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City Helsinki / Space / / Company Wal-Mart / Periodic Backscatter Networks / Vf / / Country Finland / / Currency USD / / / Event FDA Phase / / Facility Power Backscatter Networks Jue Wang Haitham Hassanieh Dina Katabi Piotr Indyk Massachusetts Institute of Technology / Mart store / / IndustryTerm wireless channel / event-driven networks / automatic rate adaptation protocol / accumulative energy consumption / backscatter networks / ultra-low power ubiquitous networks / power-full device / consumed energy / ultralow power ubiquitous networks / low-power communication technologies / wireless symbols / real time / user mode processing / compressive sensing algorithms / low power devices / ultra-low power devices / rateless bit rate adaptation protocol / healthcare / oil / above protocol / retailing / belief propagation algorithm / compressive sensing solution / energy / carrier frequency / inventory management / estimation algorithms / identification algorithm / low power technologies / backscatter protocols / energy consumption / average net energy consumption / event-driven applications / streaming algorithms / identification protocol / software radios / compressive sensing identification protocol / real-time heat maps / compressive sensing algorithm / rate adaptation protocol / wireless symbol / backscatter network / backscatter systems / wireless communication / aviation / rate adaptation algorithms / / Organization Massachusetts Institute of Technology / EPC / Computer Systems Organization / / Person Ai / Az / SING C OMPRES SIVE / Wang Haitham Hassanieh Dina Katabi / / Position Alien Squiggle General / General / / Product Walsh / Eq / Gen-2 / / ProgrammingLanguage K / L / / Technology automatic rate adaptation protocol / above protocol / rate adaptation algorithms / compressive sensing algorithm / low-power communication technologies / CDMA / Low-Power Backscatter Networks Jue Wang Haitham Hassanieh Dina Katabi Piotr Indyk Massachusetts Institute of Technology / 4 Faster algorithms / belief propagation algorithm / rateless bit rate adaptation protocol / Terms Algorithms / estimation algorithms / identification algorithm / Ultra-low power technologies / rate adaptation protocol / compressive sensing algorithms / bĖ The algorithm / h2 y2 h3 b3 b4 b5 The algorithm / identification protocol / Framed Slotted Aloha protocol / TDMA / wireless LAN / compressive sensing identification protocol / backscatter protocols / /
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Efficient and Reliable Low-Power Backscatter Networks Jue Wang Haitham Hassanieh Dina Katabi Piotr Indyk Massachusetts Institute of Technology {jue_w, haithamh, dk, indyk}@mit.edu Abstract ā There is a long-standing vi