| Document Date: 2013-09-24 02:30:48
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City Miami / / Company Application-Based Systems / Wal-Mart / Purdue Pharma / Singapore Pte. Ltd. / / Country United States / / Currency USD / / / Event FDA Phase / / Facility Computing National University of Singapore Republic / Haifeng Yu Advanced Digital Sciences Center / / IndustryTerm wireless channel / additive overhead protocol / supply chain management / earlier protocol / important wireless applications / prior protocols / multiplicative overhead protocol / near-optimal protocols / lottery frame protocol / exP isting protocol / binary search / recent protocols / multi-set protocol / manufacturing / impacted applications / prior protocol / Wireless Communication / / Organization Singapore School / Computing National University of Singapore Republic of Singapore School / Computing National University of Singapore Republic / / Person Bob / Alice / Chen Ziling Zhou / / Position Prime Minister / author / Major / protocol designer / Real-time and embedded systems General / / Product Single-Set Algorithm / Multiple-Set For / S1 / LOF6 / / ProvinceOrState Saskatchewan / Illinois / / Technology SRCM protocol / 3 Some protocols / earlier EZB protocol / revised ART protocol / recent protocols / exP isting protocol / additive overhead protocol / ǫ2 Algorithm / RFID counting protocol / 2 Our SRCM protocol / two protocols / multiplicative overhead protocol / SRCS protocol / PET protocol / Existing RFID Counting Protocols protocol / 1 Our SRCS protocol / EZB protocol / LOWER BOUNDS ON THE OVERHEAD OF RFID COUNTING PROTOCOLS / existing protocols / LOF protocol / specific prior protocol / earlier protocol / 7 Our SRCM protocol / randomized protocol / known protocols / RFID protocol / Mobile Computing / counting protocol / multi-set protocol / lottery frame protocol / corresponding protocols / revised protocol / RFID technology / RFID counting protocols / Monte Carlo algorithms / / URL http /
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Understanding RFID Counting Protocols Binbin Chen Ziling Zhou ∗ Haifeng Yu