Track: Ad-hoc, Sensors, Mobile Agents and Robot Networks
Track Chair
- Ralf Klasing CNRS and University of Bordeaux
- Zvi Lotker Ben Gurion University
Track Program Committee
- Ittai Abraham Microsoft Research Silicon Valley
- Keren Censor-Hillel Technion
- Colin Cooper King's College London
- Jurek Czyzowicz Universite du Quebec en Outaouais
- Robert Elsasser University of Salzburg
- Thomas Erlebach University of Leicester
- Pierre Fraigniaud CNRS and University Paris Diderot
- Satoshi Fujita Hiroshima University
- Leszek Gasieniec University of Liverpool
- Sun-Yuan Hsieh National Cheng Kung University
- Adrian Kosowski INRIA Bordeaux
- Fabian Kuhn University of Freiburg
- Shay Kutten Technion
- Gopal Pandurangan Nanyang Technological University and Brown University
- Rajmohan Rajaraman Northeastern University
This track is devoted to algorithms, theory, and modeling in the context of ad-hoc, mobile and dynamic computing and networking. It will cover contributions in both the design and analysis of discrete and distributed algorithms, and system modeling in the context of mobile, wireless, ad-hoc, sensor networks, and dynamic networks.
This track aims at bringing together the theoreticians and practitioners of the field and is intended to foster cooperation among researchers in mobile computing and researchers in discrete and distributed algorithms.
Topics include, but are not limited to:
- Ad-hoc Wireless Network
- Approximation and/or randomized Algorithms
- Attacks on Dynamic Network
- Autonomous mobile robots
- Dynamic Graph Models Algorithms
- Evolution of the network
- Localization and Location Tracking
- Measurement and Data Analysis
- Modeling and Performance Evaluation (Stochastic Analysis)
- Proliferation, Spreading, and Diffusion in networks
- Resource Assignment, Management, and Scheduling
- Robustness and Stability of Networks
- Security and Fault-Tolerance Issues
- Selfish behavior and cooperation
- Sensor network planning, calibration and deployment