Add to ORKGPhysical systems typically evolve continuously whereas modern controllers and signal processing devices invariably operate in discrete time. Hence sampling arises as a cornerstone problem in essentially all aspects of modern systems science. This paper reviews various aspects of sampling of signals and systems. We argue that careful consideration must be given to sampling to obtain meaningful results when interconnecting a physical system to a computer for the purpose of data storage, signal processing, or control. We also take the opportunity to dispel several common misconceptions about sampling and sampled-data systems
This paper is first in a series of papers studying a system-theoretic approach to the problem of rec...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
Sampled-data Models for Linear and Nonlinear Systems provides a fresh new look at a subject with whi...
Modern signal processing and control algorithms are invariably implemented digitally, yet most real-...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
This paper is first in a series of papers studying a system-theoretic approach to the problem of rec...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
Sampled-data Models for Linear and Nonlinear Systems provides a fresh new look at a subject with whi...
Modern signal processing and control algorithms are invariably implemented digitally, yet most real-...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
In computing sytems employed for data acquisition and process control, communication with the contro...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
This paper is first in a series of papers studying a system-theoretic approach to the problem of rec...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...