"components and network" is a correct and usable phrase in written English.
You can use it to describe parts of a system or components that work together. For example, "The server includes multiple components and networked devices that must function together."
The components and network microstructure of WEREA enhance the cohesion property of interlayer and improve the material viscoelasticity, and as a result it improves the shear strength and pullout strength performance.
Dynamic power management is adopted to exploit low-power modes during idle periods, while asynchronous wake-up and prediction-based data collection are used to opportunistically activate hardware components and network nodes only when they are strictly required.
Developing circuits typically differ substantially from their mature counterparts, which suggests that development may not simply involve synaptic refinement, but rather involves restructuring of key synaptic components and network connections, in a manner reminiscent of metamorphosis.
Rational design can guide researchers towards the components and network topology they should use; for example Chen & Wang (2006) developed a method for determining the robust stability of a network under intrinsic fluctuations and identifying the genes that are significantly affected by extrinsic noises, which can be used for robust gene circuit design.
It is also shown that the piezoelectric model׳s electrical interface is compatible with transmission line parameters (ABCD-parameters), allowing for connection of electronic components and networks.
One mode of such adaptation would be a consequence of adaptive changes in system status (viz., rewiring of and crosstalk between pre-existing signaling components and networks and alterations in gene regulatory networks) of the host and/or the microbe under appropriate environmental conditions.
Several strategies have been devised to decipher regulatory components and networks, each is partially successful and none is without limitations.
Eventually, we will even need to think about how different individuals may vary in their signalling components and networks due to their unique genetic compositions.
A complicated living organism cannot be fully understood by merely analyzing individual components, and it is the interactions between these components and networks that are ultimately responsible for an organism's form and function.
The interprocess communications facility was identified as a critical design challenge for the AN/BSY-2 system, as the system incorporated new component and network technology along with new run time system services as well as application programs.
Very different values corresponding to clustering coefficient, connected component, and network diameter imply that the Jamu networks are quite different from all 3 types of random networks.
