The homogeneity parameter has proved to be the most efficient criterion to separate the yarns numerically.
The Combined Index was the most efficient criterion analyzed to identify Priority Areas for Conservation.
For N ≥ 3, the most efficient resignalling criterion with 0.0%% signal loss is ">50 % increased period frequency" using monthly SSD runs with a workload decrease of 36.3%%.
For N ≥ 5, the most efficient resignalling criterion with 0.0%% signal loss is, just like for N ≥ 3, ">50 % increased period frequency" using monthly SSD runs with a workload decrease of 49.9%%.
For the most efficient resignalling criterion for N ≥ 3 (monthly SSD runs, 3878 SDRs, 36.3 % workload decrease, 0.0%% signal loss), a switch to N ≥ 5 (3047 SDRs) would additionally decrease the workload by 21.4 % with 0.0%% signal loss.
For the most efficient resignalling criterion (">50%% increased period frequency, monthly SSD runs, 3878 SDRs, 0.0%% signal loss), a switch from N ≥ 3 to N ≥ 5 (3047 SDRs) additionally reduced the workload by 21.4 % with 0.0%% signal loss, but one true signal (14.3 %) was detected later compared with N ≥ 3.
The two fusion proteins, ferrochelatase II and Rieske-like CAB protein, possess a less-conserved CB motif (which can be missing in some cases) and therefore, the most efficient classification criterion for these two groups was full-length sequence similarity based on BLASTP.
This could be interpreted as an increase in efficiency in the use of total operating time, with rotator cuff repair being the most efficient procedure by this criterion.
For N ≥ 3, the most efficient monthly SSD resignalling criterion reduced the workload by 36.3 % and detected all true signals earlier than quarterly SSD.
Since literature was sparse, the authors described the related but distinct notion of statistical efficiency, where researchers may use variance components to allocate measures in the most efficient way, based only on criteria related to statistical performance.
