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. New energy acquisition devices are urgently required to addressthe increasing global energy consumption and increasing difficulty of energyexploitation. Devices for seismic exploration appear to be small in size,wireless and rapidly becoming more intelligent; hence, a traditionaloperating platform can no longer satisfy the demand of portable explorationdevice usage. This study investigates and develops hardware for a wirelessmicroseismic acquisition station and then uses this hardware as a platform toaddress the distribution of wireless microseismic acquisition stations anddeliver monitoring software based on the Android platform, which isportable, popular and has a large number of users. In large-scale fieldconstructions, software can provide operators with visualised stationlayouts throughout the process, including positioning, ranging, anglemeasuring and network monitoring. It also offers a real-time network formonitoring small- and medium-sized microseismic acquisition station arraysunder construction as well as other functions, such as intelligent controland real-time data monitoring of the status of the acquisition station. Adrainage blast monitoring test is conducted on the system, showingpositively monitored data and accurate results in the inverse operation.Moreover, the software and hardware are proven to be highly stable andportable through a post-construction test, which can help enhance the fieldconstruction efficiency.

Design and implementation of the detection software of a wireless microseismic acquisition station based on the Android platform