For each Activity, participants' scores were converted to z-scores for each norm-referenced dimension.
The reproducibility (test-retest reliability) for each norm-referenced subtest was estimated and presented by the intraclass correlation coefficient (ICC) in 50 randomly selected children (46% boys).
Reliability was assessed as the ICC across the three ratings for each norm-referenced measure and the sum of criterion-referenced measure scores.
For each normal norm, the chapter presents the rules that relations must meet to reach that normal form, and the design problems that may remain.
The commutativity (t1), the monotonicity (t3), and the boundary condition (t4) imply that for each t-norm T and for each (x in[0,1]), we have the following boundary conditions: T x, 1) = T 1, x) = x and T x, 0) = T 0, x) = 0. Typical examples of t-norms are (T_{M} x,y) = min{a,b}) and (T_{P} x, y) = xy).
Then, for each unitarily invariant norm, the function.
The total number of bits is set as 6 or 18, then the number of bits for each per‐cell channel norm 6 N c = 2 or 6.
It is because, in this case, the reconstruction without the per‐cell channel norms becomes the bottleneck in improving the quantization performance of the global CDI, and at least 3 bits is necessary for each per‐cell channel norm to compensate the rate loss.
denotes the supremum norm on or its induced supremum metric, for functions or vector and matrix functions without specification of any pointwise particular vector or matrix norm for each If pointwise vector or matrix norms are specified, the corresponding particular supremum norms are defined by using an extra subscript.
Conversely, we assume that for each Since is uniformly norm-to-norm continuous on each bounded set, (315).
