Abstract
A distributed network monitoring system has been designed and implemented for smart monitoring of complex indoor wireless environments to support management of wireless communications. In particular, it makes possible real-time monitoring and analysis in smart factories using commodity hardware and open-source software. The system collects data from distributed wireless receivers, aggregates the data in spatial cells and time bins, and computes space-time wireless metric data frames. A prototype monitoring system was implemented with two types of wireless interface sensors, packet-capture and spectral sensors, and automatic online data collection, indexing, aggregation and analysis. The prototype system reports wireless quality metrics with one-meter spatial resolution and periodic update times of 1 to 10 seconds.
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