In addition, the pilot pattern design, using our proposed scheme, indicates better recovery performance than other proposed coherence based criteria in terms of the reconstruction mean square error (MSE) and successful channel recovery percentage.
Further, in order to improve the accuracy of the critical plane-based criterion in terms of fretting fatigue lifetime evaluation, a new approach involving a critical distance also function of the stress gradient in the contact zone is proposed and experimentally validated.
The numerical predictions compare well with the tests results, and they help identify the applicability range of the simpler point loading case as well as a fracture analysis that is based on a critical stress criterion in terms of the system parameters.
The empirical criteria are either strain based at fracture locus or stress based defined in terms of stress formability index (Xue-min et al. 2009).
This is an important criterion in terms of performance.
Two fragments were selected, based on a match to the analysis criteria, in terms of size and GC content.
The total length of sequence investigated was determined from the number of mapped bases that met the same criteria in terms of coverage as the candidate mutation filter; this number was 3 14 for DFNY1-101 and 3 20 for DFNY1-66 when the palindrome regions, high repeats, and gaps described in [9] were excluded.
The top four criteria in terms of reviewer agreement based on the rankings for 2001 2002 were Statistics, Overall, Recommendation, and Methods.
Comparisons between criteria in terms of genetic gain were mainly based on R s.
This methodology provides the users to select the criteria of their own interest based on their requirement and also to give preferences to those criteria in terms of weights.
We evaluated these proposed new criteria in terms of their clinical importance, accuracy and evidence base.
