The first approach has involved attempts to replicate well-established response time effects online; to see whether the same patterns of results can be found.
In addition to determining how quickly the microbe can respond to an increase in sugar concentration, it is important to establish the response time to a sudden limitation in sugar.
Rather than directly compare experimental results across Web and lab implementations, a number of recent studies have attempted to replicate well-established response-time-based phenomena online.
Much work has been done to establish the bounded response time of transmissions in an event-triggered CAN.
If no absolute majority could be established before the maximum response time, an exception will be issued to signal that consensus could not be found (Buys et al. [2011]).
The major drawback of enzyme-responsive systems, however, is the difficulty in establishing a precise initial response time [57].
Chronopotentiometric measurements show that the typical response time to establish a non-ohmic overpotential is an even more sensitive and easily scalable parameter to detect preferential channeling (and the presence of possible fouling) in an early stage.
This study aimed at establishing the sensor's response time, exploring the P a O 2 range over which the sensor can generate reliable results, using standard blood gas analysis as a control measurement, and assessing whether it could detect P a O 2 oscillations in an ovine model of ARDS in vivo.
The application for providing asynchronous written dialogue between the single patient and the healthcare professionals was established on a 24 hours response time.
High test-retest reliability has already been established for both the SCIT response time (0.98) and error rate (0.91) measures, 18 and performance on SCIT has shown medium correlations against performance on subtests of the CANTAB (eg, simple reaction time, r[57]=0.46, P<0.01; choice reaction time, r[57]=0.54, P<0.01).
