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Design FSMs that will recognise the following languages. Some of these languages are given simply as sets of strings (and hence there should be no doubt what the machine must recognise). Others are described using English, and there may well be a lack of clarity in these descriptions. You should make clear any assumptions that you have made in interpreting what the machine needs to do. The alphabet for all the machines is {x,y, z}. 1. {xy, xz}. 2. Two x symbols followed by one y and zero or more zs. 3. {xxy, xzy, xy}. 4. At least one x followed by exactly one y followed by zero or more zs.

Design FSMs that will recognise the following languages. Some of these languages are given simply as sets of strings (and hence there should be no doubt what the machine must recognise). Others are described using English, and there may well be a lack of clarity in these descriptions. You should make clear any assumptions that you have made in interpreting what the machine needs to do. The alphabet for all the machines is {x,y, z}. 1. {xy, xz}. 2. Two x symbols followed by one y and zero or more zs. 3. {xxy, xzy, xy}. 4. At least one x followed by exactly one y followed by zero or more zs.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Design FSMs that will recognise the following languages. Some of these languages
are given simply as sets of strings (and hence there should be no doubt what the
machine must recognise). Others are described using English, and there may well
be a lack of clarity in these descriptions. You should make clear any assumptions
that you have made in interpreting what the machine needs to do. The alphabet
for all the machines is {x,y, z}.
1. {xy, xz}.
2. Two x symbols followed by one y and zero or more zs.
3. {xxy, xzy, xy}.
4. At least one x followed by exactly one y followed by zero or more zs.

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