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Session - Tuesday 2:00-3:30 - 2 tracks |
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Session 1 |
Routing (1) |
Session Chair: Susan Hares, NextHop |
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1 |
Data-Centric Routing in Sensor Networks using Biased Walk |
Huilong Huang (University of Arizona); John Hartman (University of
Arizona); Terril Hurst (University of Arizona) |
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2 |
Search-Quality Tradeoffs for Routing in Non-Ideal Wireless Networks |
Chiranjeeb Buragohain (University of California, Santa Barbara);
Divyakant Agrawal (University of California, Santa Barbara); Subhash
Suri (University of California at Santa Barbara) |
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3 |
GMR: Geographic Multicast Routing for Wireless Sensor Networks |
Juan Sanchez (University of Murcia); Pedro Ruiz (University of Murcia);
Ivan Stojmenovic (University of Ottawa) |
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4 |
Scalable Routing in Sensor Actuator Networks with Churn |
Thomas Fuhrmann (University of Karlsruhe) |
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Session 2 |
Security and Privacy |
Session Chair: Sajal Das, University of Texas, Arlington |
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1 |
Security Services in Wireless Sensor Networks Using Sparse Random Coding |
Farshid Delgosha (Georgia Institute of Technology); Erman ayday (Georgia
Institute of Technology); Kevin Chan (Georgia Tech); Faramarz Fekri
(Georgia Institute of Technology) |
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2 |
Relationship-Based Detection of Spoofing-Related Anomalous Traffic in Ad
Hoc Networks |
Qing Li (Rutgers University); Wade Trappe (Rutgers University) |
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3 |
A Trust Based Framework for Secure Data Aggregation in Wireless Sensor
Networks |
Wei Zhang (University of Texas at Arlington); Sajal Das (The
UniversityTexas at Arlington); Yonghe Liu (UT Arlington) |
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4 |
An Anonymous Routing Protocol with The Local-Repair Mechanism for Mobile
Ad Hoc Networks |
Bo Zhu (George Mason University); Sushil Jajodia (George Mason
University) |
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Session - Tuesday 4:00-5:30 - 2 tracks |
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Session 3 |
Forwarding Protocols |
Session Chair: Stefano Basagni, Northeastern University |
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1 |
Minimum Latency Broadcasting in Multi-Radio Multi-Channel Multi-Rate
Wireless Meshes |
Junaid Qadir (University of New South Wales); Archan Misra (IBM T J
Watson Research Center); Chun Tung Chou (University of New South Wales) |
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2 |
Solicitation-Based Forwarding for Sensor Networks |
Seoung-Bum Lee (Columbia University); Kyung Joon Kwak (Columbia
University); Andrew Campbell (Dartmouth College) |
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3 |
Coverage Aware Buffer Management and Scheduling for Wireless Sensor
Networks |
Eugene Chai (National University of Singapore); Mun Choon Chan (National
University of Singapore); Akkihebbal L. Ananda (National University of
Singapore) |
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4 |
A Communication Architecture for Mobile Wireless Sensor and Actor
Networks |
Tommaso Melodia (Georgia Institute of Technology); Dario Pompili
(Georgia Institute of Technology); Ian Akyildiz (Georgia Institute of
Technology) |
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Session 4 |
Spatial Reuse and Spectrum Allocation |
Session Chair: Wade Trappe, Rutgers University |
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1 |
Belief-Assisted Pricing for Dynamic Spectrum Allocation in Wireless
Networks with Selfish Users |
Zhu Ji (University of Maryland, College Park); K.J. Ray Liu (University
of Maryland) |
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2 |
Spatial Diversity Benefits by Means of Induced Fading |
Daniele Puccinelli (University of Notre Dame); Martin Haenggi
(University of Notre Dame) |
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3 |
Scheduling Optimization in Wireless MESH Networks with Power Control and
Rate Adaptation |
Antonio Capone (Politecnico di Milano); Giuliana Carello (Politecnico di
Milano) |
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Session - Wednesday 11:00-12:30 - 3 tracks |
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Session 5 |
Platforms and Development Environments |
Session Chair: Prasant Mohapatra, UC Davis |
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1 |
Balancing Computation and Communication Costs: The Case for Hybrid
Execution in Sensor Networks |
Ingwar Wirjawan (University of California, Davis); Joel Koshy
(University of California, Davis); Raju Pandey (University of
California, Davis); Yann Ramin (University of California, Davis) |
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2 |
EmPro: An Environment/Energy Emulation and Profiling Platform for
Wireless Sensor Networks |
Chulsung Park (University of California, Irvine); Pai Chou (University
of California, Irivne) |
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3 |
AmbiMax: Efficient, Autonomous Energy Harvesting System for
Multiple-Supply Wireless Sensor Nodes |
Chulsung Park (University of California, Irvine); Pai Chou (University
of California, Irivne) |
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4 |
TinyXXL: Language and Runtime Support for Cross-Layer Interactions |
Andreas Lachenmann (University of Stuttgart); Pedro José Marrón
(University of Stuttgart); Daniel Minder (University of Stuttgart);
Matthias Gauger (University of Stuttgart); Olga Saukh (University of
Stuttgart); Kurt Rothermel (University of Stuttgart) |
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Session 6 |
Cooperative Communication |
Session Chair: Feng Xue, Intel Corporation |
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1 |
When Does Cooperation Have Better Performance in Sensor Networks? |
Ahmed Sadek (University of Maryland); Wei Yu (University of Maryland);
K.J. Ray Liu (University of Maryland) |
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2 |
Balancing Cooperation and Interference in Wireless Sensor Networks |
Sam Vakil (University of Toronto); Ben Liang (University of Toronto) |
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3 |
Progressive Network Coding for Message-Forwarding in Ad-Hoc Wireless
Networks |
Xingkai Bao (Lehigh University); Jing Li (Lehigh University) |
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Session 7 |
Disconnection Tolerance |
Session Chair: Richard Martin, Rutgers University |
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1 |
A Proactive Data Bundling System for Intermittent Mobile Connections |
Caitlin Holman (University of Califonia, Santa Barbara); Khaled Harras
(University of Califonia, Santa Barbara); Kevin Almeroth (University of
Califonia, Santa Barbara); Anderson Lam (University of Califonia, Santa
Barbara) |
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2 |
Island Hopping: Efficient Mobility-Assisted Forwarding in Partitioned
Networks |
Natasa Sarafijanovic (EPFL); Michal Piórkowski
(EPFL); Matthias Grossglauser (EPFL) |
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3 |
Effective Dissemination of Presence Information in Highly Partitioned
Mobile Ad Hoc Networks |
Christoph Lindemann (University of Leipzig); Oliver Waldhorst
(University of Leipzig) |
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Session - Wednesday 2:00-3:30 - 3 tracks |
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Session 8 |
Routing (2) |
Session Chair: Kevin Almeroth, UC Santa Barbara |
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1 |
Improving Geographical Routing for Wireless Networks with an Efficient
Path Pruning Algorithm |
Xiaoli Ma (Georgia Institute of Technology); Min-Te Sun (Auburn
University); Gang Zhao (University of Louisville); Xiangqian Liu
(University of Louisville) |
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2 |
Supervised Learning in Sensor Networks: New Approaches with Routing, Reliability Optimizations |
Yong Wang (Princeton University); Margaret Martonosi (Princeton
University); Li-Shiuan Peh (Princeton University) |
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3 |
MERLIN: A synergetic integration of MAC and Routing Protocol for
Distributed Sensor Networks |
Antonio Ruzzelli (University College Dublin); Michael O'Grady
(University College Dublin); Gregory O'Hare (University College Dublin);
Richard Tynan (University College Dublin) |
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Session 9 |
Network Modeling and Analysis |
Session Chair: Cedric Westphal, Nokia Research Center |
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1 |
A Spatio-Temporal Model for Physical Carrier Sensing Wireless Ad-Hoc Networks |
Eric Wong (University of California, San Diego); Rene Cruz (University
of California, San Diego) |
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2 |
A Realistic Power Consumption Model for Wireless Sensor Network Devices |
Qin Wang (Harvard University); Mark Hempstead
(Harvard University); Woodward Yang (Harvard University) |
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3 |
The Analysis of a Game Theoretic MAC Protocol for Wireless Networks |
Hazer Inaltekin (Cornell University); Stephen Wicker (Cornell
University) |
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4 |
Optimizing Delay in Sequential Change Detection on Ad Hoc Wireless
Sensor Networks |
Venkata K. Prasanthi M. (Indian Institute of Science, Bangalore); Anurag
Kumar (Indian Institute of Science, Bangalore) |
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Session 10 |
Sensor Coverage |
Session Chair: Wendi Heinzelman, University of Rochester |
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1 |
Deployment Strategies for Differentiated Detection in Wireless Sensor
Networks |
Jingbin Zhang (University of Virginia); Ting Yan (University of
Virginia); Sang Son (University of Virginia) |
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2 |
Sacrificing a Little Coverage Can Substantially Increase Network
Lifetime |
Limin Wang (Michigan State University); Sandeep Kulkarni (Michigan State
University) |
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3 |
Optimal Worst-Case Coverage of Directional Field-of-View Sensor Networks |
Jacob Adriaens (University of Wisconsin Madison); Seapahn Megerian
(University of Wisconsin Madison); Miodrag Potkonjak (University of
California at Los Angeles) |
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4 |
Mutual Exclusion in Wireless Sensor and Actor Networks |
Ramanuja Vedantham (Georgia Institute of Technology); Zhenyun Zhuang
(Georgia Institute of Technology); Raghupathy Sivakumar (Georgia
Institute of Technology) |
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Session - Wednesday 4:00-5:30 - 3 tracks |
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Session 11 |
Localization and Ranging (1) |
Session Chair: Sokwoo Rhee, Millenial Net |
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1 |
Localization in Sensor Networks using Consistency-based Statistical
Error Models |
Jessica Feng (University of California, Los Angeles); Lewis Girod
(University of California, Los Angeles); Miodrag Potkonjak (University
of California at Los Angeles) |
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2 |
A Practical Approach to Landmark Deployment for Indoor Localization |
Yingying Chen (Rutgers University); John-Austen Francisco (Rutgers
University); Wade Trappe (Rutgers University); Richard Martin (Rutgers
University) |
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3 |
Angle of Arrival Localization for Wireless Sensor Networks |
Rong Peng (North Carolina State University); Mihail Sichitiu (North
Carolina State University) |
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4 |
Robot-Assisted Localization Techniques for Wireless Image Sensor
Networks |
Huang Lee (Stanford University); Hattie Dong (Stanford University);
Hamid Aghajan (Stanford University) |
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Session 12 |
Medium Access |
Session Chair: Lily Yang, Intel Corporation |
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1 |
Multichannel MAC Protocols for Wireless Networks |
Ritesh Maheshwari (Stony Brook University); Himanshu Gupta (Stony Brook
University); Samir Das (Stony Brook University) |
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2 |
RT-Link: A Time-Synchronized Link Protocol for Energy Constrained
Multi-Hop Wireless Networks |
Anthony Rowe (Carnegie Mellon University); Rahul Mangharam (Carnegie
Mellon University); Ragunathan Rajkumar (Carnegie Mellon University) |
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3 |
Understanding the Gap between the IEEE 802.11 Protocol Performance and
the Theoretical Limits |
Mathilde Durvy (EPFL); Patrick Thiran (EPFL) |
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4 |
Throughput-Oriented MAC for Mobile Ad Hoc Networks with Variable Packet
Sizes |
Ossama Younis (University of Arizona); Fan Wang (University of Arizona);
Marwan Krunz (University of Arizona) |
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Session 13 |
Theoretical Foundations |
Session Chair: Ian Chakeres, Boeing |
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1 |
Topology Control to Simultaneously Achieve Near-Optimal Node Degree and
Low Path Stretch in Ad Hoc Networks |
Ece Gelal (University of California, Riverside); Gentian Jakllari
(University of California, Riverside); Srikanth Krishnamurthy
(University of California, Riverside); Neal E. Young (University of
California, Riverside) |
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2 |
Distributed Linear Parameter Estimation in Sensor Networks Based on
Laplacian Dynamics Consensus Algorithm |
Arindam Kumar Das (University of Washington); Mehran Mesbahi (University
of Washington) |
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3 |
On the Information Lifetime and the Localization Cost in Sensor Networks
with Random Topologies |
Cedric Westphal (Nokia Research Center) |
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4 |
Cooperation Enforcement in Autonomous MANETs under Noise and Imperfect
Observation |
Zhu Ji (University of Maryland, College Park); Wei Yu (University of
Maryland, College Park); K.J. Ray Liu (University of Maryland, College
Park) |
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Session - Thursday 11:00-12:30 - 2 tracks |
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Session 14 |
Topology Control |
Session Chair: Rahul Shah, Intel Corporation |
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1 |
Joint Range and Load Considerations for Topology Control in Wireless Ad
Hoc Networks |
Sajjad Zarifzadeh (University of Tehran); Amir Nayyeri (University of
Tehran) |
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2 |
Distributed Fair Transmit Power Adjustment for Vehicular Ad Hoc Networks |
Marc Torrent-Moreno (University of Karlsruhe); Paolo Santi (CNR); Hannes
Hartenstein (University of Karlsruhe) |
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3 |
Low-Complexity Beamforming Techniques for Wireless Multihop Networks |
Robert Vilzmann (Technische Universität München); Jörg
Widmer (DoCoMo Euro-Labs); Imad Aad (DoCoMo Euro-Labs); Christian
Hartmann (Technische Universität München) |
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4 |
Energy Efficient Transmission Scheme for Data-Gathering in Mobile Sensor
Networks |
Chao Wang (University of Wisconsin, Madison); Parmesh Ramanathan
(University of Wisconsin at Madison) |
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Session 15 |
Energy Management |
Session Chair: Lama Nachman, Intel Corporation |
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1 |
LEARN: Localized Energy Aware Restricted Neighborhood Routing for Ad Hoc
Networks |
Xiang-Yang Li (Illinois Institute of Technology); Yu Wang (Univeristy of
North Carolina at Charlotte); Wen-Zhan Song (Washington State
University, Vancouver); Weizhao Wang (Illinois Institute of Technology) |
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2 |
A New Method for Distributing Power Usage Across a Sensor Network |
Patrick Vincent (Naval Postgraduate School); Murali Tummala (Naval
Postgraduate School); John McEachen (Naval Postgraduate School) |
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3 |
Energy Efficient Network Reconfiguration for Mostly-Off Sensor Networks |
Yuan Li (University of Southern California); Wei Ye (University of
Southern California); John Heidemann (University of Southern California) |
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Session - Thursday 2:00-3:30 - 2 tracks |
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Session 16 |
Localization and Ranging (2) |
Session Chair: John Heidmann, USC/ Information Sciences Institute |
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1 |
Distance Matrix Reconstruction from Incomplete Distance Information for
Sensor Network Localization |
Petros Drineas (RPI); Asif Javed (Rensselaer Polytechnic Institute); Malik Magdon-Ismail (RPI); Gopal
Pandurangan (Purdue University); Reino Virrankoski (Helsinki University
of Technology) ; Andreas Savvides (Yale University) |
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2 |
MERIT: MEsh of RF sensors for Indoor Tracking |
Yui-Wah Lee (Bell Labs, Lucent Technologies); Erich Stuntebeck (Georgia
Institute of Technology); Scott Miller (Bell Labs, Lucent Technologies) |
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3 |
Reducing the Computational Cost of Bayesian Indoor Positioning Systems |
Konstantin Kleisouris (Rutgers University); Richard Martin (Rutgers
University) |
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4 |
Sensor-Enhanced Mobility Prediction for Energy-Efficient Localization |
Chuang-wen You (National Taiwan University); Yi-Chao Chen (National
Taiwan University); Hao-hua Chu (National Taiwan University); Polly
Huang (National Taiwan University); Ji-Rung Chiang (National Taiwan
University); Seng-Yong Lau (National Taiwan University) |
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Session 17 |
Fault Tolerance |
Session Chair: Mohamed Eltoweissy, Virginia Tech |
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1 |
Memento: A Health Monitoring System for Wireless Sensor Networks |
Stanislav Rost (Massachusetts Institute of Technology); Hari
Balakrishnan (Massachusetts Institute of Technology) |
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2 |
Cross-Layer Analysis of Error Control in Wireless Sensor Networks |
Mehmet Vuran (Georgia Institute of Technology); Ian Akyildiz (Georgia
Institute of Technology) |
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3 |
RideSharing: Fault Tolerant Aggregation in Sensor Networks Using
Corrective Actions |
Sameh Gobriel (University of Pittsburgh); Sherif Khattab (University of
Pittsburgh); Daniel Mossé
(University of Pittsburgh); José Brustoloni (University of Pittsburgh);
Rami Melhem (University of Pittsburgh) |
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Poster Session:
Tuesday (9/26/2006) |
| 1 |
An Information-sharing Architecture for
Wireless Sensor Networks |
Christophe Merlin; Wendi Heinzelman |
| 2 |
Fault-tolerant Mobile Sink in Networked
Sensor Systems |
Iman Saleh; Adnan Agbaria; Mohamed
Eltoweissy |
| 3 |
Detecting Wormhole Attacks in Wireless
Networks |
Ritesh Maheshwari; Jie Gao; Samir R. Das |
| 4 |
Wireless Underground Sensor Networks using
Commodity Terrestrial Motes |
Erich Stunteback; Dario Pompili;
Tommaso Melodia |
| 5 |
A Service-oriented Query Architecture for
Sensor-Actuator Networks |
Abdelmounaam Rezgui; Mohamed Eltoweissy |
| 6 |
Self-Certified Public Key Generation on the
Intel Mote 2 Sensor Network Platform |
O. Arazi; I. Elhanany; D. Rose; H. Qi;
B. Arazi |
| 7 |
Cross Layer Design to Solve the QoS Routing
Problem in CDMA Based Ad Hoc Networks |
Lin Xiao; Eliane Bodanese |
| 8 |
Key Predistribution Schemes for Sensor
Networks Using Lines and Points over a Finite Geometry |
Yuichi Kaji; Hisashi Mohri; Ritsuko
Matsumoto |
| 9 |
Work on Multi-Channel Gas Analyzer with
Wireless Data Transmission as an Educational Tool for Learning Science
Concepts |
Nataliia Perova; Patricia Hogan; Walter H.
Johnson |
| 10 |
Integration of Sensors and RFIDs on
Ultra-low-cost Paper-based Substrates for Wireless Sensor Networks
Applications |
Antonio Ferrer-Vidal; Amin Rida; Serkan
Basat; Li Yang; Manos Tentzeris |
| 11 |
GP-Pro: The Generative Programming Protocol
Generator for Routing in Mobile Ad Hoc Networks |
Pedro Villanueva-Pena; Thomas Kunz |
| 12 |
Multi-Hop Cooperative Transmissions in
Wireless Sensor Networks |
Aylin Aksu; Ozgur Ercetin |
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Demo Session: Wednesday (9/27/2006) |
| 1 |
University/Industry Collaboration for
Development of a Wireless Network od Multi-channel, Multi-Sensors
Analyzers for Environmental and Industrial Monitoring |
Walter Johnson; Kack Driscoll; Chris
Brenneck; Harold Giminez; Nicholas Hennigar; Jack Hamm; Pat Hogan; Igor
Kreydin; Niko Liakis; Brian Muccioli; Pol Perov; Eugene Rodin; Nataliia
Perova |
| 2 |
Lifeline Network for First Responders |
Michael Souryal; Johannes Geissbuehler;
Leonard Miller; Nader Moyaeri |
| 3 |
RTBP: Real Time Bayesian Positioning System
for Wireless and Sensor Networks |
John-Aysten Francisco; Yingying Chenl; Eiman
Elnahraway; Konstantinos Kleisouris; Richard Martin |
| 4 |
Integrated and Dynamically Adaptable
Interest Dissemination and Convergecasting Algorithms for Wireless
Sensor Networks |
Michele Mastrogiovanni;
Chiara Petrioli; Michele
Rossi; Michele Zorzi |
| 5 |
AmbiMax: Efficient, Autonomous Energy
Harvesting Platform for Multiple-Supply Wireless Sensor Nodes |
Chulsung Park; Pai Chou |
| 6 |
EmPro: An Environment/Energy Emulation and
Profiling Platform for Wireless Sensor Networks |
Chulsung Park; Pai Chou |
| 7 |
QuRiNet: Quail Ridge Natural Reserve
Wireless Mesh Network |
Daniel Wu; Stephanie Liese; Dhruv
Gupta; Prasant Mohapatra |
| 8 |
Specialized Simulation Models for the
Evaluation of Spatial Networking Technique |
John Stine; Scott Rosen; Jonathan
Schwartz; William Weiland |
| 9 |
NetRad: A Controlled-loop, Distributed
Sensor Networks for Hazardous Weather Detection |
Michael Zink; Eric Lyons; Francesc
Junyent; Jim Kurose; Luko Krnan |
| 10 |
Topology Control in Ad Hoc Networks |
Waltemar de Sousa; Luis DaSilva;
George Hadjichristofi |
| 11 |
FireFly: A Time-synchronized Scalable
Real-time Sensor Network Platform |
Rahul Mangharam; Anthony Rowe;
Ragunathan Rajkumar |
| 12 |
SensorPlanet's First Islands: Operation
Times Square and Virtual Graffiti |
Peter Boda; Ville Tuulos; Ville
Nenonen |
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Poster Session:
Thursday (9/28/2006) |
| 1 |
A Security-energy Trade-off for Authentic
Aggregation in SensorNetworks |
Erik-Oliver Blass; Joachim Wilke;
Martina Zitterbart |
| 2 |
Experimental Investigation of Radio
Performance in Wireless Sensor Networks |
Matthew Holland; Ryan Aures; Wendi
Heinzelman |
| 3 |
A Moving Strategy for Mobile Sink in
Wireless Sensor Networks |
Limin Sun; Yanzhong Bi; Jian Ma |
| 4 |
Reconstruction Distortion in Lossy Wireless
Sensor Networks |
Utku Gunay Acer; Alhussein Abouzeid
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| 5 |
Routing with Opportunistically Coded
eXchanges in Wireless Mesh Networks |
Bin Ni; Naveen Santhapuri; Zifei Zhong;
Srihari Nelakuditi |
| 6 |
SNAP: An Architecture for Secure Medical
Sensor Networks |
Kriangsis Malasri; Lang Wang |
| 7 |
Embedded Wireless Sensors for
Aircraft/Automobile Tire StructuralHealth Monitoring |
Amitabh Mishra; Farrukh Gondal; Arya
Afrashteh; Ryan Wilson |
| 8 |
A Review of Load Balanced Ad Hoc Routing
Protocols |
Amita Rani; Mayank Dave |
| 9 |
A Distributed Multicast Routing Protocol for
Wireless Sensor Networks |
Yang Min; Han Peng; Yu Bo. Mao
Ziaofeng; Mao Dilin; Gao Chuanshan |
| 10 |
Encounter-based Worms: Analysis and Defense
|
Sapon Tanachaiwiwat; Ahmed Helmy |
| 11 |
Characteristics of On-body 802.15.4 Networks
|
Rahul Shah; Mark Yarvis |
