I understand how the NDFSM works i just cant seem to put it into my .pdf

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The document discusses summarizing the behavior of a nondeterministic finite state machine (NDFSM) by describing its characteristic function. It notes that to describe the NDFSM in words, one should start by explaining what inputs the machine accepts based on its diagram. It then provides an example characteristic function for a NDFSM that accepts binary strings whose decimal equivalent is divisible by 4. The function states that the language L consists of all strings n such that n is a binary string whose decimal value is always divisible by 4.

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I understand how the NDFSM works i just cant seem to put it into my own words. One has to
give the charactersitic function for the NDFSM Edit View Go Tools Window Help Hw2 FSMs s
17.pdf (page 1 of 20 Edited 1. (4 points) E-(0,1) the language over accepted by the NFSM below.
Give a characteristic function for Lthat interprets the strings in Las encodings of binary numbers.
For example, the binary encoding a prime or binary of a number 2). characteristic function would
not be putting the diagram into words, starting with something like "on input MacBook Pro
Solution
The characterstic function of the given language is given as follows:
L= {n: n is a binary string whose decimal equivalent will always divisible by 4}
If we observe our NFSM we can see the accepted string is either ending with 0 or 00. The string
0 is equivalent to 0 taht means divisible by 4 and if there is 1 preceding 00 then it is divisible by
4 and if 0 is there then also the string is divisible by 4.

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The ____ is the measure of central location that also is the most fr.pdf

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The following exercise from part A to part D should be completed using Unix commands such as (grep, sed, and regular expressions) Part A: How would you list all of the ordinary files in your directory that are not user- executable? Part B: Devise a sequence to display the extensions of all files in the current directory along with a count of each extension. Solution Part B: find recursively prints all filenames sed deletes from every filename the prefix until the file extension uniq assumes sorted input -c does the counting ex: $ find . -type f | sed \'s/.*\\.//\' | sort | uniq -c 16 avi 29 jpg PartA: ls lists files and directories. If the pathname is a file, ls displays information on the file according to the requested options. This command is useful for distinguishing between directories, ordinary files, and executable files. Notice how its output differs from ls without arguments. -a lists all entries including those starting with a period (.). -b Displays non-printable characters as octal bytes with the form \\ooo. -C puts output into columns, sorted vertically; this is the default output format to the terminal. -c Uses the creation time of the file for sorting (-t) or displaying (-l). -d Does not display the contents of named directories, but show information on the directories themselves. -F Puts a / after each directory name, a * after every executable file, a | after every FIFO file, a @ after every symbolic link and a = after every socket..

The following exercise from part A to part D should be completed usi.pdf

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