A discrete control system is a type of control system that operates on discrete-time signals, meaning it processes data at distinct intervals rather than continuously. In such systems, the input and output signals are sampled at specific time points, allowing for analysis and control using digital methods. Discrete control systems are commonly used in digital computers and embedded systems, where algorithms can be implemented to manage and optimize system performance effectively. Examples include digital PID controllers and various automation systems in industrial applications.
A discrete data control system is a type of control system that processes distinct, separate values or signals, rather than continuous data. It typically involves the use of digital signals to represent information at specific intervals, allowing for precise control and decision-making. Such systems are commonly used in applications like automation, robotics, and digital signal processing, where actions are triggered based on specific discrete inputs. Examples include digital controllers that manage processes like on/off switches and feedback loops in various engineering fields.
Either fog occurs on a day, or it does not. Therefore it is a discrete value.
discrete
discrete
discrete
The difference between continuous and discrete system lies in the variables. Whereas the continuous systems have dynamic variables, the discrete system have static variables.
Because most modern control systems are implemented using digital hardware, which is exists in discrete (z), not continuous (s), space.
The College Authority made the administrative system with three discrete divisions.
N. U. Ahmed has written: 'Elements of finite-dimensional systems and control theory' -- subject(s): Control theory, System analysis 'Optimization and identification of systems governed by evolution equations on Banach space' -- subject(s): Banach spaces, Evolution equations, Mathematical optimization, System identification 'Discrete-time signals and systems' -- subject(s): Discrete-time systems
analog (continuous) and discrete (discontinuous)
MengChu Zhou has written: 'System modeling and control with resource-oriented Petri nets' -- subject(s): Mathematical models, Petri nets, Production control, Discrete-time systems, Flexible manufacturing systems
discrete because the signal of an alarm is periodic.
Clare D. McGillem has written: 'Solutions manual for Continuous and Discrete Signal and System Anal ysis' 'Continuous and discrete signal and system analysis' -- subject(s): Digital filters (Mathematics), Discrete-time systems, Electric engineering, Mathematics, Signal theory (Telecommunication), State-space methods, System analysis
A system flowchart is a physical model that graphically documents the system's discrete physical components (its programs, procedures, files, etc.).
A hybrid support system is a system that shows discrete and flowing dynamic behavior. This is a support system that integrates all the essential aspects into one comprehensive system.
No...there lots that just have discrete gates etc. The control module in my refrigerator for example.
A hybrid support system is a system that shows discrete and flowing dynamic behavior. This is a support system that integrates all the essential aspects into one comprehensive system.