The phrase "analytical timing" is correct and usable in written English.
It can be used in contexts where one is discussing the timing of analytical processes or assessments, particularly in fields like data analysis, project management, or research.
Example: "The success of the experiment depended heavily on the analytical timing of data collection and analysis."
Alternatives: "timing analysis" or "timing evaluation".
Therefore, we propose an analytical timing model for 2-input NAND gate based on the relation between the time lag between any two voltage values at the input and output nodes.
Accurate analytical timing models are desirable for CMOS logic gates designed using nanometer technology nodes.
Developing an accurate analytical timing model for combinational logic gates entails the challenge of inclusion of the impact of voltage transition at the intermediate nodes in the series stack of transistors.
As accurate and efficient timing prediction is very important for integrated circuit design, an analytical timing model for inductive-effect dominated resistance inductance capacitance (RLC) transmission line with resistive driver and capacitive load is proposed by virtue of traveling wave propagation and perturbation technique.
The study showed that only 36% of laboratories respect the standard preanalytical procedures to collect blood (tube preheating, transport in container, sedimentation, and/or centrifugation at 37°C) and a wide variation at many steps of the analytical procedure (timing for cryoprecipitation at 4°C, washing and/or resolubilization of cryoprecipitate, etc).
In addition, collection methods, analytical techniques, analytes measured, and timing of data collection differ.
Biological matrices, timing, and analytical methods of the measurements varied between cohorts.
Numerous issues may contribute to the conflicting results including: heterogeneity among studies (varying study populations, varying definitions of depression, varying measures of stress, prospective versus retrospective assessments, varying analytical models); issues regarding timing of stress and depression; underpowered samples; and publication bias.
This paper presents an analytical procedure to optimize the timing of operator interventions.
All four analytical approaches (otolith microchemistry, morphology, spawning timing, population genetics) yield congruent results, and provide clear and independent evidence for the existence of distinct migratory and non-migratory ecotypes within a river in a geographically confined range.
Comparison with other analytical and SPICE models illustrates that this timing model can achieve excellent accuracy for inductance-dominant interconnect.
