1. Create a RIBS simulation that repeatedly blinks an LED on for 800 ms and off for 200 ms. Capture the behavior as a synchSM. Use a timer period of 100 ms for TimerISR. Create for-loop style processing using states for the LEDon and LEDoff states.

Following are the solution to the given question:

Explanation:

Please find the complete and correct question in the attachment file.  

For Point a:

For the second round,

A is selects kA(2)  either 0 or 1, so for each of them, that is .

B selects for each choice with the probability of .

If  wins the second rear race.

For Point b:

Throughout this example, also selects to be either 0 or 1 with such a probability. So, although B chooses from the probabilities each are :

For point c:

Assume that B tries again 16 times (typical value), and it destroys. In addition, throughout the exponential background n is obtained at 10 when choosing k between 0 to 2n−1. The probability of A winning all 13 backoff events is:

Let the k value kA(i) be A for the backoff race I select. Because A retains the breed

For point d:

Two stations A and B are supposed. They assume that B will try 16 times afterward. Even so, for A, 16 races were likely to also be won at a rate of 0.82 For Just higher expectations of three A, B, and C stations. For Station A, possibility to win all backoffs