## Discrete-Time Signal Operations in MATLAB Assignment Help

## Time Parameter Manipulation

## What is Time Reversal?

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## Our discrete-time signal operations in MATLAB homework help cater to the following topics:

Consider taking our discrete-time signal operations in MATLAB homework help if you are struggling with but not limited to the following topics.

• Signal addition

The ‘+’ symbol is used to carry out addition and you will get the result from plotting. Define the two signals, then use the min & max functions to calculate the duration of the output signal. Next, use the duration found to initialize the signals. If you do not do this, a mismatch in the length of the input signals error will be returned. The functions used in signal addition include stem(), axis(), find(), zeros(), max(), and min().

• Signal Multiplication

Multiplication of signals is performed using the asterisk operator. Take our premium help with discrete-time signal operations in MATLAB homework for more details on this.

• Convolution

The relationship between output and input of an LTI system can be expressed using a mathematical operation called convolution. This operation can be used to find the zero state response of a system. Convolution of signals can be done in MATLAB. Contact us if you need assistance with how it is done.

• Sampling a signal

Sampling is the process of converting analog signals to digital signals. By evaluating the value of the continuous-time signal at points in time that are equally spaced, sampling can produce a discrete signal from a continuous-time signal. Our experts are also knowledgeable on this topic and can produce first-class solutions for your assignment. Get in touch with us now.

• Reconstruction of a signal from its samples

The process of signal reconstruction is popularly known as interpolation. It produces a continuous-time signal that would create a sample of the discrete-time signal at a specific sampling rate. To understand this process mathematically, you first have to generate a continuous-time impulse train.