The phrase "abstraction of control" is correct and usable in written English.
It can be used in contexts related to computer science, philosophy, or management, where the concept of simplifying or generalizing control mechanisms is discussed.
Example: "The abstraction of control in software design allows developers to focus on higher-level functionalities without getting bogged down by implementation details."
Alternatives: "simplification of control" or "generalization of control".
Moreover, Monaco uses a state-of-the-art component approach with interfaces and polymorphic implementations, and enforces strict hierarchical component architectures that support hierarchical abstraction of control functionality.
Given the complexity and abstraction of control conceptions, several educational tools have been developed, with different characteristics and functionalities, trying to lessen the hardships in the teaching/learning relationship and offering students a larger set of options to understand these theoretical contents.
The topology of the system is based on a recursive nested behaviour-based control structure, which is an abstraction of multiple cascaded control loops.
Moreover, we propose a recursive way of constructing contraction metrics (for smooth control systems) and incremental Lyapunov functions which have been identified as a key tool enabling the construction of finite abstractions of nonlinear control systems, the approximation of stochastic hybrid systems, source-code model checking for nonlinear dynamical systems and so on.
Hong Kong-based artist João Vasco Paiva is attracted to abstractions like "loss of control" and negative space.
But over a huge proportion of the web-oriented sites, startups, and new technologies I've encountered during the last decade has been aimed at microscopic conveniences, further abstraction of possession and control, and iteration of existing services — fundamental problems intact.
The growing demand for water is leading to increasing abstraction and control of flow by dams.
A major challenge in cross-layer design is the abstraction of parameters exchanged as control information.
The IEC 61499 standard has been developed to allow the modeling and design of distributed control systems, providing advanced concepts of software engineering (such as abstraction and encapsulation) to the world of control engineering.
Part 1 shows figures, in varying degrees of geometric abstraction, making swimming motions that glitch out of control, mangling and displacing limbs.
Separation of control and data planes would provide abstraction, helping to manage and control the network.
