The phrase "a network of components" is grammatically correct and can be used in written English.
It is typically used to describe a complex system made up of smaller interconnected parts. This phrase can be used in various contexts, such as technology, organizations, and biological systems. Example: The human body is composed of a network of components, such as organs, bones, and muscles, that work together to keep us alive and functioning.
The G1/S phase transition involves a network of components that includes cyclins, cyclin-dependent kinases, and other proteins.
Once the SLH triple for a network of components has been calculated, the output fields from the network are easily calculated through the prescription: dB^{mathrm{out}}_{k}(t) = L_{k}(t),dt + sum _{l} S_{kl},dB^{mathrm{in}}_{l} (t).
Like other organizations, they consist of a network of components (i.e., people, resources, knowledge, and tasks) and the relations among these components [ 13].
ROS homeostasis is central in plants and for this, they possess a network of components of both ROS-producing and ROS-scavenging systems to secure appropriate ROS levels and at the same time minimize possible toxic effects of ROS [ 71, 72].
It supports a network of component suppliers in the surrounding area.The car industry has helped cushion Kyushu's economy as well.
Beer's paper, "Autopoiesis and Cognition in the Game of Life" begins: Autopoiesis is a network of component-producing processes with the property that the interactions between the components generate the very same network of processes that produce them, as well as constituting it as a distinct entity in the space in which it exists.
Autopoiesis is a network of component-producing processes with the property that the interactions between the components generate the very same network of processes that produce them, as well as constituting it as a distinct entity in the space in which it exists.
The cluster of interconnected KEGG pathways defined by the association with chemical physical features therefore represents a network of signalling components which directly interact with a toxicity associated core of cell communication components.
The electrode microstructure is imaged by X-ray nanotomography, then partitioned into a network of resistive components with distinct geometric characteristics.
In this paper we present a framework to specify and statically analyze the architecture of a system as a network of (parallel) components, each one with its own local clock.
A system is a network of interdependent components that work together to try to accomplish the aim of the system.
