Given as input to your system two synchronous stream of bits: x and y, the outpu

Question

Given as input to your system two synchronous stream of bits: x and y, the output of the system should be z = 1, each time there has been three occurrences, either consecutive or non-consecutive, of the sequence 110 simultaneously entering each input. The output remains 1 until the fourth occurrence when the output goes back to zero until three new, consecutives or non-consecutive occurrences have happened again at the input.

a) Try not to exceed two clock cycles when given a detection at the output with respect to the last occurrence at the input.

b) Use any approach but try to minimize hardware count if possible.

c) If using Flip Flops use JK Flip Flops

d) Use the number of discrete gates or combinational circuits that you deem necessary.

e) In your formal report, at the end, include a Logisim simulation for validation, but your final circuit should be sketched separately including overall design strategy, including system and subsystem design with state tables, design tables and state diagram.

Here's the Timing Trace of the system:

I would really appreciate a step by step explanation on how to solve this as I wish to understand it thoroughly, thank you!

Explanation / Answer

Answer:

ew commands your program should be able to handle include these2 : echo hello world > hw.txt wc –w < hw.txt cat < hw.txt > hw-copy.txt The first command causes the echo program to be executed to write two words on a single output line to the file named hw.txt . If hw.txt did not exist, then it would be created by your shell. If it did exist, then its content will be replaced. The second command uses the newly-created file hw.txt as input to the wc (word count) program. In particular, we’re interested in the number of words in the file; it should be 2. This command should succeed, but if the hw.txt file did not exist, then your shell would display an appropriate error message and not attempt to execute the wc program. The third command essentially copies the content of the hw.txt file to a copy named hw-copy.txt. 1 Note that the files opened for the standard input and standard output of the child process are automatically closed when the child process terminates, so no action by the parent – your shell – is needed. Also note that the standard input and output of your shell are not changed by the redirection done for the child process. 2 You may want to try these commands with the standard shell (usually bash) or the instructor’s solution to this assignment

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