For digital devices to interact with the physical world, an interface is needed that transforms the signals from analog to digital and vice versa. Ideal samplers and zero-order hold devices are incorporated to derive discrete-time models of continuous-time systems. State variable descriptions and transfer functions are used
This paper presents a novel approach to the interconnection of a continuous time and a discrete time...
This note deals with the problem of sampling a continuous-time system which contains a time delay. I...
Digital applications have developed rapidly over the last few decades. Since many sources of informa...
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 ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
Modern signal processing and control algorithms are invariably implemented digitally, yet most real-...
With rapid advances in digital technology and computers, a large number of controllers are being imp...
Physical systems typically evolve continuously whereas modern controllers and signal processing devi...
With rapid advances in digital technology and computers, a large number of controllers are being imp...
AbstractThis paper presents an introduction to the analysis and synthesis of sampled-data (discrete-...
Key ideas in signal processing A system acts on an input signal to produce an output signal input si...
This paper presents a novel approach to the interconnection of a continuous time and a discrete time...
This paper presents a novel approach to the interconnection of a continuous time and a discrete time...
This note deals with the problem of sampling a continuous-time system which contains a time delay. I...
Digital applications have developed rapidly over the last few decades. Since many sources of informa...
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 ...
For digital devices to interact with the physical world, an interface is needed that transforms the ...
Modern signal processing and control algorithms are invariably implemented digitally, yet most real-...
With rapid advances in digital technology and computers, a large number of controllers are being imp...
Physical systems typically evolve continuously whereas modern controllers and signal processing devi...
With rapid advances in digital technology and computers, a large number of controllers are being imp...
AbstractThis paper presents an introduction to the analysis and synthesis of sampled-data (discrete-...
Key ideas in signal processing A system acts on an input signal to produce an output signal input si...
This paper presents a novel approach to the interconnection of a continuous time and a discrete time...
This paper presents a novel approach to the interconnection of a continuous time and a discrete time...
This note deals with the problem of sampling a continuous-time system which contains a time delay. I...
Digital applications have developed rapidly over the last few decades. Since many sources of informa...