It has been successfully applied to solve diverse engineering optimization problems such as power system stabilizer [24], uninhabited combat air vehicle (UCAV) path planning [25], economic dispatch [26], load frequency control [27], planning the sports training [28], fuel arrangement optimization of reactor core [29], feature selection [30], etc.
Results from a differential expression (DE) analysis of individual transcripts are essential in a diverse range of problems such as identifying differences between tissues (Mortazavi et al., 2008), understanding developmental changes (Graveley et al., 2011) and microRNA target prediction (Xu et al., 2010).
Physical inactivity is well known to be associated with a diverse number of health problems such as coronary heart disease and colon cancer [ 3- 6] and has been ranked as the second leading actual cause of death in the United States [ 7].
The chapter demonstrates the use of finite element analysis as a powerful tool in process safety applications through addressing a diverse set of problems including fluid dynamics–related problems such as dispersion modeling and problems dealing with both fluid flow and structure such as for studying interaction between fire and structure.
Second, the scope of health issues that can be addressed through EIA is surprisingly broad, including concerns as diverse as traffic injuries, social cohesion, traditional subsistence diets, social problems such as domestic violence, and psychological problems such as stress from displacement.
Examples include intellectual problems, such as developmental delays; developmental problems, such as autism; behaviour problems, such as conduct disorder; emotional problems, such as anxiety; and physical problems, such as bed-wetting.
However, secondary problems, such as back problems, were also mentioned.
This is essential for numerous biological problems, such as the analysis of genes contributing to certain diseases, assigning biological functionalities to genes or when the conditions of a microarray are diverse [ 12].
problems such as simple addition.
Roth and others later applied the Gale-Shapley algoritom to such diverse problems as matching new doctors with hospitals and prospective students with high schools.
