The phrase "a class of input" is correct and usable in written English.
It can be used in contexts related to programming, data analysis, or any field where categorizing types of input is relevant.
Example: "In our machine learning model, we need to define a class of input that includes all relevant features for accurate predictions."
Alternatives: "a category of input" or "a type of input".
Linear interconnection and a class of input and output interconnections have been involved.
In particular, we formulate the signal reconstruction problem as a prototypical model matching problem where the various mappings involved belong to a class of input switching systems.
If you're not familiar with air mice in general, it's a class of input device that uses accelerometers and gyros to determine the position and orientation of the mouse, and move the cursor when you move the mouse.
A system is said to be input-output finite time stable if, assigned a class of input signals and some boundaries in the output signal space, the output never exceeds such boundaries over a prespecified (finite) interval of time.
Thus, in all cases, making a class of input neurons nonresponsive inhibited the hub and other spokes, whereas eliminating the same neurons did not.
A new control strategy is presented to deal with a class of input-constrained nonlinear systems of the strict-feedback type.
Based on the Lyapunov stability theorem, an optimal model reference adaptive control (OMRAC) scheme designed for a class of multi-input (MI) systems with input non-linearity for solving robust tracking problems is presented in this paper.
In this article, we propose a new approach towards the design of higher order sliding mode (HOSM) control, for a class of multiple input multiple output (MIMO) uncertain nonlinear systems subject to matched and unmatched uncertainties.
The paper presents a theoretical treatment of on-line identification issues and develops parameter identification algorithms for a class of single input single output (SISO) linear time delay systems (LTDS) with uncertain time-invariant parameters.
This paper investigates an adaptive controller for a class of Multi Input Multi Output (MIMO) nonlinear systems with unknown parameters, bounded time delays and in the presence of unknown time varying actuator failures.
In this paper, an adaptive fuzzy output tracking control approach is proposed for a class of single input and single output (SISO) uncertain pure-feedback switched nonlinear systems under arbitrary switchings.
