The good agreement between the results from both methodologies demonstrates the feasibility of using simple solutions to design and analyze laboratory experiments involving complex geochemical problems.
A preliminary simulation-based investigation of the signal control problem for a large-scale urban road network using these methodologies demonstrates the comparative efficiency and real-time feasibility of the developed signal control methods.
Results from the application of the proposed methodology demonstrate the effectiveness and practicality of this approach.
The aims of the present report are to describe the methodology, demonstrate the feasibility of recruitment, describe our experience in establishing the database and report the characteristics of the children initially recruited.
Numerical examples of this smoothing methodology, demonstrating the efficiency of the proposed approach, are presented.
The methodology demonstrates the effective simulation of large scale systems in 3D.
The success of the developed methodology demonstrates the further possibility to synthesize more component μ-star polymers.
This methodology demonstrated the ability of text-based conferencing to support highly affective interpersonal interactions, a sense of immediacy, and group cohesiveness (Rourke et al., 1999).
This is the first time in literature that a methodology demonstrates the co-optimization of buildings and district energy systems to reduce energy use in buildings and balance loads at this scale.
The proposed methodology demonstrates the optimal design of a supply chain which provides electric power and heat to an agricultural region with agricultural wastes that can potentially be recovered as renewable resources.
