IEEE Transactions on Industry Applications · 2010 · 26 citations · 2 references
EngineeringCommunicationMining EngineeringMine SafetyUnderground MiningWireless CommunicationsMine Communication SystemsMine Safety ManagementWireless NetworksWireless Sensor NetworksIntermediate Frequency SystemsMine Communication InfrastructureMine Communication Systems DesignMine Disaster ResponseMine Radio NetworksMine Safety CommunicationUnderground Sensor NetworksUnderground Wireless Communication
Recent U.S. mine disasters revealed gaps in safety technology, prompting the 2006 MINER Act and highlighting a critical deficiency in post‑accident communications. To meet MINER Act requirements and prevent future tragedies, NIOSH launched research to develop and improve mine‑safety technologies. The paper details how leaky‑feeder, wireless‑mesh, and medium‑frequency systems operate, their pros and cons, and the challenges of underground wireless communication.
Recent mine disasters in the U.S. exposed various inadequacies and gaps in mine-safety technology. Congress responded to these tragedies by enacting the Mine Improvement and New Emergency Response Act of 2006 (MINER Act), which resulted in the most significant change to mine-safety laws in 30 years. To help meet the requirements of the MINER Act and to help eliminate future tragedies, the National Institute for Occupational Safety and Health initiated aggressive research programs for developing new, and enhancing existing, mine-safety technologies. A major research emphasis addressed the lack of postaccident communications, which surfaced as a critical deficiency in some disasters. As a result, three communications approaches emerged as viable technologies-enhanced leaky-feeder, wireless-mesh, and medium-frequency systems. This paper describes the operation, application, advantages, and disadvantages of each system, as well as the challenges associated with underground wireless communications.
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Medium-Frequency Propagation In Coal Mines
H.K. Sacks, R.L. Chufo · 1978 · 14 citations