During the last decade a considerable amount of research studies have been proposed, filling the gap between prototypes and commercial implementations.
To date, a substantial amount of research studies exist, which focus on activity recognition using inertial sensors.
Up to date, a large amount of research studies have been carried out to manipulate and arrange biomolecules at the single molecule scale using capillary forces.
Despite the shear amount of research studies on nonlinear flexural dynamics of cantilever beams, very few efforts address the practical geometry involving a constant thickness and linearly-varying width.
Within the past decade, there has been a tremendous amount of research studies focusing on developing optimization algorithms.
Considerable amount of research studies merged the concept of bacterial foraging algorithm with other algorithms and developed hybrid optimization algorithms [19, 21].
Despite the growing body of literature on recruitment and retention factors in various industries, there is a minimal amount of research studying these factors specifically among rehabilitation professionals.
The following 30-year period of time has been paved with a large amount of research studies, in an attempt to address the irresoluble problem of the best management of operating theaters, while additionally organizing the planning of surgery room activities.
Although good amount of research work has been done to study the effect of vermicompost on different vegetable crops, local efforts made so far, to determine the extent of reduction of inorganic fertilizers by applying vermicompost as an organic source for tomato production are very limited.
In the recent decades, a significant amount of research work has been carried out to study the structural response under blast loads, and it is found that due to the superior mechanical properties of steel material, steel structures are adequate to withstand a medium-scaled blast loading.
