System requirements and actual application code may not be consistent, with the implementation failing to implement all of the requirements, or failing to implement them correctly.
All these positive changes are consistent with the implementation of reduction in work hours.
These results are consistent with the implementation of FMGs in Quebec, which put greater emphasis on improved accessibility to family medicine and task sharing between doctors and nurses [ 30, 48].
The earlier improvement in fatigue in the PILLAR study (Week 36) compared with the ASPIRE study (Week 60) was consistent with the implementation of RGT in PILLAR (but not ASPIRE) allowing the PILLAR study patients to qualify for shortened treatment duration and to discontinue therapy at Week 24.
Our regulatory complexity hypothesis is consistent with the network implementation of canalization in developmental genes.
The most common reason for noncompliance was failure to administer a secondary gram-negative agent, which is consistent with the selective implementation of the consensus pathway at participating centers in the IMPACT-HAP study.
In the UK, the population-wide fall in blood pressure is consistent with the recent successful implementation of policies to reduce salt intake.
Our finding that the distance between the baseline differences in control and experimental samples in inmate awareness of HIV services is consistent with this implementation outcome of the larger study.
Now, we describe a chunk transmission model through a network employing linear network coding, which is consistent with the recent design and implementation of chunked code-based network protocols [18, 22, 32].
This finding is consistent with the experience of New York City, where implementation of SRTS resulted in a similar degree of reduction in pedestrian injuries in school-age children (DiMaggio and Li 2013).
This reasoning is consistent with the case study of FEC implementation, for which a decoder output may be always needed. 1. Initialize: X (1)=X, Y (1)=Y, (hat {beta }=0_{N}), J^{(1)}=left[J_{1},J_{2},{ldots},J_{L}right], where J t =[(t−1)M+1,…,t1)M]2,…,t M] are the indexes of each of the L sections of length M 2.
