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of Texas at Austin). 11h30-12h00 Neighbor Discovery in Wireless Networks with Multipacket Re- ception Wei Zeng (University of Connecticut), ...
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Session chair: Devavrat Shah (MIT). Sense and Sensibility for Mobile Networks by Prof. Hari Balakrishnan, MIT Abstract: ”Truly mobile” devices such as smartphones and pads/tablets are rapidly becoming the dominant mode of Internet access. People use these devices in a wide range of locations and movement conditions, often in quick succession. The richness and diversity of operating conditions poses a significant challenge for wireless network protocols, which must adapt to the conditions at hand. In this talk, I will discuss how wireless network protocols can become smarter and operate more sensibly by incorporating external sensory informa- tion. The talk will make the case for a sensor-augmented protocol architecture for mobile networks, giving specific examples and outlining several open prob- lems. This talk is largely based on joint work with Lenin Ravindranath, Sam Mad- den, and Calvin Newport.
Session Chair: Dr. Thrasyvoulos Spyropoulos (Eurecom, France)
10h30-11h00 Deterministic Greedy Routing with Guaranteed Delivery in 3D Wireless Sensor Networks Su Xia (University of Louisiana at Lafayette), Xiaotian Yin (Stony Brook University), Hongyi Wu (University of Louisiana at Lafayette), Miao Jin (University of Louisiana at Lafayette), David Gu (Stony Brook University)
11h00-11h30 Optimized Overlay-based Opportunistic Routing Mi Kyung Han (University of Texas at Austin), Apurv Bhartia (University of Texas at Austin), Lili Qiu (University of Texas at Austin), Eric Rozner (University of Texas at Austin)
11h30-12h00 Neighbor Discovery in Wireless Networks with Multipacket Re- ception Wei Zeng (University of Connecticut), Xian Chen (University of Connecticut), Alexander Russell (University of Connecticut), Sudarshan Vasudevan (Bell Labs), Bing Wang (University of Connecticut), Wei Wei (University of Massachusetts)
Session Chair: Hari Balakrishnan (MIT)
13h30-14h00 Broadcasting Delay-Constrained Traffic over Unreliable Wireless Links with Network Coding I-Hong Hou (CSL and Dept. of CS, University of Illinois), P.R. Kumar (CSL and Dept. of ECE, University of Illinois)
14h00-14h30 OmniVoice: A Mobile Voice Solution for Small-scale Enterprises Nabeel Ahmed (MIT), Srinivasan Keshav (University of Waterloo), Kon- stantina Papagiannaki (Intel Research Pittsburgh)
14h30-15h00 Enabling Coexistence of Heterogeneous Wireless Systems: Case for ZigBee and WiFi Xinyu Zhang (University of Michigan), Kang G. Shin (University of Michigan)
15h00-15h30 The Hare and the Tortoise: Taming Wireless Losses by Exploit- ing Wired Reliability Anirudh Badam (Princeton University), Dongsu Han (Carnegie Mellon University), David G. Andersen (Carnegie Mellon University), Michael Kaminsky (Intel Labs Pittsburgh), Konstantina Pa- pagiannaki (Intel Labs Pittsburgh), Srinivasan Seshan (Carnegie Mellon University)
Session chair: Dina Papagianakis (Intel Labs, USA)
16h00-16h30 A Market-Clearing Model for Spectrum Trade in Cognitive Ra- dio Networks Sang-Seon Byun (Norwegian University of Science and Technology), Ilangko Balasingham (Rikshospitalet University Hospital), Athanasios Vasilakos (University of Western Macedonia)
16h30-17h00 Truthful Auction for Cooperative Communications Dejun Yang (Arizona State University), Xi Fang (Arizona State University), Guoliang Xue (Arizona State University)
17h00-17h30 Non-cooperative Spectrum Access - The Dedicated vs. Free Spectrum Choice Krishna Jagannathan (MIT), Ishai Menache (MIT), Eytan Modiano (MIT), Gil Zussman (Columbia University)
Session Chair: Xiaomeng Ban (Stony Brook University)
14h00-14h30 Self-Stabilizing Leader Election for Single-Hop Wireless Net- works Despite Jamming Andrea Richa (ASU), Christian Scheideler (Uni Paderborn), Stefan Schmid (T-Labs / TU Berlin), Jin Zhang (ASU)
14h30-15h00 Towards Cheat-Proof Cooperative Relay for Cognitive Radio Networks Haifan Yao (SUNY at Buffalo), Sheng Zhong (SUNY at Buf- falo)
Session Chair: C´edric Adjih (INRIA, France)
Session chair: Christian Scheideler (Uni Paderborn, Germany)
16h30-17h00 Dispatch-and-Search: Dynamic Multi-Ferry Control in Parti- tioned Mobile Networks Ting He (IBM Research), Ananthram Swami (US Army Research Lab), Kang-Won Lee (IBM Research)
17h00-17h30 Putting Contacts into Context: Mobility Modeling beyond Inter- Contact Times Theus Hossmann (ETH Zurich), Thrasyvoulos Spyropou- los (Eurecom), Franck Legendre (ETH Zurich)
Sagem, a high-tech company in the Safran group, holds world or European lead- ership positions in optronics, avionics, navigation, electronics and safety-critical software for both civil and military markets. Sagem is the No. 1 company in Europe and No. 3 worldwide for inertial navigation systems (INS) used in air, land and naval applications. It is also the world leader in helicopter flight controls and the European leader in optronics and tactical UAV systems. Op- erating across the globe through the Safran group, Sagem and its subsidiaries employ 7,000 people in Europe, Southeast Asia and North America. Sagem is involved in several programs of digitization and transformations of the armed forces, developping and producing C2 systems such as Battle man- agement systems, artillery C2 systems, optronics systems for forward observers and recce units, for France and international customers. Sagem is main contrac- tor of the FELIN program, the integrated dismounted soldier system, including tactical radio, C2 systems and optronic sensors, for the French army. A total of 22 600 systems is being currently in production. The first bataillon has been delivered in september 2010. Sagem is the main contractor of Phoenix demon- stration and experimentation program for the French Army based on software, C4I tactical systems, sensors and integration of electronics and optronics in combat vehicles. Sagem systems are proven on several overseas operations. Sagem is the commercial name of the company Sagem Dfense Scurit. For more information: www.sagem-ds.com