Computer Science University of Oxford firstname.lastname@cs.ox.ac.uk ABSTRACT / Mine Telephone / Mine Operations / Niki Trigoni Institute / Mine Communication Percussion / /
IndustryTerm
carrier phase/frequency / digital signal processor / metal pipes / search coils / personal emergency device / constant frequency carrier / magnetic network / shielded metal box / wireless link / dot product / normal mining operations / conventional wireless sensor networks / wireless sensor networks / software requirements / underground communication systems / wireless sensor devices / carrier frequencies / distributed multi-hop networks / receiver device / cognitive magnetic network / metal object acting / multi-hop magneto-inductive networks / latency magnetic network / energy / higher carrier frequencies / carrier frequency / network algorithms / short range wireless communication / energy consumption / sensor networks / underground machinery / underground sensor network / off-theshelf technology / wireless technology / wireless technologies / magnetoinductive wireless network / carrier tone / inverse square law / mine telephone system / Wireless underground networks / software-defined prototype transceivers / underground sensor networks / communications infrastructure / underground mining / wireless links / higher frequency carrier wave / hybrid wired/wireless approach / magneto-inductive networks / wireless communication / waste energy / steel / /
Organization
Sensor Networks Underground Andrew Markham and Niki Trigoni Institute for the Future of Computing / U.S. Securities and Exchange Commission / Computer Science University of Oxford firstname.lastname@cs.ox.ac.uk ABSTRACT / /
Magneto-Inductive NEtworked Rescue System (MINERS): Taking Sensor Networks Underground Andrew Markham and Niki Trigoni Institute for the Future of Computing, Department of Computer Science University of Oxford