MobiCom’08
Co-Located Workshops

CHANTS’08 MELT’08, VANET’08, WiNS-DR’08,
WiNTECH’08, & WuWNeT’08

September 15, 2008 San Francisco, CA, USA

 
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CHANTS’08
MELT’08
VANET’08
WiNS-DR’08
WiNTECH’08
WuWNeT’08

WuWNeT 2008 Author Index


Bartoš, Radim

Improving Efficiency of a Flooding-based Routing Protocol for Underwater Networks  (Page 91)


Benson, Bridget

Survey of Hardware Platforms for an Energy Efficient Implementation of Matching Pursuits Algorithm for Shallow Water Networks  (Page 83)


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Casari, Paolo

Fountain Codes and Their Application to Broadcasting in Underwater Networks: Performance Modeling and Relevant Tradeoffs  (Page 11)


Chirdchoo, Nitthita

MU-Sync: A Time Synchronization Protocol for Underwater Mobile Networks  (Page 35)


Cho, Junguk

Survey of Hardware Platforms for an Energy Efficient Implementation of Matching Pursuits Algorithm for Shallow Water Networks  (Page 83)


Chua, Kee Chaing

MU-Sync: A Time Synchronization Protocol for Underwater Mobile Networks  (Page 35)


Dean, Alexander G.

An Ultrasonic Communication System for Biotelemetry in Extremely Shallow Waters  (Page 99)


Gerla, Mario

Phero-Trail: A Bio-inspired Location Service for Mobile Underwater Sensor Networks  (Page 43)


Goel, Aditi

Improving Efficiency of a Flooding-based Routing Protocol for Underwater Networks  (Page 91)


Gohari, Amir Aminzadeh

Towards Automated Design of MAC Protocols for Underwater Wireless Networks  (Page 67)


Irturk, Ali

Survey of Hardware Platforms for an Energy Efficient Implementation of Matching Pursuits Algorithm for Shallow Water Networks  (Page 83)


Jornet, Josep Miquel

Focused Beam Routing Protocol for Underwater Acoustic Networks  (Page 75)


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Kannan, Aiswariya G.

Improving Efficiency of a Flooding-based Routing Protocol for Underwater Networks  (Page 91)


Kastner, Ryan

Survey of Hardware Platforms for an Energy Efficient Implementation of Matching Pursuits Algorithm for Shallow Water Networks  (Page 83)


Katz, Ian

Improving Efficiency of a Flooding-based Routing Protocol for Underwater Networks  (Page 91)


Kulkarni, Indraneel S.

Coordination of Autonomous Underwater Vehicles for Acoustic Image Acquisition  (Page 27)


Lee, Uichin

Phero-Trail: A Bio-inspired Location Service for Mobile Underwater Sensor Networks  (Page 43)


Mirza, Diba

Motion-Aware Self-Localization for Underwater Networks  (Page 51)


Mitra, Urbashi

Analysis of a Simple Multihop Underwater Acoustic Network  (Page 3)

Structured Channel Estimation Methods for Cooperative Underwater Communication  (Page 87)


Nimbalkar, Amrita A.

Reliability in Underwater Inter-Vehicle Communications  (Page 19)


Parsons, Gregory

An Ultrasonic Communication System for Biotelemetry in Extremely Shallow Waters  (Page 99)


Peng, Shaolin

An Ultrasonic Communication System for Biotelemetry in Extremely Shallow Waters  (Page 99)


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Pompili, Dario

Reliability in Underwater Inter-Vehicle Communications  (Page 19)

Coordination of Autonomous Underwater Vehicles for Acoustic Image Acquisition  (Page 27)


Richard, Nicholas

Structured Channel Estimation Methods for Cooperative Underwater Communication  (Page 87)


Rodoplu, Volkan

Towards Automated Design of MAC Protocols for Underwater Wireless Networks  (Page 67)


Rossi, Michele

Fountain Codes and Their Application to Broadcasting in Underwater Networks: Performance Modeling and Relevant Tradeoffs  (Page 11)


Roy, Sumit

A Reservation MAC Protocol for Ad-Hoc Underwater Acoustic Sensor Networks  (Page 95)


Schurgers, Curt

Motion-Aware Self-Localization for Underwater Networks  (Page 51)


Shen, Chien-Chung

UW-FLASHR: Achieving High Channel Utilization in a Time-Based Acoustic MAC Protocol  (Page 59)


Singh, Hanumant

Underwater Communications and AUVs: From the Arctic to the Equator and Other Places Before, After and In Between  (Page 1)


Soh, Wee-Seng

MU-Sync: A Time Synchronization Protocol for Underwater Mobile Networks  (Page 35)


Stojanovic, Milica

Analysis of a Simple Multihop Underwater Acoustic Network  (Page 3)

Focused Beam Routing Protocol for Underwater Acoustic Networks  (Page 75)


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Tang, Wei

Towards Automated Design of MAC Protocols for Underwater Wireless Networks  (Page 67)


Tracy, Leonard T.

A Reservation MAC Protocol for Ad-Hoc Underwater Acoustic Sensor Networks  (Page 95)


Vieira, Luiz Filipe M.

Phero-Trail: A Bio-inspired Location Service for Mobile Underwater Sensor Networks  (Page 43)


Yackoski, Justin

UW-FLASHR: Achieving High Channel Utilization in a Time-Based Acoustic MAC Protocol  (Page 59)


Zhang, Wenyi

Analysis of a Simple Multihop Underwater Acoustic Network  (Page 3)


Zorzi, Michele

Fountain Codes and Their Application to Broadcasting in Underwater Networks: Performance Modeling and Relevant Tradeoffs  (Page 11)

Focused Beam Routing Protocol for Underwater Acoustic Networks  (Page 75)


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