The phrase "a simple component that" is correct and usable in written English.
It can be used when describing a basic part or element of a larger system or concept.
Example: "In our project, we will focus on creating a simple component that enhances user interaction."
Alternatives: "an easy element that" or "a basic part that".
Sizes: X (I objects×J variables), objects, i = 1,..,I; variables j = 1,..,J; groups k = 1,..,K; Each k represents a simple component that are used to described the data.
We are also working on a simpler component that will return information about providers, regions and machine types to satisfy enquiries regarding actual performance – so, for example, we can explore sample results above a given threshold (each) for Bonnie and LINPACK.
"I made it so it was all simple components that could easily be assembled," says David, who served in Her Majesty's Army on a helicopter maintenance crew before his roughly 2 decades as a police officer.
While four other tools have been made available, two do not appear to be available as simple components that can be used by a web developer to provide sequence alignments (MODalign and Alignment-Editor).
Swarm robotics, active self-assembly, and amorphous computing are fields that focus on designing systems of large numbers of small, simple components that can cooperate to complete complex tasks.
An incisive approach to understanding the function and folding of biological RNA systems involves characterizing small, simple components that are largely responsible for the behavior of complex systems including helix junction helix elements and tertiary motifs.
To connect vast node networks, messaging system, developers need simple components that do not need knowledge of the entire system.
An emergent phenomenon arises from relatively simple components that somehow become more than the sum of their parts, as random scratches become letters if they are shaped in certain ways.
Slime mold is an ideal living candidate for a UC computing medium because it can behave as a distributed computing 'material' capable of complex sensory integration, movement and morphological adaptation, but one which is also composed of relatively simple components that are amenable to understanding, external influence and control.
A prerequisite for our development method is the partitioning of the building and its installed systems into simple components that compute and interact at run-time autonomously, as in the real world.
In particular a complex mechanical object to be designed exploiting CAD systems can be considered as an aggregation of simpler components that have to be put together in order to satisfy precise design rules owned by expert designers core knowledge.
