Exact(21)
Theoretically, the SNR increased twofold on moving from 1.5 to 3 T, and an increased SNR can be translated into improvements in spatial, temporal, and spectral resolution.
For VR and GFA, SNR increased rapidly with more gradients.
In all cases, performance was shown to be a strong function of SNR with substantial increase in performance as SNR increased (e.g. constituent retrieval errors reduced by a factor of three).
The results indicated that the ammonia removal rate per unit surface area of medium (specific ammonia removal rate, SNR) increased initially at the start of the operation, until it reached a maximum value.
The SNR increased to 13.88 dB instead of the 11.27 dB achieved with a fixed threshold.
Another interesting observation is the fact that timing error reduced without bound when SNR increased for this LOS model.
Similar(39)
DWIBS at 3.0 T potentially offers higher SNR, since SNR increases linearly with increasing field strength.
When SNR increases, only the strong code achieve full diversity order in the observed SNR range.
On the other hand, as the SNR increases, K tends to increase.
As the Remark 5 states, the distance is small at low SNR, increasing with SNR until a ceiling is reached.
The distance between the MSE expressions is small at low SNR, increasing with SNR until a ceiling value is reached.
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