The phrase "an integrated time" is correct and usable in written English.
It can be used in contexts discussing time management, scheduling, or the concept of time as a cohesive element in a system.
Example: "In our project, we aim to create an integrated time framework that aligns all team members' schedules for maximum efficiency."
Alternatives: "a unified timeline" or "a cohesive time structure".
In what follows, we will briefly provide how Zen understands "here and now," "zero time and zero space," and "an integrated time and space".
This paper presents an integrated time to digital converter (TDC) with a bin size adjustable in the range of 125 to 175 ps and a differential nonlinearity of ±0.3%.
To briefly introduce this method, at first, it eliminates the environmental inferences by removing the linear-fitted "local" trend over different time scales ("box sizes") in an integrated time series.
Then, two simplified systems are considered: an integrated time domain fDOT (ITD-fDOT) setup with no spatial information, and a CW-fDOT with no temporal information.
At present, the interface delivers color-coded messages in blocks, though I've requested an integrated time-based interleaving of the streams.
The platform combines a rapid thermal cycler, an integrated time-resolved fluorescence measurement unit, and user-friendly software for the analysis of results.
Recently, we reported an ion trap experiment with an integrated time-of-flight mass spectrometer (TOFMS) [1] focusing on the improvement of mass resolution and detection limit due to sample preparation at millikelvin temperatures.
This includes the software-based synchronization for pretreatment of the non-stationary vibration signal, wavelet packet based multi-band filtering techniques for signature extraction of the impact excitations, as well as the auto-regressive model based pseudo-Wigner-Ville distribution for an integrated time-frequency signature extraction of the engine vibration.
An integrated, time-efficient scheme, covering 90 days of chemical treatment and 30 days of post-dosing recovery will be used.
The particle rate was approximately 6 kHz/mm2, distributed over the whole active area of the detectors, and this rate was maintained for a total integrated time of 493 h.
Hence, for efficient data transmission an integrated routing, time scheduling and power control optimization strategy are required.
