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A Survey Report on Operating Systems for Tiny Networked Sensors., , and . CoRR, (2015)On the importance of link characterization for wireless sensor networks in underground mines., , and . COMSNETS, page 576-577. IEEE, (2017)SkyHelp: Leveraging UAVs for emergency communication support in deep open pit mines., , , and . COMSNETS, page 546-548. IEEE, (2018)Studies on Propagation Characteristics of Radio Waves for Wireless Networks in Underground Coal Mines., , , and . Wireless Personal Communications, 97 (2): 2819-2832 (2017)DeepSense: Sensing the radio signal behavior in metal and non-metal underground mine workings., , and . INFOCOM Workshops, page 913-918. IEEE, (2018)RSSI or LQI: Insights from Real-Time Deployments for Underground Sensing and Applications., , , , and . INFOCOM Workshops, page 1231-1236. IEEE, (2020)Zigbee Based Wireless Data Acquisition System for Underground Mines - A Feasibility Study., , , and . ISORC, page 152-155. IEEE Computer Society, (2018)SkyHelp: UAV Assisted Emergency Communication in Deep Open Pit Mines., , , and . IoPARTS@MobiSys, page 31-36. ACM, (2018)Prediction of spontaneous heating susceptibility of Indian coals using fuzzy logic and artificial neural network models., , and . Expert Syst. Appl., 38 (3): 2271-2282 (2011)MineSense: sensing the radio signal behavior in metal and non-metal underground mines., , and . Wireless Networks, 25 (6): 3643-3655 (2019)