For reliability considerations, the design methodology is addressed on the placement of the power dissipating chips to achieve uniform thermal distribution.
In this paper, a novel adaptive neural control methodology is addressed for a flexible air-breathing hypersonic vehicle (FAHV) by a fusion of improved back-stepping and a minimal-learning-parameter (MLP) scheme.
Two stage control methodologies are addressed, pre-driving off-line optimization using weighted improved dynamic programming algorithm and on-line optimization using PID controller.
Several aspects, including animal care, sampling times and choice of tissues, as well as recommended endpoints and methodologies are addressed and, for each aspect, a standard procedure is proposed.
Then recent studies on interfacial crystallization induced interfacial enhancement ascertained by different research methodologies are addressed, including a comparative analysis to highlight the positive role of interfacial crystallization on the resultant mechanical reinforcement.
This has allowed us to identify good practice, useful statistical methods, methodological challenges (Table 2), and some limitations in current reporting and methodology to be addressed (Table 3).
For further work, a new methodology should be addressed to process real-time data by using Apache KAFKA the distributed streaming platform, as well as the integration of fuzzy set theory to manage the accuracy of extracted association rules.
It would seem that a key limitation in prediction methodology to be addressed is the relationship between genotype and phenotype, both in vivo and in vitro.
In this process the weaknesses of one methodology can be addressed by the complementary strengths of others; for example, evidence from knockout animal models can support information from genetic epidemiology, and findings from experimental toxicology can strengthen information from environmental epidemiology.
Both methodologies will be addressed in future studies.
