The CO/FT regulatory module controls timing of flowering and seasonal growth cessation in trees [ 24].
The Time & Timing module checks data consistency, data time and timing error flags from the PMU, and make sure the data is within required latency.
The electrical pulses output by the detector representing the photon events are collected by the HRMTime timing module which continuously time-tags the rising edge of each single pulse.
In our current PRSPC system, this limitation is overcome by using a high resolution timing module which can continuously time-tag the photon pulses output from a single photon counting (SPC) detector.
In contrast to TCSPC whose photon count rate is limited by the pile up error, the count rate of the PRSPC system is ultimately limited by the HRMTime timing module and the data processing time taken by the Labview program.
Compared with the prototype PRSPC system, the current system can reach a photon count rate of 3Mcps which is limited by the HRMTime timing module and the data processing time taken by the Labview program.
Due to the characteristics of the different categories of driving errors (Subsection 5.1.2), the output and timing module handles the minimum period of time as follows: If only a single strategic driving error is active, it will be displayed until the driver adapts the driving advice (e.g., reduces travel speed to max. 85 km/h).
A pattern trigger signal, with a period of 32 times of the PRBS repetition time, is available from the PRBS generator and is taken by the timing module as a reference signal for synchronization.
To achieve real time data acquisition, we have developed a new implementation utilizing a high resolution timing module (HRMTime, SensL) to record the pulse sequence representing detected photons.
The logics of the FPM can best be understood by starting with the functionalities of the output and timing module.
