TABLE
OF CONTENTS
Session 1.1: Multicast
1.1.1
Improving Server Broadcast Efficiency Through
Better Utilization of Client Receiving Bandwidth
Ashwin Natarajan, Ying
Cai
and Johnny Wong, Iowa State University
1.1.2
A Buffer Management Scheme for Tree-Based
Reliable Multicast Using Infrequent Acknowledgments
Jinsuk Baek and Jehan-François
Paris, University of Houston
1.1.3
Selection Algorithms for Anycast
Relay Routing
Jianping
Zheng, Chinese Academy of Sciences; Keqin
Li, Lucent Technologies; and Zhimei
Wu, Chinese Academy of Sciences
Session 1.2: Network
Planning
1.2.1
Aggressive Telecommunications Overbooking
Ratios
Robert
Ball, Mark Clement, Feng Huang, Quinn
Snell and Casey
Deccio, Brigham Young University
1.2.2
Settlement and Capacity Planning in
Multi-Service Provider Infrastructures
Lisa
Amini, Giuseppe A. Paleologo
and Olivier Verscheure, IBM T. J. Watson Research Center
1.2.3
Algebraic Geometric Code Based IP Traceback
Chunyan Bai, Guiliang Feng
and Gesan Wang, University of Louisiana at Lafayette
Session 2.1: Wireless
Resource Management
2.1.1
Connection-level Performance Analysis for
Adaptive Bandwidth Allocation in Multimedia Wireless Cellular Networks
Nidal Nasser and Hossam Hassanein, Queen’s
University
2.1.2
Adaptive Channel Switching for Admission
Control with QoS and Priority in WCDMA
Uplink
Bing
Cao, Teresa A. Dahlberg. University of North Carolina at Charlotte
2.1.3
A Novel Velocity-Dependent Directional
Probability Function Based Call Admission Control Scheme in Wireless
Multimedia
Communications
Mohammad
Mahfuzul Islam, Manzur
Murshed and Laurence S. Dooley, Monash University
Session 2.2: Network
Management
2.2.1
Toward Efficient Distributed Network
Monitoring
Xiaojiang Du, Indiana
University – Purdue University
Indianapolis
2.2.2
Admission Control in Deadline-Based
Network Resource Management
Yanni Ellen Liu, University of Manitoba; Johnny W. Wong, University of Waterloo
2.2.3
On the Performance of Maestro2 High
Performance Network Equipment, Using New Improvement Techniques
Shinichi
Yamagiwa, Kevin Ferreira and Luis Miguel
Campos,
PDM&FC; Keiichi Aoki, Masaaki Ono and Koichi Wada, University of
Tsukuba; Munehiro Fukuda, University of
Washington Bothell; Loenel Sousa,
IST/INESC-ID.
Session 3.1: Routing
3.1.1
Survivable Multipath
Routing Using Link Penalization
Dong-won
Shin, KT; Edwin K. P. Chong and Howard Jay
Siegel, Colorado State University
3.1.2
Benchmarks for IP Forwarding Tables
M. Castelino and R. Gunturi,
Intel
Corporation; V. Filauro and G. Vlantis,
STMicroelectronics; M. Campmas
and A. Coppola, Cypress Semiconductor
3.1.3
Damping BGP Route Flaps
Zhenhai Duan, Florida State University; Jaideep Chandrashekar, Jeffrey Krasky,
Kuai Xu
and Zhi-Li Zhang, University of Minnesota
Session 3.2: Short
Papers I
3.2.1
Channel State Dependent Robust TCP/IP
Header Compression for 3G Wireless Networks
Yichuan Wu, Limin Sun, Jiaping
Zheng, Kui Huang and Yong Liao,
Chinese Academy of Sciences
3.2.2
Interplay of Service Differentiation and
Routing Mechanisms in MANETs: A
Performance Study
K.
N. Sridhar and Lillykutty Jacob, National University of Singapore
3.2.3
Framework for Performance Analysis of Channel-Aware Wireless
Schedulers
Raphael
Rom and Hwee Pink
Tan, Israel Institute of Technology
3.2.4
An Efficient Method for Computing the Bit
Error Probabilities of Band-Limited Asynchronous DS-CDMA Systems with
Random
Signature Sequences
Jen-Shiun Chen, Southern Illinois University at Edwardsville
3.2.5
Predicting Node Location in a PCS Network
William
Navidi and Tracy Camp, Colorado School of Mines
3.2.6
A Cluster Based Secure Routing Scheme for
Wireless Ad Hoc Networks
Rajani Poosarla, Hongmei
Deng and Dharma P. Agrawal, University of
Cincinnati;
Alok Ojha,
Indian Institute
of Technology
Session 3.3: EESD — General
Service Differentiation
3.3.1 CGRED:
Class Guided Random Early Discarding
Yuchun Guo, Yongxiang Zhao, Guangnong
Song, Xinyu Xing and Changjia
Chen, Beijing JiaoTong
University
3.3.2 Capacity Provisioning in DiffServ/MPLS Networks Based on Correlated
Traffic Inputs
Irena
Atov and Richard J. Harris, RMIT
University
3.3.3 SONAR: A Platform for Flexible DiffServ/MPLS Traffic Engineering
Steven
Van den Berghe, Filip
De Turck and Piet Demeester, Ghent University
Session 4.1: Bandwidth
Management
4.1.1
Available Bandwidth Measurement Using Poisson
Probing on the Internet
Xiaojun Hei, Danny H.K.
Tsang and Brahim Bensaou,
Hong
Kong University of Science and Technology
4.1.2
Optimization of the Bandwidth Distribution
Scheme for Handling Topology Changes
Vasil
Hnatyshin, Rowan University; Adarshpal
S. Sethi, University of Delaware
4.1.3
Statistical Bounds on the Drop Probability of
Assured Forwarding Services in DiffServ
Interior
Nodes under the Processor Sharing Scheduling Discipline
Brahim Bensaou, Shixin Zhuang and Xiren Cao, Hong Kong University of Science and Technology
4.1.4
Compositional Layered Performance Modeling
of Peer-to-Peer Routing Software
Pengfei Wu, Murray Woodside and Chung-Horng
Lung, Carleton University
Session 4.2: Short
Papers II
4.2.1
A Performance Analysis of the Sockets Direct
Protocol (SDP) with Asynchronous I/O over 4X InfiniBand
Ariel
Cohen, Topspin Communications
4.2.2
Analysis And Improvements To MATE Algorithm
Miguel
Griot, Gabriel Tucci,
Pablo
Belzarena and Santiago Remersaro,
University of Uruguay
4.2.3
Probabilistic Packet Delay Guarantee in
Buffered Crossbar Switch
Qiang
Duan, University of Central Arkansas; John N. Daigle, University of Mississippi
4.2.4
A Game Theory Based Approach for Security in
Wireless Sensor Networks
Afrand
Agah, Sajal K. Das and Kalyan Basu, University of Texas at Arlington
4.2.5
A Simulation Study on a Layered Video
Multicast Algorithm
Naveen K. Chilamkurti
and Ben Soh,
La Trobe University
4.2.6
A Fast Pattern Matching Algorithm for
Network Processor-Based Intrusion Detection System
Rong-Tai
Liu, Nen-Fu Huang, Chia-Nan
Kao and Chih-Hao Chen, National Tsing Hua University
Session 4.3: EESD — Application- and
Traffic-Specific Service
Differentiation
4.3.1
Using Adaptive Priority Scheduling for
Service Differentiation in QoS-aware Web
Servers
Mário Meireles
Teixeira, Federal University of Maranhāo;
Marcos José Santana and Regina H. C.
Santana, University of Sāo Paulo
4.3.2 End-to-End Layered Multicast of
Streaming Media in Heterogeneous Networks
Chandana Nagaraj,
Maggie
Nguyen, Layla Pezeshkmehr
and Melody Moh, San Jose State University
4.3.3 Differentiated Caching of Dynamic
Content using Effective Page Classification
Wenzhong Chen, Patrick Martin and Hossam S.
Hassanein, Queen’s University
4.3.4 Differentiated-Service Enabled
Group Communications Using Bandwidth Brokers
Meetali Goel
and Melody Moh, San Jose State University; Toru Hasegawa and Shigehiro
Ano, KDDI R&D Laboratories
Session 5.1: Ad
hoc Networks I
5.1.1
Stability Helps Quality of Service Routing in
Wireless Ad hoc Networks
Jamal
N. Al-Karaki and Ahmed E. Kamal,
Iowa State University
5.1.2
An Information Dissemination Protocol for an
Ad Hoc Network
Xia
Jiang and Tracy Camp, Colorado School of Mines
5.1.3
Position-Based Routing with a Power-Aware
Weighted Forwarding Function in MANETs
Jinhui
Shen and Janelle Harms, University of Alberta
Session 5.2: Concurrent
Computing
5.2.1
Flexible Mechanisms for Performance
Enhancements of Cluster Networks
Nader Mohamed, Jameela
Al-Jaroodi
and Hong Jiang, University of
Nebraska-Lincoln
5.2.2
A Distributed Coordinated Approach to
Parallel Programming
Chia-Chu Chiang, University of Arkansas at Little Rock
5.2.3
Object Allocation and Memory Contention
Study of Java Multithreaded Applications
Wei
Huang and J. Morris Chang, Iowa State University; Yang Qian,
Illinois Institute of Technology; Witawas Srisa-an, University of Nebraska-Lincoln
Session 5.3: EWCN — Wireless Sensor Networks I
5.3.1 Comparative
Analysis of Algorithms for Tree Structure Restoration in Sensor Networks
Fan Bai and
Ahmed Helmy, University of Southern California
5.3.2 A New Protocol for
a Low Power Sensor Network
Mario
Neugebauer and Klaus Kabitzsch, Dresden University of
Technology
Session 6.1: Ad
hoc Networks II
6.1.1
Load-Balanced Routing through Virtual Paths:
Highly Adaptive and Efficient Routing Scheme for Ad Hoc Wireless
Networks
Abdulraham H. Altalhi and
Golden G. Richard, III, University of New Orleans
6.1.2
SEKEN (Secure and Efficient Key Exchange for
sensor Networks)
Kamran
Jamshaid and
Loren Schwiebert, Wayne State University
6.1.3
Adaptive Location Aided Mobile Ad Hoc Network Routing
Jeff
Boleng and Tracy Camp, Colorado School of Mines
Session 6.2: Web
Architectures and Services
6.2.1
Performance Implications of Different
Adaptation Mechanisms for Network Content Delivery
Xiaodong Fu and Vijay Karamcheti, New York University
6.2.2
Meta Algorithms for Hierarchical
Web Caches
Nikolaos Laoutaris,
Sofia Syntila
and Ioannis Stravrakakis,
University of Athens
6.2.3
QoS
Differentiation in Switching-based Web Caching
Jian Zhou, Patrick Martin and Hossam Hassanein,
Queen’s University
Session
6.3: EWCN — Wireless Sensor Networks II
6.3.1 Location-Centric
Isolation of Misbehavior and Trust Routing in Energy-Constrained Sensor
Networks
Sapon Tanachaiwiwat,
Pinalkumar Dave, Rohan
Bhindwale and Ahmed Helmy, University of Southern California
6.3.2 Relocation of
Gateway for Enhanced Timeliness in Wireless Sensor Networks
Kemal Akkaya
and Mohamed Younis, University of Maryland
6.3.3 Energy-Efficient
Broadcast-based Event Update Dissemination
Omer
E. Demir and Demet
Aksoy, University of California, Davis
Session 7.1: QoS
7.1.1
A Robust PI Controller for Improving
Performance in the AF-based Differentiated Services Network
XiaoLin Chang and Jogesh
K. Muppala,
Hong
Kong University of Science and Technology
7.1.2
EPCF: A Lightweight Multi-Priority PCF for QoS
Support in IEEE 802.11 Wireless LANs
Jamal
N. Al-Karaki and J. Morris Chang, Iowa State University
7.1.3.
QoS Service
Routing in One-to-One and One-to-Many Scenarios in Next-Generation
Service-Oriented Networks
Jingwen
Jin and Klara Nahrstedt, University of Illinois at Urbana-Champaign
Session 7.2: Internet
Protocols
7.2.1
Improving File Transfers Using SCTP Multistreaming
Sourabh Ladha and Paul
D. Amer,
University of Delaware
7.2.2
IPCC-SCTP: An Enhancement to the Standard
SCTP to Support Multi-Homing Efficiently
Guanhua
Ye, Tarek N. Saadawi
and Myung Lee, City
College and Graduate Center of City University of New York
7.2.3
Active Queue Management for Web Traffic
Mark
Claypool, Robert Kinicki and Matthew Hartling, Worcester Polytechnic Institute
Session 7.3: EWCN — 3G and Beyond
7.3.1 On CAC, DCA, and
Scheduling in TDD Multi-hop 4G Wireless Networks
Ahmed M. Safwat,
Queen’s University
7.3.2 Performance
Analysis of ARQ Schemes UTRA TDD Ad hoc Mode
M.D.
Pérez Guirao,
J.-E. Garcia, M. Meincke and K. Jobmann,
University of Hanover; M.
Lott, Siemens AG
7.3.3 Dynamic Rate-Selection
for Extending the Lifetime of Energy-Constrained Networks
Nevine AbouGhazaleh,
Patrick Lanigan, Sameh
Gobriel, Daniel Mossé and Rami Melhem, University of Pittsburgh
Session 8.1: MWN —
MAC and Scheduling
8.1.1 On Carrier-Sense Integration
in Learning Automata-Based MAC Protocols for Ad-hoc Wireless LANs
P.Nicopolitidis, G. I. Papadimitriou
and A. S. Pomportsis,
Aristotle University; M. S. Obaidat,
Monmouth University
8.1.2 A QoS-Aware
MAC Layer Protocol for Wireless LANs
Noun Choi, Subbarayan Venkatesan and Ravi
Prakash, University of Texas
at Dallas
8.1.3 A Directional Antennas-Based
Dual Mode MAC Protocol for Ad Hoc Networks
Masanori
Takata,
Katsushiro Nagashima
and
Takashi Watanabe, Shizuoka University
8.1.4 Max-Min Fair
Collision-Free Scheduling for Wireless Sensor Networks
Avinash Sridharan
and Bhaskar
Krishnamachari, University of Southern California
Session 8.2: WIA — IA in Networks I
8.2.1
An Analysis on Selective Dropping Attack in
BGP
Ke Zhang and S.Felix Wu,
University
of California, Davis; Xiaoliang
Zhao, USC/ISI
8.2.2
VisFlow Connect:
Providing Security Situational Awareness by Visualizing Network Traffic
Flows
Xiaoxin Yin, William Yurcik,
Yifan Li, Kiran
Lakkaraju and Cristina Abad, University of
Illinois at
Urbana-Champaign
8.2.3
Experimental Analysis of Attacks Against
Routing Network Infrastructures
Antonio Pescape and Giorgio Ventre,
University of Napoli
Session 8.3: EWCN — Ad hoc Networks
8.3.1 Position-Based QoS
Routing in Mobile Ad Hoc Networks: Problem Statement
and a Novel Approach
Fazli Erbas,
Jose-Esteban
Garcia and
Klaus Jobmann, University of Hannover
8.3.2 A Location
Information-Based Route Discovery Protocol for Mobile Ad Hoc Networks
Habib Ammari
and Hesham El-Rewini,
Southern Methodist University
8.3.3 CKDS: An Efficient
Combinatorial Key Distribution Scheme for Wireless Ad-Hoc Networks
M.
Moharrum and R. Mukkamala,
Old Dominion University; M. Eltoweissy,
Virginia Tech
8.3.4 A Dynamic
Multicast Tree Reconstruction Algorithm for Minimum-Energy Multicasting
in
Wireless Ad Hoc Networks
Song Guo and
Oliver Yang, University of Ottawa
Session 9.1: MWN — Routing and Multicasting
9.1.1 Robust Tree-based
Multicasting in Ad-hoc Networks
Ravindra
Vaishampayan and
J.J. Garcia-Luna-Aceves, University of California
Santa Cruz
9.1.2 Mobile Ad Hoc Multicasting
to Support Distributed Virtual Environments
Chatchai Khunboa
and Robert Simon, George Mason University
9.1.3 PARIX: A Protocol Adaptive
Mechanism for Routing Information Exchange Across Heterogeneous Ad Hoc
Routing
Domains
G.
R. Poornananda and A. S. Tulasi, Cisco
Systems, Inc.
Session 9.2: WIA — IA Techniques I
9.2.1
Architecting Information Assurance
Julie J.C.H. Ryan, George Washington University
9.2.2
How to Predict Email Viruses Under Uncertainty
InSeon Yoo and Ulrich
Ultes-Nitsche,
University of Fribourg
9.2.3
Flow Policies: Specification and Enforcement
E. Bertino, Purdue University; E. Ferrari,
University
of Insubria; G. Mella,
University of Milano
Session 9.3: EWCN — Medium Access Control
(MAC)
9.3.1 An Energy-Efficient
MAC Layer Scheme for 802.11-based WLANs
V.
Baiamonte and C.-F. Chiasserini,
Politecnico di
Torino
9.3.2 Reducing
Overhearing Energy in 802.11 Networks by Low-Power Interface Idling
Subir Biswas, Michigan State
University; Samir Datta, Rutgers University
9.3.3 Performance
Evaluation of the IEEE 802.15.4 MAC for Low-Rate Low-Power Wireless
Networks
Gang
Lu, Bhaskar Krishnamachari and Cauligi
S. Raghavendra, University of Southern California
9.3.4 Analysis and
Optimization of Energy Efficiency in 802.11 Distributed Coordination
Function
Xiaodong Wang and
Dharma P. Agrawal, University of
Cincinnati
Session 10.1: MWN — Sensor Networks
10.1.1 Application-Specific Modeling
of Information Routing in Wireless Sensor Networks
Bhaskar Krishnamachari and John Heidemann,
University of Southern California
10.1.2 Reducing Localization
Errors in Sensor Ad Hoc Networks
Dmitri Perkins and Ramesh
Tumati, University of
Louisiana at Lafayette
10.1.3 An Adaptive Low Power
Reservation Based MAC Protocol for Wireless Sensor Networks
Saurabh Mishra and Asis Nasipuri, University of North Carolina at Charlotte
Session 10.2: WIA — IA in Networks II
10.2.1
The Interaction of Security and Survivability
in Hybrid Wireless Networks
P. Krishnamurthy
and D.Tipper, University of Pittsburgh; Y. Qian, University of Puerto Rico at Mayagüez
10.2.2
On Intrusion Detection and Response for
Mobile Ad Hoc Networks
James Parker, Jeffrey Undercoffer,
John Pinkston and Anupam
Joshi, University of Maryland Baltimore County
10.2.3 SPECSA: a
Scalable, Policy-driven, Extensible and Customizable Security
Architecture for
Wireless Enterprise Applications
Wassim Itani and Ayman
I. Kayssi, American University of Beirut
Session 10.3: IWMP — Middleware Performance I
10.3.1
On the Performance of Reflective Systems
Software
Geoff Coulson,
Gordon Blair and Paul Grace, Lancaster University
10.3.2
Regression Benchmarking with Simple
Middleware Benchmarks
Lubomír Bulej (Czech
Academy of
Sciences) , Tomás Kalibera
and Petr Tuma,
Charles
University
10.3.3 Performance Consequences of Inconsistent Client-side Membership
Information in the Open Group Model
Hein
Meling, Stavanger University College; Bjarne E. Helvik, Norwegian University of Science and Technology
10.3.4 On the
Generalized
Stochastic Petri Net Modeling of Message-Oriented Middleware Systems
Stênio F. L. Fernandes,
Wellington
J. Silva, Mauro J. C. Silva, Nelson S.
Rosa, Paulo R. M. Maciel, Djamel
F. H. Sadok, Universidade
Federal de Pernambuco
Session 11.1: MWN — Miscellaneous
11.1.1 Cost-Aware Downlink
Scheduling of Shared Channels for Cellular Networks With Relays
Narasimha Challa
and Hasan Çam,
Arizona State University
11.1.2. Free Trade for Hybrid Multihop Wireless Networks
John Mitsianis, University of Kent
11.1.3 Low Delay Marking for
TCP in Wireless Ad Hoc Networks
Choon-Soo Lee, Mingzhe
Li, Emmanuel Agu, Mark Claypool and Rovert Kinicki,
Worcester
Polytechnic Institute
11.1.4 Lightweight Key
Management for Wireless Sensor Networks
Mohamed Eltoweissy, Virginia Tech; Mohamed Younis
and Kajaldeep Ghumman,
University of Maryland Baltimore County
Session 11.2: WIA — IA Techniques II
11.2.1
Ensuring Information Assurance in Federated
Identity Management
Prasad Shenoy, Dongwan
Shin
and Gail-Joon Ahn,
University of North Carolina at Charlotte
11.2.2
A Classification of Malicious Software
Attacks
Hanno Langweg
and Einar Snekkenes,
Gjøvik University College
11.2.3
Committal Deniable Signature Over Elliptic
Curves
Song Han and Wanquan Liu, Curtin
University of
Technology
Session 11.3: IWMP — Middleware Performance II
11.3.1 Performance Analysis of the Globus Toolkit Monitoring and Discovery Service,
MDS2
Xuehai
Zhang, University of Chicago; Jennifer M. Schopf,
Argonne National Laboratory
11.3.2
Adaptive Power Aware Remote Processing - A
Step Towards Power Aware Middleware
Gerald Kaefer
and Reinhold Weiss, Graz University of Technology
11.3.3 Scale-up and
Performance
Studies of Three Agent Platforms
Kalle Burbeck,
Daniel Garpe, Simin
Nadjm-Tehrani,
Linköping University
11.3.4
Performance Evaluation of the Meta-ORB
Reflective Middleware Platform
Fábio M. Costa, Federal University of Goiás
Extended
Abstracts from Poster Session
EA.1
On the Reliability of ODMRP in Mobile Ad Hoc
Networks
Ahmed Sobeih,
University of Illinois at Urbana-Champaign; Hoda
Baraka and Aly
Fahmy, Cairo University
EA.2
An Adaptive Algorithm for Estimating
Wireless Communication Channel
Peng Renbin, Feng
Dazheng and Jin Lijun,
Xidian University
EA.3
A Goal-Oriented Self-Tuning Caching
Algorithm
Ganesh Santhanakrishnan,
Ahmed Amer and Panos
K. Chrysanthis, University of Pittsburgh
EA.4
Coopeer: A
Peer-to-Peer Web Search Engine Towards Collaboration, Humanization and
Personalization
Jin Zhou, Kai Li
and Li Tang,
Tsinghua University
EA.5
Queuing Analysis of DCHF and Token-Passing
MAC Protocols with Varying Turnaround Time
Manikanden Balakrishnan
and Eric E.
Johnson, New Mexico State University
EA.6
Secure Multimedia Transmission in IPv6
Wireless Networks
Haeyong
Kim, Yongho Seok
and Yanghee Choi,
Seoul
National University
EA.7
A Public Key Algorithm for Ad-Hoc Networks
B. Carbunar, A. Grama and J. Vitek,
Purdue
University
EA.8
Performance Analysis of Multi-hop Wireless
Ad Hoc Networks using IEEE 802.11 DCF
Yue Fang and A.
Bruce
McDonald, Northeastern University
EA.9
Adaptive Gossip-Based Routing Algorithm
Zhongmin
Shi and Hong Shen, Simon Fraser
University