701
6 CONCLUSIONS
Designing the top layer of IoT for mines is an important measure taken by the State Administration of Work Safety for the overall development of China’s mining industry. It is used to guide
the sustainable and healthy development of the IoT technology and to ensure the efficient and
safe production in mines. We need to fully understand the development status and the challenges
of IoT for mines, and clarify the strategic development goals. Besides, we must accurately make
the plans for the development of the key technologies, and formulate a clear roadmap of the
development. The top layer design of IoT for mines is a good opportunity for cooperation. It
points out the direction of the future development of IoT for mines. The demonstration project
in Jiahe coal mine proves the feasibility and the effectiveness of the ideas of the top layer design.
ACKNOWLEDGMENTS
This research has been funded by the Natural Key R&D Program of China (No.
2017YFC0804400). The authors would like to thank Jiahe coal mine for supporting this study.
REFERENCES
Aguilar, J., Jerez, M. & Rodríguez, T. 2018. CAMeOnto: Context awareness meta ontology modeling,
Applied Computing and Informatics, 14(2):202–213.
Figure 4. The moving targets tracking and the environment monitoring for the underground
surveillance.
Figure 5. The underground equipment monitoring system.
Figure 6. The microseismic monitoring system consists of the DLM-SOS data collection system, the
recorder, the analyser and the demodulation measurement probes.
6 CONCLUSIONS
Designing the top layer of IoT for mines is an important measure taken by the State Administration of Work Safety for the overall development of China’s mining industry. It is used to guide
the sustainable and healthy development of the IoT technology and to ensure the efficient and
safe production in mines. We need to fully understand the development status and the challenges
of IoT for mines, and clarify the strategic development goals. Besides, we must accurately make
the plans for the development of the key technologies, and formulate a clear roadmap of the
development. The top layer design of IoT for mines is a good opportunity for cooperation. It
points out the direction of the future development of IoT for mines. The demonstration project
in Jiahe coal mine proves the feasibility and the effectiveness of the ideas of the top layer design.
ACKNOWLEDGMENTS
This research has been funded by the Natural Key R&D Program of China (No.
2017YFC0804400). The authors would like to thank Jiahe coal mine for supporting this study.
REFERENCES
Aguilar, J., Jerez, M. & Rodríguez, T. 2018. CAMeOnto: Context awareness meta ontology modeling,
Applied Computing and Informatics, 14(2):202–213.
Figure 4. The moving targets tracking and the environment monitoring for the underground
surveillance.
Figure 5. The underground equipment monitoring system.
Figure 6. The microseismic monitoring system consists of the DLM-SOS data collection system, the
recorder, the analyser and the demodulation measurement probes.