Sentence examples for synchronization jitter from inspiring English sources

The second one, a picosecond (4 ps at FWHM) electron pulse from a 35 MeV S-band Linac employing a conventional thermionic gun with a sub-harmonic buncher, was synchronized with the femtosecond laser pulse, with a synchronization jitter of 2.8 ps (rms).

Nevertheless, let us conservatively consider a total clock synchronization jitter of 20 ps.

Due to the high time resolution of UWB signals, the performance of the system is sensitive to the timing jitter and synchronization [33, 34].

Commonly, this FH network is implemented based on the Common Public Radio Interface (CPRI) standard [2], which requires data rates of up to 24 Gbps per cell, a round-trip FH latency below 200 μs, low jitter, tight synchronization, and high reliability.

Parameter Value Oscillator technology RC-oscillator Initial clock drift [ppm] Interval time [milliseconds] Granularity (ticks/period) Minimum message staggering delay [milliseconds] Maximum message staggering delay [milliseconds] Coupling factor Constant transmission delay [milliseconds] Maximum delay jitter [milliseconds] Synchronization window [milliseconds] Evaluation end [periods].

The precision of this clock synchronization along with the timing jitter of the detectors and electronics determines the coincidence window.

Aspects like the robustness of these signaling schemes towards jitter and timing synchronization errors remain for further study.

As the jitter computation requires a synchronization between the entity which will send the equivalent of the RTP packets each 20 ms and the entity which will receive them, the RS-3TCAC and the SS need to have the same clock values.

However, convergence of many, temporally distributed excitatory inputs have been shown to be effective in reducing postsynaptic spike jitter [21], so precise synchronization can be maintained by appropriate synaptic topology.

The benefit of such a scheme is to improve the timing jitter and achieve all-optical synchronization between the electron beam and HHG seed in the near future.

We have previously proposed a clock distribution and data synchronization scheme to address a problem of jitter accumulated in Large Scale SFQ circuits such as Reconfigurable Data Paths processor (RDP).