The phrase "allocation of components" is correct and usable in written English.
It can be used in contexts related to distribution, organization, or management of parts or elements within a system or project.
Example: "The allocation of components in the assembly line is crucial for optimizing production efficiency."
Alternatives: "distribution of parts" or "assignment of elements".
[El-Neweihi, E., Proschan, F., Sethuraman, J., 1986. Optimal allocation of components in parallel-series and series-parallel systems. Journal of Applied Probability 23, 770 777] and by Boland et al.
More precisely, if VG, VLDH, VACS and VM are the cell volume occupied by glycolytic enzymes, LDH, ACS and mitochondria, respectively, then VG+VLDH+VACS+VM≤VATP, where VATP is the total cell volume available for the allocation of components of the ATP producing pathways.
However, incorrect allocation of components and lack of functionally meaningful components have been cited as weaknesses with these methods (Wood and McCarthy 1984), although some solutions have been suggested to overcome these limitations (Dien et al. 2003).
The IC was defined as a nearly chromatin-free channel system starting at nuclear pores and pervading between the higher-order CDC network that serves as a system for the allocation of components needed within the PR, as well as for the guided diffusion of macromolecules [ 29- 31].
More precisely, if V G, V L and V M are the cell volume occupied by glycolytic enzymes, LDH and mitochondria, respectively, then (5) where V ATP is the total cell volume reserved for the allocation of components of the ATP producing pathways.
This chapter introduces the concepts of component and process variability, and the allocation of component tolerances.
The aims of this chapter are to introduce the concepts of component and process variability and the allocation of component tolerances.
It is then noted that this theorem may be adapted to apply to any partial ordering of component criticalities, thereby yielding a result that may be used in tandem with algebraic arguments to identify the optimal allocation of component reliabilities in systems which fail to satisfy the sufficient conditions for overall optimality given in the main result.
In most of studies in terms of allocation of redundant components, it is assumed that the components are either non-repairable or repairable.
A system-level design option consists of an allocation of system components, such as standard and custom processors, memories, and buses, and a partitioning of functionality among those components.
Reliability optimization problems concentrate on optimal allocation of redundancy components and optimal selection of alternative designs to meet system requirement.
