solution
design a PDA for this language し-(012kl i = 2j or i = k, where ij,k2 1} し-(012kl i = 2j or i = k, where ij,k2 1}
Q6: (15 points) Give context-free grammar that generate the following language. a) abick ij,k 20 and i 2j +k} b) {w E 0,1' | the length of w is even, started by 1 and ended 01} Q6: (15 points) Give context-free grammar that generate the following language. a) abick ij,k 20 and i 2j +k} b) {w E 0,1' | the length of w is even, started by 1 and ended 01}
How can this problem solved? Design a PDA that accepts the following language: Design a PDA that accepts the following language:
PDA: please give me a PDA for the language. You don't have to draw a diagram, but please illustrate the PDA something like this: 1.δ(q0,0, Z0)={(q0,0Z0)} 2.δ(q0,1, Z0)={(q0,1Z0)} ...... 12.δ(q1, e, Z0)={(q2, Z0)} Thank you! (b) {Oʻ11 2k | i, j, k > 0 and i = j or i = k}
TEACH YOUR NEIGHBORGROUP Design a PDA accepting the language w E a, b]:na(w) -nb(w). Please teach your group (for homework) and submit the TYG report noon of Wednesday. I will post the solution PDA on Thursday's lecture note.
#include<stdio.h> int functionl (int x, int y); int main() int ij=2,k; for(i=1;i<=5; i++) k = function1(ij); printf("k=%d\n",k); return 0; int function] (int x, int y) int z; z=x*2+y; return z;
Describe (or draw) a pushdown automaton (PDA) that accepts the language L5 in the previous question. Especially if you are drawing the PDA, you must explain your design in 1-2 sentences.
(a) (1) Draw a PDA for the language {01'01moin+m | n, m1} (2) Does your PDA use non-determinism? (3) Include a brief description of how it operates. (b) Answer the same three questions for the language of palindromes over the alphabet ={0,1}
Give a PDA for the language {10% 10% 1 li-o,
Design a Turing machine that recognizes the language {a^i b^j c^k | i >= j >= k >= 0}
1) Given language L = {a"62"n >0} a) Give an informal english description of a PDA for L b) Give a PDA for L