Camera clock speeds and initial offset times are not standard across cameras, which means the calculations of frame rate based on the IEEE 1394 'Shutter' attribute will not necessarily be correct across all cameras.
That means the Higgs calculation must include the effects of its interactions with all other known particles, including so-called virtual particles that can wink in and out of existence, which shift its mass off the scale.
The complexity of the techniques means the necessary calculations would take too much time to be applicable in a high frequency trading scenario.
This means that the calculation for video is about 90000 times of that for still image.
This means that the calculation of the reliability metric in this case would require a prohibitive amount of time.
It means that the calculation for the thresholds of the subsequent sensing frames can be saved as long as the system parameters remain unchanged.
This means that the calculation time of the conventional method increases more rapidly as the total bus number increases than that of the proposed method does.
This means that the calculation of G k, n, s + can be done only once in the initialization step of the subgradient procedure.
Such inaccuracy means that the calculation of the SIDa, AG, and SIG can be erroneous [ 41, 42].
