use logisim to create circuit

38. Error correcting [30] Submission file for this part: 8.circ Main circuit name: errorcorrecting Input pin(s): inputdata [15] Output pin(s): correcteddata [11] Implement an 11-bit variant of the Hamming (7,4) error correction method that we discussed in class. We will have 11 data bits, and 4 check bits to cover said data bits. You will need to determine the position of the data and check bits, as well as which check bits cover which data bits. The lecture notes on error correction will be helpful in laying out the circuit. Hint: you will want to use a decoder to correctly route to the bit you want to invert, if any. To save time and make debugging easier, highly recommend giving descriptive tunnel names to each of the individual bits of inputdata once you have determined which bit is which. This will make the process of calculating the check bits much easier to visualize. Upon receiving the input, you will need to recalculate the check bits, and use those to determine which bit has been flipped, if any. Errors will only be of size 1, if there are any at all. You do not need to worry about errors of size 2 or greater