3D-numerical simulations were performed to estimate performance in pump and turbine modes, partly supported by the experimental data.
The next section describes the JOKARUS system design and the estimated performance in context of laser interferometric ranging missions.
To estimate performance in problem solving, we measured the latency from first visual contact to eating the food.
To estimate performance in problem solving, we used two different measures: (i) the total latency since the first visual contact until the bird opened the well and ate the food; and (ii) the latency since the first bill peck delivered to the wooden well until the bird opened the lid and ate the food.
In assessing the performance for any of the three fundamental tasks discussed here, a validation procedure must be carefully designed, recognising limits on the accuracy of estimated performance, in particular for small sample size.
In this study, the focus is to know that, whether it can make a difference in estimating performance by changing initial starting points, particularly in custom built environment.
Therefore, this model is able to estimate performance early in the design and development stages simulating a multiprocessor architecture in charge of analysing network traffic.
The estimated performance is in agreement with the performance of the EBB, taking into account a factor of three shorter absorption length of the JOKARUS spectroscopy module compared to the EBB, and otherwise similar experimental parameter.
With the performance parameters stratified on BI-RADS density of Yankaskas et al., for example, we can calculate weighted averages (weighted on VDG distributions) to estimate performance (e.g., sensitivity) in each reading unit in our study [ 26].
Continuous [ 23, 24] and shuttle [ 11, 15] adapted wheelchair field tests have been proposed to estimate performance and maximal aerobic speed in order to predict VO2peak.
