft mbH), Peter Martini (University of
Bonn), Christoph Scholz (University of Bonn)
|
|
- Efficient
periodic scheduling by trees
- Amotz Bar-Noy (AT&T Labs - Research), Boaz Patt-Shamir
(Tel-Aviv University), Vladimir Dreizin (Tel Aviv University)
|
|
Track 5:
Regent Parlor |
Optical Networking -
Provisioning & Restoration
Jose Brustoloni (Bell Labs, Lucent Technologies) |
|
- Stochastic
Approaches to Route Shared Mesh Restored Lightpaths in Optical
Mesh Networks
- Eric Bouillet (Tellium Inc.), Jean-Francois Labourdette
(Tellium), George Ellinas (Tellium Inc.), Ramu Ramamurthy
(Tellium), Sid Chaudhuri (Tellium)
|
|
- On
double-link failure recovery in WDM optical networks
- Hongsik Choi (George Washington University), Suresh
Subramaniam (The George Washington University), Hyeong-Ah Choi
(The George Washington University)
|
|
- Capacity
Design of Fast Path Restorable Optical Networks
- T. V. Lakshman (Bell Labs, Lucent Technologies)
|
|
- Constraint-based
path selection methods for on-demand provisioning in WDM
networks
- Admela Jukan (Vienna University of Technology), Gerald
Franzl (Vienna University of Technology)
|
| 1:30 PM - 3:00 PM |
Track 1:
Beekman Parlor |
DiffServ & SLA's
Dinesh Verma (IBM T.J. Watson Research Center) |
|
- Providing
Throughput Differentiation for TCP Flows Using Adaptive
TwoColor Marking and Multi-Level AQM
- Yossi Chait (University of Massachusetts at Amherst), C. V.
Hollot (University of Massachusetts at Amherst), Vishal Misra
(Columbia University), Don Towsley (University of
Massachusetts at Amherst), Honggang Zhang (University of
Massachusetts at Amherst), John Lui (Chinese University of
Hong Kong)
|
|
- Equation-Based
Packet Marking for Assured Forwarding Services
- Mohamed El-Gendy (University of Michigan), Kang G. Shin
(University of Michigan)
|
|
- On
Service Level Agreements for IP Networks
- Jim Martin (Gartner Consulting), Arne Nilsson (North
Carolina State University)
|
|
- A
Quantitative Assured Forwarding Service
- Nicolas Christin (University of Virginia), Jorg Liebeherr
(University of Virginia), Tarek Abdelzaher (University of
Virginia)
|
|
Track 2:
Sutton Parlor North |
Internet Protocols
Lixia Zhang (University of California at Los Angeles) |
|
- Optimal
Configuration of OSPF Aggregates
- Rajeev Rastogi (Bell Labs, Lucent Technologies), Yuri
Breitbart (Bell Laboratories, Lucent Technologies), Minos
Garofalakis (Bell Laboratories, Lucent Technologies), Amit
Kumar (Cornell University)
|
|
- Avoiding
Instability during Graceful Shutdown of OSPF
- Aman Shaikh (University of California, Santa Cruz), Rohit
Dube (Xebeo Communications, Inc.), Anujan Varma (University of
California at Santa Cruz)
|
|
- Real-time
Model and Convergence Time of BGP
- Davor Obradovic (University of Pennsylvania)
|
|
- Improving
BGP Convergence Through Consistency Assertions
- Dan Pei (University of California at Los Angeles), Xiaoliang
Zhao (North Carolina State University), Lan Wang (University
of California at Los Angeles), Daniel Massey (University of
Southern California Information Sciences Institute), Allison
Mankin (USC/ISI), S. Felix Wu (University of California at
Davis), Lixia Zhang (University of California at Los Angeles)
|
|
Track 3:
Sutton Parlor Center |
Network Information
Distribution
Katherine Guo (Bell Labs, Lucent Technologies) |
|
- Intelligent
Shaping: Well Shaped throughout the entire Network ?
- Dirk Abendroth (Technical University Hamburg-Harburg),
Ulrich Killat (Technical University Hamburg-Harburg)
|
|
- Fuzzycast:
Efficient Video-on-demand over Multicast
- Ramaprabhu Janakiraman (Washington University in St. Louis),
Marcel Waldvogel (IBM Zurich Research Laboratory), Lihao Xu
(Washington University in St. Louis)
|
|
- Efficient
Dissemination of Personalized Information Using Content-Based
Multicast
- Rahul Shah (Rutgers University), Ravi Jain (Telcordia
Tech.), Farooq Anjum (Telcordia Tech.)
|
|
- Scheduling
Algorithms for a Cache Pre-Filling Content Distribution
Network
- Reuven Cohen (Technion), Liran Katzir (Technion), Danny Raz
(Technion)
|
|
Track 4:
Sutton Parlor South |
Cross-Layering in Ad Hoc
Wireless Networks
Anthony Ephremides (University of Maryland at College Park) |
|
- Optimal
Rate Allocation and Traffic Splits for Energy Efficient
Routing in Ad Hoc Networks
- Vikram Srinivasan (University of California, San Diego),
Carla-Fabiana Chiasserini (Politecnico di Torino), Pavan
Nuggehalli (University of California at San Diego), Ramesh Rao
(University of California at San Diego)
|
|
- QoS
routing for mobile ad hoc networks
- Chenxi Zhu (University of Maryland at College Park), Scott
Corson (University of Maryland at College Park)
|
|
- Joint
Mobility Tracking and Hard Handoff in Cellular Networks via
Sequential Monte Carlo Fitlering
- Xiaodong Wang (Columbia University), Zigang Yang (Texas
A&M University)
|
|
- Joint
Scheduling and Power Control for Wireless Ad-hoc Networks
- Tamer ElBatt (HRL Laboratories), Anthony Ephremides
(University of Maryland at College Park)
|
|
Track 5:
Regent Parlor |
Performance Analysis
David Starobinski (Boston University) |
|
- Extremal
traffic and bounds for the mean delay of multiplexed regulated
traffic streams
- Fabrice Guillemin (France Telecom Research and Development),
Nikolay Likhanov (Russian Academy of Sciences), Ravi Mazumdar
(Purdue University), Catherine Rosenberg (Purdue University)
|
|
- A
Poisson Limit for Buffer Overflow Probabilities
- Kavita Ramanan (Bell Laboratories, Lucent Technologies), Jin
Cao (Bell Labs, Lucent Technologies)
|
|
- Stochastic
Analysis of Some Expedited Forwarding Networks
- Milan Vojnovic (EPFL), Jean-Yves Le Boudec (EPFL)
|
|
- Stochastic
Models for Throughput Analysis of Randomly Arriving Elastic
Flows in the Internet
- Arzad Kherani (Indian Institute of Science), Anurag Kumar
(Indian Institute of Science)
|
| 3:30 PM - 5:00 PM |
Track 1:
Beekman Parlor |
Switching & QoS
David K. Y. Yau (Purdue University) |
|
- Delay
bounds for the approximate Maximum weight matching algorithm
for input queued switches
- Devavrat Shah (Stanford University), Milind Kopikare
(Stanford University)
|
|
- Maintaining
Packet Order In Two-stage Switches
- Isaac Keslassy (Stanford University), Nick McKeown (Stanford
University)
|
|
- An
efficient buffer management policy based on an integrated
Fuzzy-GA approach
- Giuseppe Ascia (University of Catania), Vincenzo Catania
(University of Catania), Daniela Panno (University of Catania)
|
|
- FPAC:
Fast, Fixed-Cost Authentication for Access to Reserved
Resources
- Ken Calvert (University of Kentucky), Srinivasan Venkatraman
(University of Kentucky), James Griffioen (University of
Kentucky)
|
|
Tracks 2-3:
Sutton Parlor North-Center |
Panel: Defining the next
generation of challenges in networking research
Moderator: Jim Kurose (University of Massachusetts at
Amherst)
Panelists:
Christophe Diot (Sprint Labs)
Mahmoud Nagshineh (IBM Research)
Don Towsley (University of Massachusetts)
Jon Turner (Washington University)
Lixia Zhang (UCLA) |
|
Track 4:
Sutton Parlor South |
Connectivity &
Location Management in Ad Hoc Networks
Adrian Segall (Technion) |
|
- MANETconf:
Configuration of Hosts in a Mobile Ad Hoc Network
- Sanket Nesargi (University of Texas at Dallas), Ravi Prakash
(University of Texas at Dallas)
|
|
- A
Distributed Dynamic Regional Location Management Scheme for
Mobile IP
- Jiang Xie (Georgia Institute of Technology), Ian Akyildiz
(Georgia Institute of Technology)
|
|
- Connectivity
in ad-hoc and hybrid networks
- Olivier Dousse (EPFL), Patrick Thiran (EPFL), Martin Hasler
(EPFL)
|
|
- Efficient
and Guaranteed Service Coverage in Partitionable Mobile Ad-hoc
Networks
- Karen Wang (University of Toronto), Baochun Li (University
of Toronto)
|
|
Track 5:
Regent Parlor |
Multicast Analysis
Fred Bauer (Nokia) |
|
- Stability
of a Multicast Tree
- Piet Van Mieghem (Delft University of Technology), Milena
Janic (Delft University of Technology)
|
|
- Optimal
on-line estimation of the size of a dynamic multicast group
- Sara Alouf (INRIA, Sophia Antipolis), Eitan Altman (INRIA,
Sophia Antipolis), Philippe Nain (INRIA, Sophia Antipolis)
|
|
- Network
Bandwidth Requirements for Scalable On-Demand Streaming
- Yanping Zhao (University of Saskatchewan), Derek Eager
(University of Saskatchewan), Mary Vernon (University of
Wisconsin - Madison)
|
|
- Multicast
Scheduling for List Requests
- Vincenzo Liberatore (Case Western Reserve University)
|
| Thursday, June 27, 2002 |
| 8:30 AM - 10:00 AM |
Track 1:
Beekman Parlor |
QoS & Traffic
Engineering
Fouad Tobagi (Stanford University) |
|
- Fair
Scheduling and Buffer Management in Internet Routers
- Nan Ni (IBM Corporation), Laxmi Bhuyan (University of
California)
|
|
- Application
of Network Calculus to General Topologies using
Turn-Prohibition
- David Starobinski (Boston University), Mark Karpovsky
(Boston University), Lev Zakrevski (New Jersey Institute of
Technology)
|
|
- Towards
Simple, High-performance Schedulers for High-aggregate
Bandwidth Switches
- Paolo Giaccone (Politecnico di Torino), Balaji Prabhakar
(Stanford University), Devavrat Shah (Stanford University)
|
|
- Individual
QoS versus Aggregate QoS: A Loss Performance Study
- Ying Xu (University of Pennsylvania), Roch Guerin
(University of Pennsylvania)
|
|
Track 2:
Sutton Parlor North |
Multicast Trees &
Overlay Networks
Laurent Mathy (University of Lancaster) |
|
- Effective
Location-Guided Tree Construction Algorithms for Small Group
Multicast in MANET
- Kai Chen (University of Illinois at Urbana-Champaign), Klara
Nahrstedt (University of Illinois at Urbana-Champaign)
|
|
- Topologically-Aware
Overlay Construction and Server Selection
- Sylvia Ratnasamy (ACIRI and U.C. Berkeley), Mark Handley
(AT&T Center for Internet Research at ICSI (ACIRI)),
Richard Karp (ACIRI and U.C. Berkeley), Scott Shenker (ACIRI)
|
|
- Routing
in Overlay Multicast Networks
- Sherlia Shi (Washington University in St. Louis), Jonathan
Turner (Washington University in St. Louis)
|
|
- A
Congestion Control Algorithm for Tree-based Reliable Multicast
Protocols
- Dah Ming Chiu (Sun Microsystems), Miriam Kadansky (Sun
Microsystems), Joe Provino (Sun Microsystems Inc), Joe Wesley
(Nakra Labs Inc), Hans-Peter Bischof (Rochester Institute of
Technology), Haifeng Zhu (Carnegie Mellon University)
|
|
Track 3:
Sutton Parlor Center |
Caching
Dilip Kandlur (IBM T.J. Watson Research Center) |
|
- Design
and Scalability of NLS, a Scalable Naming and Location Service
- Y. Charlie Hu (Rice University), Daniel Rodney (Rice
University), Peter Druschel (Rice University)
|
|
- Using
the Small-World Model to Improve Freenet Performance
- Hui Zhang (University of Southern California), Ashish Goel
(University of Southern California), Ramesh Govindan
(International Computer Science Institute)
|
|
- Locality
in Search Engine Queries and Its Implications for Caching
- Yinglian Xie (Carnegie Mellon University), David O'Hallaron
(Carnegie Mellon University)
|
|
- Probabilistic
Location and Routing
- Sean Rhea (University of California, Berkeley), John
Kubiatowicz (University of California, Berkeley)
|
|
Track 4:
Sutton Parlor South |
Architectures in Ad Hoc
Wireless Networks
Andrew T. Campbell (Columbia University) |
|
- Providing
a Bidirectional Abstraction for Unidirectional AdHoc Networks
- Venugopalan Ramasubramanian (Cornell University), Ranveer
Chandra (Cornell University), Daniel Mosse (University of
Pittsburgh)
|
|
- Distributed
Construction of Planar Spanner and Routing for Ad Hoc Wireless
Networks
- Xiangyang Li (Illinois Institute of Technology), Gruia
Calinescu (Illinois Institute of Technology), Peng-Jun Wan
(Illinois Institute of Technology)
|
|
|
