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For the circuit shown below, (a) find the Thevenin equivalent voltage and impedance for the network to the left of terminals a, b, and (b) use the Thevenin equivalent circuit to determine the current through the load resistor RL 2.For the circuit shown below find the Thevenin equivalent for the bridge circuit as seen by the load resistor RL between the points A and B.Calculate and draw the current waveform through RL in the circuit shown below as...

Course Code   :  IMAT5122 |#| computer systems and networks

Course Title   :  computer systems and networks

Ref style  :  IEEE

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Question: The learning outcomes that are assessed by this coursework are: 1. Understanding the subject specific issues relating to programming mobile robots 2. Understanding and being able to program using the basic architectures to control robots 3. Understanding and being able to program to execute navigation, sensor data analysis and actuator control for mobile robots. When completed you are required to submit your coursework to: 1. ...

Course Code   :  COMM 1270 |#| analysis of argument

Course Title   :  analysis of argument

Ref style  :  Not Selected

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Part 1: Convolution for Signal ManipulationPart 1: Convolution for Signal Manipulation Create a Signal: Open the MATLAB editor and create a script file. In your script, create a discrete-time signal x[n] that is 20 samples in length. Start with this signal containing all zeros (i.e., we are “initializing” the signal). The easiest way to do this is to write: >> x = zeros(20,1);In your script file, make your signal x[n] equal t...

Course Code   :  EECS152B

Course Title   :  digital signal processing design and laboratory

Ref style  :  Not Selected

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Task In this lab, you will implement an adaptive noise canceller with the LMS and RLS algorithms. In the home directory on Canvas, there is a file named hw3data.mat that contains several audio files sampled at 22kHz. You can use any of these signals as the reference or the desired signal, but to make sure your code is working, for the first trial I suggest using noise as the noisy reference signal, and voice as the desired signal. As a first exa...