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University of Winnipeg / Ben-Gurion University / Bar Yehuda et al. / Israel National University of Singapore / /
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canonical broadcast algorithm / disruption-tolerant protocol / possible single channel solution / theoretical algorithms / local broadcast solution / undirected multi-hop networks / binary search / real radio network protocols / local broadcast algorithm / radio network / broadcast algorithms / disruption algorithm / actual adversarial device / non-radio devices / polynomial-time algorithm / al algorithm / Wireless Broadcast / b/g network protocols / synchronous multihop radio network / large wireless network / literal adversarial device / canonical single channel algorithm / disruption protocol / distributed solution / possible single-channel algorithm / radio networks / /
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National University of Singapore / Singapore / University of Winnipeg / Ben-Gurion University / MIT / Rita Altura Trust / European Union / Natural Sciences and Engineering Research Council of Canada / /
Leveraging Channel Diversity to Gain Efficiency and Robustness for Wireless Broadcast Shlomi Dolev1 , Seth Gilbert2 , Majid Khabbazian3 , and Calvin Newport4 ? 1 Ben-Gurion University, Beersheba, Israel