Workshop Program
All presentations are scheduled on June 16 in Room 3511

Session 1: WLAN and Routing Protocols
10:30AM ~ 12:00PM
AC Protocol for Fair Two-Way Communications in Wireless LANs
Masakatsu OGAWA, Yutaka KUNO, Tetsu SAKATA, and Shuji KUBOTA
On the benefits of heterogeneous networking and how cellular mobile operators can help
Marc Danzeisen, Torsten Braun, Isabel Steiner, and Daniel Rodellar
A New Multipath Routing Approach to Enhancing TCP Security in Ad Hoc Wireless Networks
Zhi Li and Yu-Kwong Kwok
Analysis of the Interaction Between TCP Variants and Routing Protocols in MANETs
Dongkyun Kim, Hanseok Bae, Jeomki Song and Juan-Carlos Cano
Distributed Algorithm for Power Aware Minimum Connected Dominating Set for Routing in Wireless Ad Hoc Network
Tamaghna Acharya and Rajarshi Roy
Session 2: Sensor Networks
1:30PM ~ 3:00PM
Traffic Adaptive MAC Protocol in Wireless Sensor Network
GONG Hai-gang, LIU Ming, XIE Li
On Channel Adaptive Energy Management in Wireless Sensor Networks
Xiao-Hui Lin and Yu-Kwong Kwok
An efficient algorithm for localization in wireless sensor networks based on an internal array of nodes within cells
Mario Limon M., Victor H. Zarate S., J. Arturo Perez D.
Interpolation for Wireless Sensor Network Power Management
Richard Tynan
Timing and Power Issues in Wireless Sensor Networks - an Industrial Test Case
Niels Aakvaag, Mogens Mathiesen, Gilles Thonet
Session 3: Applications of Wireless Networks
3:30PM ~ 5:00PM
A Mobile-IP Based Mobility System for Wireless Metropolitan Area Networks
Chung-Kuo Chang
Security Analysis on Chinese Wireless LAN Standard and Its Solution
Fan ZHANG, Jianfeng MA, SangJae MOON
Multiplexing Voice and SMS Traffic with Bursty Video over Next Generation Wireless Networks with Capture
Polychronis Koutsakis
Service Discovery in Mobile Ad-Hoc Networks: Better at the Network Layer?
Antonio Garcia-Macias and Dante Arias Torres
Content Oriented Communications for emergencies in wireless environments
Kazuya SAKAI, Hiroki NAKANO, Akiko NAKANIWA, Hiroyuki EBARA, Hiromi OKADA