More practically, our data strongly suggest that observers cannot completely inhibit secondary information presented on a HUD, even when they want to or are instructed to do so.
Using practically acceptable data corresponding to the already known world of nanotechnology and based on reasonable/reliable numerical estimates, the period of oscillation for the pendulum is computed.
However, the containment based on practically measured data shows a slightly higher and slightly lower reliability than that based on Chinese and European design codes, respectively.
The primary disadvantage of these methods is that they are time and labor intensive, and provide only sparse temporal coverage (as human observers cannot practically collect data 24 h a day).
Based on the Monte Carlo method, random properties of the main material of the containment are applied to produce 100 samples using two sets of NPP design codes (Chinese and European) and one set of practically measured data.
To date, however, few studies have attempted to apply different costs to alcohol crashes of different severity, to provide more precise, and practically useful, data on which to base public health policy and intervention decisions.
However, there are practically no data concerning the intensity of the erosion of the heating surfaces of boilers fired with both coal and biomass, and thus it is difficult to design these particular areas appropriately.
Practically no data collected from systems is unimportant but it may be unrelated to a given use case.
We investigate this latter context in our present research, which contains a unique blend of theoretically relevant and practically applicable data that should be of interest to a wide audience, including psychologists, engineers, designers, policy makers, and the general public.
Now imagine what the fallout would be if a similar hack occurred at a major ISP, which now has the ability to collect practically any data sent over its networks.
