6. Build CFG to generate all strings of the form 0^n 1^(3n+2), where n is greater or equal to 0.Build PDA to generate all strings of the form 1^n 0^(2n) where n >= 0.

Answered: Image /qna-images/answer/6113edcf-793c-4d35-8a82-455f42ea10b0.jpg

Answered: form 0n 1 3n+2, where n is greater or…

Engineering

Computer Science

form 0n 1 3n+2, where n is greater or equal to OBuild PDA to generate all strings of the form 1n0 2nn where n>=0

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

See similar textbooks

Similar questions

python
Up for the count def counting_series (n): The Champernowme word 1234567891011121314151617181920212223., also known as the counting series, is an infinitely long string of digits made up of all positive integers written out in ascending order without any separators. This function should return the digit at position n of the Champernowne word. Position counting again starts from zero for us budding computer scientists. Of course, the automated tester will throw at your function values of n huge enough that those who construct the Champernowne word as an explicit string will run out of both time and space long before receiving the answer. Instead, note how the fractal structure of this infinite sequence starts with 9 single-digit numbers, followed by 90 two-digit numbers, followed by 900 three-digit numbers, and so on. This observation gifts you a pair of seven league boots that allow their wearer skip prefixes of this series in exponential leaps and bounds, instead of having to crawl…
In Java This assignment introduces bitwise-manipulation operators (&, |, <<, >>, >>>, ^, and ~),which are not discussed elsewhere in the book. The bitwise-manipulation operators performsimultaneous bit manipulations and enable programs to process large quantities of binaryinformation efficiently. This project is here because the solution uses a conditional operator.The binary & and | operators can implement bitwise “and” and “or” operations oncorresponding bits in a pair of 32-bit int operands. This bit-manipulation capability enablesJava to efficiently process large quantities of raw binary information. We use this capability toencrypt information sent over the Internet and to process graphical images. Suppose you havea 32-bit pattern of 1’s and 0’s in an integer called mask. You can use mask to either set to 1or reset to 0 any subset of the bits in another integer called data:• data |= mask;1 drives to 1 all bits in data that correspond to 1 bits in…
Let f(n)= 3 T(n/3) + O(n log n). Then f(n) is O e(n² log? n) e(n² log? n) O en log n) O ein? log n) Let T(n)= 25T(n/5) + O(n). Then O on) O T(n) = O(n³) O T(n) = O(1) O T(n) = O(n) O Tin) = O(n²) none of the cases is correct
import numpy as npdef integer_to_binary(a,n=16):b=np.zeros(n,dtype=int)for i in range(n, -1, -1):x = 2**iif (a / x) >= 1:b[i]=1a =a - xb=b[::-1]return bdef decimal_to_binary(a,n=16):b=np.zeros(n,dtype=int)for i in range(1, n, 1):x = 2**(-1*i)if (a - x) >= 0:b[i]=1a =a - xreturn b Using phyton I want to make a new function float_to_binary(a,n) This method can be use for a integer_to_binary function and use for n binary_to_integer function and print that if I write float_to_binary(231.210) for that ( integer_to_binary(231), decimal_to_binary(210) ) and print the answer . Thanks so much I need to thıs for a 1 hour. and then decimal_to_binary(210)
report nodes pruned by a-ß pruning Min Маx b Min Маx h P n 6 -9 3 2 7 13 4 9 Min 1 Мах y A B D E F G H 12 8 5 2 5 7 12 6. -5 6 11 Figure 2
The CIST department of CGTC needs a list of all CIST students who made the Dean’s List this semester, in orderto invite them to a recognition banquet. The program code for CIST students is CIST and the Dean’s List isdefined as having at least a 3.50 GPA. You may go a few different routes with this problem – you can use feweror more lines, as long as your pseudocode will work and return the correct results. Given the followingpseudocode, fill in the missing lines of code. See Bold portions.class DeansListProgrammain( ) // declarations string studentName string studentProgram num studentGPA string REQ_MAJOR = “CIST” num REQ_GPA = 3.50 output “Please enter’s student’s name, major, and GPA: “ input studentName, studentProgram, studentGPAa. ________________________b. ________________________ output “Student is invited!” endIf endIfreturnendClass
FIX ME: In C language Update this function to display the string of 16 bits using the following pattern: 11111 111111 11111 (5) (6) (5) */ void printbits(unsigned short wrd) { int testbit(unsigned short wrd, int bit_to_test); int i; for (i = 15; i >= 0; i--) { printf("%1d", testbit(wrd, i)); if (!(i % 4)) printf(" "); } printf("\n"); }
Question 2: Using C++ Example Input 1 2 3 3 6 2 3 Example Output 3 7
(1) Write \graf code for a DFA M_1 that recognizes the @lang of strings over \S={a,b} such that the length of each string is congruent to 1 modulo 3. // (2) Use the @deftn of \d* to prove whether the string *{aba} is accepted by M_1. Show all of the steps of \d*. // (3) Write \graf code for a DFA M_2 that recognizes the @lang of strings over \S={a,b} that do not have 2 consecutive *{a}s. // (4) Modify the !{process from class} for taking the union of two DFAs to write \graf code for a DFA M_3 such that L(M_3)=L(M_1)\nL(M_2). What did you change about the process? Why does that work in general? // (5) Use words to describe L(M_3). // (6) Use words to describe ~{L(M_3)}. // (7) Write \graf code for a DFA M_4 that recognizes ~{L(M_3)}. How would you recognize the complement of the @lang recognized by a DFA in a generalized process? What makes your process work? // (8) Use the !{mathematical induction} and the definition (from \graf) of the *{reverse of a string} to prove the following:…
Please code in C++. The question is attached.
4. Let L = {a" blak|k