Part B Part B will be just making a slight change in our code from Part A. In Part B we will rewrite the code to be a function with the vector ES as an input and the value of X as the output. That is, if your code is given ES, your code should use ES to calculate and return X. Refer to the template for Part B on MATLAB'S Grader. You just need to copy most of your code from Part A and put it in the function. Make sure you do not define ES in the function. ES is an input, and our function needs to work regardless of which values we get for ES. You now have a function that can decode any eight-length signal that does not have any error MATLAB's Grader Submit your code to MATLAB's Grader for Part B to check/grade your work. Part B Part B will be just making a slight change in our code from Part A. In Part B we will rewrite the code to be a function with the vector ES as an input and the value of X as the output. That is, if your code is given ES, your code should use ES to calculate and return X. Refer to the template for Part B on MATLAB'S Grader. You just need to copy most of your code from Part A and put it in the function. Make sure you do not define ES in the function. ES is an input, and our function needs to work regardless of which values we get for ES. You now have a function that can decode any eight-length signal that does not have any error MATLAB's Grader Submit your code to MATLAB's Grader for Part B to check/grade your work