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This work reports a cost-effective, simple front-end readout and DAQ of aRPC-based muon scattering tomography system under construction. TheTime-over-threshold property of NINO ASICs has been exploited to achieveprecise tracking by extraction of position information. The use of a low-costFPGA for event selection and TOT measurement has been demonstrated for aprototype RPC which has been triggered by a cosmic ray hodoscope of threeplastic scintillators. The relation between input pulse width and TOT has beenestablished by analyzing the waveforms of the RPC signals. The TOT profile atdifferent working voltages has been obtained by the FPGA and it has been fittedwith the Gaussian distribution. Its standard deviation represents an estimateof the tracking precision.

Precise Tracking of Cosmic Muons using Time over Threshold property of NINO ASICs