The phrase "automated configuration" is correct and usable in written English.
It can be used in contexts related to technology, software, or systems where settings or parameters are set automatically without manual intervention.
Example: "The software features an automated configuration process that simplifies the setup for new users."
Alternatives: "automatic setup" or "self-configuring system".
A fully automated configuration optimization system was developed [C.Y.
The CFEngine [13] project provides automated configuration management of large networked systems.
The new Configurable SAT Solver Competition (CSSC) compares solvers in this latter setting, scoring each solver by the performance it achieved after a fully automated configuration step.
CFEngine [16] provides automated configuration management for large networked systems and can be deployed to manage various infrastructure such as servers, desktops and mobile/embedded devices.
They are designed to support not only automated configuration and execution of test procedures, but also remote testing for some specific test cases.
Though fraught with obstacles, studying the effects of product configuration on DfD will be useful to develop automated configuration optimization methods for EOL disassembly.
The application-specific instruction-set processor (ASIP) concept is reviewed in this chapter and discusses automated processor configuration.
Bayesian inference was conducted with SAMCAT software (Sensitivity Analysis and Markov Chain simulations Applied to Transfer models) which launched the simulations through the embedded simulation engine GNU-MCSim, and automated their configuration and post-processing.
Model-based product line engineering (PLE) is a paradigm that can enable automated product configuration of large-scale software systems, in which models are used as an abstract specification of commonalities and variabilities of products of a product line.
The powertrains are explored and designed using a holistic approach, which includes automated system configuration search, automated static and dynamic equation derivation, practicality check, mode transitionability analysis, powertrain performance analyses including gradeability, launch torque, overtaking torque, 0-60mph time and fuel economy improvement potential.
For that purpose, several self-x capabilities have been defined: self-configuration to automate network configuration and planning; self-optimization to enhance network performance by automatically tuning its parameters; and self-healing to detect, identify, compensate, and recover failures in the network.
