Applications of Signals and Systems

The Signals and Systems have various applications such as

  • Communications: The signals and systems has applications in communications such as Transmission and reception of voice, data, and video signals.
  • Data Transmission: The Techniques such as error detection and correction, encoding, and decoding uses basic signals and system principle.
  • Circuit Design: The Design of circuit in electrical system such as filters, amplifiers, and oscillators requires basic
  • Control Systems: The Signals and systems are used in Control system for Automation and Aerospace.
  • Medical Imaging: Techniques such as MRI, CT scans, and ultrasound imaging uses signal processing for image reconstruction and enhancement.

Introduction to Signals and Systems: Properties of systems

In this article, we will go through Signal and systems, First, we will define what is a signal and what is a system, then we will go through the calculation of the Energy and Power of Signals with their transformation, At last we will conclude our article with Properties, Applications and some FAQs.

Table of Content

  • What are Signals ?
  • What is a System ?
  • Calculating the Energy and Power
  • Properties of Systems
  • Applications


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What are Signals ?

Signal is an electric or electromagnetic current carrying data, that can be transmitted or received....

What is a System ?

A System is any physical set of components or a function of several devices that takes a signal in input, and produces a signal as output. These components interact with each other and with the environment to perform the function or process that will contribute to the system....

Calculating the Energy and Power of the Signals

The Energy of the Signals can be calculated as...

Transformation of the Independent Variable

Shifting: the signal can be delayed ( x(t-T) ) or advanced ( x(t+T) ) by incrementing or decrementing the independent variable (time here). The shape of the graph remains same only shifted on the time axis.Scaling: the signal can be compressed ( x(at), a>1 ) or expanded ( x(t/a), a>1 or x(at), 1>a>0 ). Here the shape/behaviour of the graph of the signal changes as the fundamental time period changes. In compression the time period decreases and in expansion the time period increases.Reversal: also called folding as the graph is folded about the Y-axis or T if given x(T-t)....

Properties of Systems

Given Below are the Properties of Systems :...

Applications of Signals and Systems

The Signals and Systems have various applications such as...

Conclusion

In this Article we have gone through What is a signal and a system, we have gone through calculation of energy and power of the signal, then we have seen through the Properties and Applications of the Signal and System....

Introduction to Signals and Systems: Properties of systems – FAQs

What do you mean by system properties?...