The methodology involves development of a hybrid approach using the foldover method in each of the dimensions of interest and embedding these in a nonlinear integer programming model in the search for a feasible solution.
The proposed methodology mainly involves development of customer satisfaction and cost models using fuzzy regression, generation of product utility functions using chaos-based fuzzy regression, formulation of a multi-objective optimization model and its solving using a non-dominated sorting genetic algorithm-II (NSGA-II).
The proposed design methodology involves the development of a power management strategy to determine all the feasible ways of dispatching power among the employed sub-systems.
This methodology involves the development of different mathematical models for heat generation, transmission, and dissipation and their coupling and integration in the battery pack product design methodology in order to improve the overall safety and performance.
The methodology involved the development of process models, the identification of the key process parameters affecting OME production based on the process model, and the development of an optimal process design for high OME yields.
The methodology involves the development of Water Quality Index model to estimate d/s surface water quality at three stations on the Sabarmati River: 1. Station-1 (S1) V. N Bridge, at Ahmedabad 2. Station-2 (Shedhiedhi at Kheda and 3. Station-3 (S3) Kheroj bridge at Sabarkantha.
The methodology involves the development of PBPK models for all mixture components and interconnecting them at the level of the tissue where the interaction is occurring.
This paper contains two contributions: 1) A development methodology involving two techniques to enhance the resource utilization and 2) a new generic multi-core resource model for hierarchical scheduling systems.
The methodology involved in the development of the integrated system is reflective of a scientific approach and synthetic analysis system to facilitate the exploration and disclosure of the cause-and-effect mechanism between the land use or relevant planning with projected socioeconomic changes, and their impact on transportation operation and carbon emission.
Here we report the molecular and computational methodology involved in SNP development for a complex genome like sunflower lacking reference assembly, offering an attractive tool for molecular breeding purposes in sunflower.
-- A brief reference to the METHODOLOGY, involving kinematic and kinetic analyses.
