The new simulation model is validated by comparing the estimated response times with those obtained using a real system.
The matches between the measured and the estimated response times were excellent for all the detectors, except a "rate-compensated" high-temperature rating detector.
The proposed models can represent write and read operations, and they may estimate response time, throughput and availability.
On the other hand, for estimating response-time, we use single exponential smoothing because for the oscillatory response-time, we do not need to predict the trend but a smoothed value.
We specified the duration of the estimated response from stimulus onset (time = 0) to 18-s poststimulus onset (13 TR), a sufficient duration for the estimated BOLD response to return to baseline, for each separate epoch of the trial.
The effects were further described by plotting the estimated response rates for all predictors by time interactions and by the computation of post-hoc tests (of the simple effects).
This was used to estimate response rate (RR), time to response, response duration and time to progression for the combination regimen.
These methods estimate response probabilities over time by using the data for each subject up to the point that they either responded or withdrew from the study.
Standard approaches to estimate the response time use simple scaling relationships which neglect spatial variations.
We build a model to estimate the response time of job running at a local site or remote site.
With the information on the time and vertical location of the chlorophyll depth maximum, the next step was to estimate the response time of the phytoplankton - i.e. the period between sensing a trigger and forming a depth maximum.
