kindly give steps on how to implement the code that you will provide.

please be sure not to copy paste the answer drom chat gpt or anyothher ai$.$ thankyou.

$4-$ In this question, you will implement a sequence detector using state machines.

a$)$ Assuming a single$-$bit input along with a valid signal that indicates the validity of the input data, and a single$-$bit output that indicates whether the sequence $10110110$ has been observed or not, implement a structure that performs this task using a Moore state machine. Note that your code should consider overlapping; that is$,$ if the input bit sequence is received as $10110110110$ in $11$ consecutive clocks, the output bit sequence should be sent as $000000001001.$

b$)$ By writing a testbench for this part, verify and validate the functionality of your circuit.

c$)$ Repeat part a using a Mealy state machine, simulate it$,$ and verify its functionality.

d$)$ Synthesize both circuits, compare the synthesis results, and provide justification.

$5-$ In this question, you will implement and simulate a simple receiver.

a$)$ First, using MATLAB, generate a number of random $11-$bit data. Then design a transmitter that, upon receiving each of these $11-$bit data, adds appropriate parity bits and finally sends them in the form of $15-$bit data. Finally, you should store these $15-$bit data in a file. Also, store the initial $11-$bit data in a file for later validation purposes.

b$)$ Write a Verilog code that receives $15-$bit data as input and, based on the parity bits, if the data reception process is correct, it places the $11-$bit data on its output and sets the valid signal to high for one clock cycle. Otherwise, it discards the $15-$bit data and increments the error output by one.

c$)$ Now, write a testbench that reads the $15-$bit inputs from the file saved in Part A and applies them to the structure in Part B$.$ Write the output of the Part B module to a file. Then, in MATLAB or the testbench, compare the output of your module with the initial $11-$bit data and verify the functionality of your circuit.