Other Programming & Computer Science Answers

Create a JFlap Turing machine that has the alphabet of a, b, c, and null. The tape initially has (a+b+c)*. Process the tape so that each a is replaced with a b, each b is replaced with a c and each c is replaced with an a. If the last character is an a or b, accept. if the last character is a c, accept in a DIFFERENT accept state. Be sure to submit a .jff file.

Using Jflap, create a turing machine that has the alphabet a, b, and null. It begins with (a+b)* Sort the contents of the tape so that it becomes ambn. Then process it again and accept if m>n but fails if n>=m. (hint, think of the palindrome example)

Create a single tape Turing machine that has the alphabet a, b, c and null. Submit a .jff file of your solution. This Turing machine begins with (a+b+c)* and ends with a tape content of (abc)* e.g. abcabcabc... if there are extra characters, for example extra b's, erase them. Maximize the number of abc substrings.

Create a multitape turing machine with THREE tapes. Be sure to submit a .jff file not an image. The alphabet is 0, 1, and null. The number of characters on tape 0 and tape 1 is identical, tape 2 is empty. Tape 0 and tape 1 begin with (0+1)*. Fast forward to the far right of both tape 0, tape 1. Then treat them as if they are performing binary addition and write the solution on tape 2. Remember you need to write the solution from right to left, not left to right, the same order in which you should be reading the inputs from tape 0 and tape 1. Remember the carry-state and non-carry state that we used in class

Compare different versions of windows servers?

Display the absolute path of your home directory.
Create a new subdirectory called COP3353-temp in your home directory.
Create a new subdirectory called assign1 in COP3353-temp.
Create a new subdirectory called assign2 in COP3353-temp.
Display the contents of the directory COP3353-temp.
Delete the directory assign2.
Display the contents of the directory COP3353-temp.

write an algorithm for searching Algorithm text book from library?

Hi!
I have this 2 small assignments. I need it in Java.
1. Given a binary code, determine the number of errors that it can detect and the number of errors that it can correct.
2. Given a binarycode with minimum distance k, where k is a positive integer, write a program that will detect errors in codewords in as many as k −1 positions and correct errors in as many as (k−1)/2 positions.

PHP
Assume that you are the developer who is responsible to develop a Plagiarism Checking Tools
for essay/written text based assignment system for the teaching instructor to detect any possible
plagiarism case by automation. Design/ sketch a pseudocode of the text based searching/filtering
algorithm. Take note that the algorithm may come in variety form of design. Therefore you are
require to design as best as you may for the algorithm. ** Take note that pseudocode is not
executable via computer program but rather logical concept.

Write ten true or false questions based on this themes:1.Computer applications for teaching and learning 2.Computer hardware for teaching and learning