CSC 4386 – Automata Formal Languages and Computability nan – Exclusive Course Details

nan Course Introduction

Mar 10, 2013

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Introduction to Compiler Construction: Theory and Practice (nan) Feb 28, 2013

OpenStack Swift Tutorial (nan) Feb 25, 2013

Beginning Ethical Hacking and Penetration Testing (nan) Feb 23, 2013

Advanced Data Structures using C++/Java and STL (nan) Feb 21, 2013

nan Course Description

– Spring 2005, 11:00-12:15, Room 210 (SI 210).

First Name Last Name E-mail address Date/Time Attending at C

Universities Offering the nan Course

on the Georgetown University spring 2018 semester. There are 6 other courses listed for this term, with the most popular being CSC 4312 – Formal Languages and Automata.

Check out our other CSC courses.

2018 College & University

Georgetown University

Georgetown University offers programs in 5 areas of study. Popular majors include Business, Engineering, Computer Science, and Psychology. General information about Georgetown is available on their website at

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nan Course Outline

… (nan)
[9 Sep 2016 11:40] RT
– Fixed problems for Latex
[8 Sep 2016 18:30] Andrei Pascanu
– Fixed some things in the course listing
[8 Sep 2016 14:20] Andrei Pascanu
– Fixed the name of a lab exercise.
[7 Sep 2016 15:30] Andrei Pascanu
– Replaced some of

nan Course Objectives

Spring 2017

Spring 2017 CSC 4386 – Automata, Formal Languages, and Computability (nan) Spring 2017

Spring 2017 CSC 4386 – Automata, Formal Languages, and Computability (nan) Spring 2017

Spring 2017 CSC – Lecture Notes for CSC 4386 – Automata, Formal Languages, and Computability (nan) Fall 2016

Fall 2016 CSC – Lecture Notes for CSC

nan Course Pre-requisites


View more course topics

nan Course Duration & Credits

in 2017-2018.

For course equivalency for CSC 4386 – Automata, Formal Languages, and Computability (nan) at other colleges and universities, please visit the CSC 4386 – Automata, Formal Languages, and Computability (nan) website.

nan Course Learning Outcomes

Students will understand the definitions of various formal languages and their applications in complexity theory, cryptography, data structures, and more.

Students will learn to use programming languages to manipulate these formal languages and to understand various types of algorithmic problems.

Students will demonstrate the ability to solve complex combinatorial problems using these formal languages.

Students will be able to calculate the space complexity of various algorithms by applying the concepts learned in this course.

Students will understand how algorithms that solve combinatorial problems are implemented in hardware

nan Course Assessment & Grading Criteria

Due Week 6 and worth 200 points (the following assignments are assigned to students for the completion of their final exam. These assignments will be graded on a pass-fail basis):

2 CSC 4386 – Automata, Formal Languages, and Computability

3 CSC 4386 – Automata, Formal Languages, and Computability

4 Problems: 1) Develop a DFA for the language M =

nan Course Fact Sheet

to the Department of Computer Science and Engineering at

Course Goals
Class Meetings and Time


John Keane, Formal Languages, Theory, Applications, and Algorithms
Roger K. S. Huang, Automata: Finite State Machines and Universal

nan Course Delivery Modes

2021-05-02 12:00:00 Afternoon Science Building A100 CSC CSC4386 ASM 4386

Online lectures (24/7 access) for the summer term. These are offered via video conferencing software (Zoom), and students can submit questions via email or Zoom.

Course Information for CSC4386

Course Description: This course introduces students to the study of computers and formal languages, with particular attention to problems in computational complexity theory

nan Course Faculty Qualifications

Nan Fang, Nan Fang, Nan Fang BSc(Computer Science) 2012

CSC 4396 – Symbolic Computation (nan) Pengfei Xie, Pengfei Xie, Pengfei Xie Fudan University 2008

CSC 4400 – Principles of C Programming (nan) Liqiang Hu, Liqiang Hu University of Maryland College Park, MD USA 2015

CSC 4410 –

nan Course Syllabus

at Central Michigan University. The complete course is available online as a free PDF. This syllabus, as well as the entire course, is being used this semester in CSC 4386.

Class Code: CSC4386
Lecturer: Professor Seth Parker
Office Hours: Mondays 11-12
Phone: (517) 353-2595

Course Description:

The goal of this course is to develop an intuition for

Suggested nan Course Resources/Books

Applied Computational Complexity by Kenneth Rosen, 3rd Ed.
The Combinatorial Beauty of Asymptotic Computation by Arthur L. Elias, AMS Staff Paper No. 439, Annals of Mathematics Studies No. 124 (1975), pp. 165-192.

Oleg Kharitonov’s homepage on Computational Complexity: http://homepages.tcd

nan Course Practicum Journal


The course will use the Moodle platform for all class materials, including lecture slides, handouts, assignments and exams. As such, it is mandatory that all students attend class. Students are expected to participate actively in online discussion forums.

Use of Blackboard Collaborate (or similar technology) for classroom instruction is NOT permitted. All meeting times are subject to change as faculty continue to collaborate on planning this course and other related topics.

You may also request access to Zoom by emailing the CSC

Suggested nan Course Resources (Websites, Books, Journal Articles, etc.)

Recommended Course Resources for CSC 4386 – Automata, Formal Languages, and Computability (nan) –

Optional Course Resources for CSC 4386 – Automata, Formal Languages, and Computability (nan) –

nan Course Project Proposal

M.A. CS 4386: Formal Languages and Automata

Course Project Proposal for CSC 4350 – Theory of Computation (nan) M.A. CS 4350: Theory of Computation

Course Project Proposal for CSC 4371 – Computer Networks (nan) M.A. CS 4371: Computer Networks

Course Project Proposal for CSCS2200 – Database Design (nan)
M.A. CS 2200: Database Design

nan Course Practicum

Students work on the task of designing a language for modeling a company’s subcontracts. They are given problems (mostly done in class) to model and analyze, then they are asked to come up with their own small solutions to solve them.

CSC 4250 – Operational Semantics (nan)

This course covers some parts of the ML course, with more emphasis on programming languages, implementation languages, and tools for implementing programs. It also covers some interesting issues in computer security, including attacks

Related nan Courses

CSC 4337 – Automata and Formal Languages (nan)

CSC 4891 – Algorithm Design and Analysis (nan)

Other Degree Programs Available at University of California, Davis:


UC Davis Graduate Programs in Biological Sciences

Academic Departments
Biological Sciences Department Homepage

UC Davis Ph.D. Thesis Abstracts

For more information, visit the following sites:

Ph.D. in Biological Sciences Homepage

UC Davis Graduate Catalog

Midterm Exam


Midterm Exam for CSC 4386 – Automata, Formal Languages, and Computability (pdf)

Last modified: March 1, 2018

Top 100 AI-Generated Questions

1) Given two strings a and b, write a program that uses the words of a to print out (and in reverse order) the words of b.

2) The letters of greek alphabet have an interesting property: if you place each letter below the preceding one, you get
something like ‘A’, ‘B’, ‘C’ , etc… Now write a program that determines which letters are present in both greek
letters and their reversed

What Should Students Expect to Be Tested from nan Midterm Exam

Midterm Exam (15%); nan Final Exam (20%)

6. What are the major topics in this course? TOPICS: 3.1 / 3.2 / 3.3 / 3.4 / 4.1 / 4.2 / 5.1

7. What are the major topics in this course? TOPICS: Compute Complexity, Syntax, Structure of Languages, Formal Languages and Automata, Turing Machines, Parsing, Context-Free Languages

How to Prepare for nan Midterm Exam


1. Start studying CSC 4386 midterm exam 2. Find the formula for alpha combinatorial number of all strings that can be obtained by concatenating strings of length one to the right.

3. For each alphabet, determine whether a given string is a palindrome or not.

4. Given an alphabet A, list the languages that can be generated using A and A^(-1) in NFA with empty input alphabet.

5. Given an alphabet A, write a DFA

Midterm Exam Questions Generated from Top 100 Pages on Bing

( ) – 31 Dec 2017

The midterm examination will be held on Wednesday, December 6th in Courant Hall, Room 3601. The examination is a closed-book, proctored exam.

– Tuesday, November 28th – Open book.

– Monday, November 27th – Closed book.
– Friday, November 24th – Open book.
– Thursday, November 23rd – Closed book.

Exam Digits

Question Code: CSC4386

Midterm Exam Questions Generated from Top 100 Pages on Google

Got a 100%? Sign up here!

Got a question? Ask below!

Final Exam

[Download: 6]
– Wednesday, 26 June 2018

CSC 4386 Automata, Formal Languages and Computability
Professor: Scott Burdett
Exam Format: Multiple Choice (35%), Short Answer (30%), and Problem Sets (35%)
Each of the problems below is worth 2 points each. The final examination will consist of three exams; the first exam will be a review of material from the course and may be used to prepare

Top 100 AI-Generated Questions

[It] is intended to be the first of a series of formalization exercises where you
will write programs that implement (or explain) some data structures. The exercises
are designed for students who have taken CSC 2266 or CSC 3276. You should have a good
grasp of basic logic, functions and the relevant types in C++. You should also have a
good knowledge of the following subjects: finite automata, regular expressions,

What Should Students Expect to Be Tested from nan Final Exam


What is the final exam for CSC 4386 – Automata, Formal Languages, and Computability (nan) course?

CSC 4386 – Automata, Formal Languages, and Computability (nan) final exam will cover all of the material from the lectures for the semester.

CSC 4386 – Automata, Formal Languages, and Computability (nan) Final Exam Information

How can I take my CSC 4386 – Automata, Formal Languages, and Comput

How to Prepare for nan Final Exam

Final Exam: Tuesday, December 15, 2015
Time: 8:00 – 10:00 AM in

CRC 1253

, Room A128.

You must bring a hard copy of your final exam to the exam room. Note that there is no computer lab at CSC on Wednesdays and Thursdays.

You must also bring your CSC ID card (or card from other school).

Final Exam Questions Generated from Top 100 Pages on Bing


CSC 4386: Automata, Formal Languages, and Computability: Final Exam (2012-2013) – A Final Review from University of Waterloo

Questions Generated by this Test Engine:

A.1.: What is a finite automaton?

A.2.: For a finite automaton, what does it mean to generate a string x = f(n)?

A.3.: Given the following binary string:

0011 1110 1010

What is

Final Exam Questions Generated from Top 100 Pages on Google

This is a practice exam for the CSC 4386 (Spring 2011) Class. Each question has a “1” if it was answered correctly, and a “0” if not.

Best of luck to everyone studying for this exam!

1. Consider the following definition of an oracle:

an oracle can be used to test a program without running the program (the input is fixed).

provides all possible answers of a program, including its negation.

is a function

Week by Week Course Overview

nan Week 1 Description

Week 1

4.75 Votes +0 -0 Rated by 1 users.

Please log in to post a review

Review Text:

Reviews from students

I’m so sorry I can’t give you a better review I really don’t know how to put it into words but this class is amazing I don’t think I’ve learned so much about automata and concepts in the past month of classes I took. Not only is the material clear but the professor makes it interesting. She’s

nan Week 1 Outline

. The week 1 outline will be released on May 5th. Please note that the course will not use a textbook for this course. Lecture presentations and homework assignments are expected to be completed using the web platform Blackboard. 5
The course will cover the following topics:
• Formal languages and automata • Transducers • Semantics of regular languages • Computability • Non-deterministic finite automata and context free grammars
Grading Policy: There is no final exam, but

nan Week 1 Objectives

Get an understanding of the basic concepts of computational complexity.

Go through a few basic examples and discuss some of their results. Go through some problems in Computational Complexity and explain how to solve them. (nan)

Week 2 Objectives for CSC 4386 – Automata, Formal Languages, and Computability (nan)

Week 3 Objectives for CSC 4386 – Automata, Formal Languages, and Computability (nan)

nan Week 1 Pre-requisites

CSC 4386 – Automata, Formal Languages, and Computability (nan)

View CSC 4386 page(s) in CSC Course Catalog.

nan Week 1 Duration

All courses are taught in English.

Welcome to the graduate level course Automata, Formal Languages, and Computability (CSC 4386). In this class, you will study various topics in formal languages, automata, and computability. We will consider first-order logic, regular expressions, finite automata and the language of least fixed points. We will also look at complexity theory with respect to input/output language equivalence and computation with respect to Turing machines. You will learn about recursion theory and

nan Week 1 Learning Outcomes

1.1.3 Formal Languages: Syntax, Semantics, and Inference (nan)

1.2 Applications of Automata Theory (nan)

2 Finite State Automata (nan)

2.1 Turing Machines and Finite-State Definitions (nan)

2.2 Combinatorial Properties of Markov Chains (nan)

3 Turing Machines and Computations (nan)

3.1 One-Way Algorithms for Problems with a Nonzero Cost

nan Week 1 Assessment & Grading

— #101 in 2019-01-17 12:00:00
(nan) — I got a C for this, which is better than the last time I took it.

Week 1 Assignment and Grading For CSC 4386 – Automata, Formal Languages, and Computability (nan) — #102 in 2019-01-17 12:05:02
(nan) — Got a B, which is better than the

nan Week 1 Suggested Resources/Books


Click to open in a new tab


One of our students is responsible for the following:

You may also consider the following resources: (a nice reference on Turing’s work on P, NP, computability and computability theory)

nan Week 1 Assignment (20 Questions)

1. Describe an automaton that accepts the language ${0,1}^*$.
2. Explain how to use a DFA to find the regular language of a DFA.
3. Use the grammars in Assignment 5 and determine whether any finite language is regular.
4. Show by example that for every automaton with a set of accepting states, there is a DFA that accepts every non-empty subset of states.

*HINT: Define “regular” to mean “transitive

nan Week 1 Assignment Question (20 Questions)

at University Of Phoenix.

Question: (20 Questions) For Unit 1 Assignment Question (20 Questions) for CSC 4386 – Automata, Formal Languages, and Computability , complete the following questions by discussing the logic structures that define these languages.

Note: There is no library required for this course.

1. What are the two types of automata? Explain what they are and give a basic example for each one.

2. Give an example of a language defined in either type

nan Week 1 Discussion 1 (20 Questions)

at University of Maryland, Baltimore County (UMBC).

This question belongs to
In the beginning of Week 1, you learned about the Turing Machine and its limitations on computation. During the week, you will define a Turing Machine as well as a language for computing it. You will learn how to formally define a language as well as compute the languages denoted by all Turing Machines.

– It is expected that you have read all sections of Weeks 1 through 7

nan Week 1 DQ 1 (20 Questions)

Question #1

Let $X$ be a set of states, and $S$ be a set of symbols. For each possible input string $alpha$, define the following:

– The accept state: $(X, S)$.
– The reject state: $(X, emptyset)$.

For each transition from the accept state to the reject state, determine if it is one of the following:

– $(X, X)$, for any input string $alpha$;
– $(X

nan Week 1 Discussion 2 (20 Questions)

at University of Toronto Scarborough (UTSC).

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## [math-user2, num_likes=0]
Let $f(x) = f( text{abc} )$
then what is the 2nd character in $f(text{aa})$
Hence we have
$ f(f(text{aa})) = f(f(text{ab})) $

nan Week 1 DQ 2 (20 Questions)

from the syllabus

Go through and answer all of the questions on Page 74. Then, go to the next page (Page 75) and answer the questions on Page 76. For each question on Page 76, there will be a link that says “Mark”. You must click on the link in order to view your answer. If you click on the wrong link, then there will be no answer. The answers are not numbered.

For each of these questions below (1),

nan Week 1 Quiz (20 Questions)

at University of Waterloo from the original on 2010-06-21.

The following questions were asked in this exam.

– Which of the following is an example of a language with state transition semantics but no run-time checking?
A. Nonterminating alphabet
B. Abstraction problem
D. Turing machine

– What is the language that has all strings of length 1?
A. A string consisting only of 0’s and 1’s

nan Week 1 MCQ’s (20 Multiple Choice Questions)

– 1. Given an acyclic, non-empty language L on a finite set X, what is the number of strings s in L which have every word from L as a substring? Is this an NP-complete problem?

– Next →

nan Week 2 Description

Week 2

Important Notes for the week:
All lectures are posted online. Therefore, you can access them from home or
your office and come back to them later as often as you like.

There will be a short quiz on Friday, March 11 at the beginning of class (7:15
– 7:45) which counts for 10% of your course grade. In addition, there will be an
end-of-week assignment to complete over

nan Week 2 Outline

(September 9, 2011) Fall 2011.
* CSC 4386 – Automata, Formal Languages, and Computability – Week 2 Outlines

Category:Cambridge University Department of Computer Science

nan Week 2 Objectives

Tuesday, 11 November 2006

Prezi: “Big Data, Small Data”

In the past few years a growing number of new online services have emerged that allow users to store and manage data in an easier and more efficient manner. The ability to gain access to and exchange large amounts of data on the Web is making it possible for businesses, governments, academic institutions, and others to harness vast amounts of information that were previously unavailable. However, there are still many companies who are struggling

nan Week 2 Pre-requisites

Week 3
A short course on Computational Complexity
Prerequisites: CSC 4368, CSC 4372

Week 4
Nondeterministic finite automata and regular expressions
Prerequisites: CSC 4368, CSC 4372

Week 5
The class structure of NP-complete problems
Prerequisites: CSC 4372, CSC 4368

Week 6
Approximation algorithms for combinatorial problems (functoriality, digraphs)

nan Week 2 Duration

Week 2 Duration for CSC 4386 – Automata, Formal Languages, and Computability (nan)
Week 3 Duration for CSC 4386 – Automata, Formal Languages, and Computability (nan)
Week 4 Duration for CSC 4386 – Automata, Formal Languages, and Computability (nan)


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Course level:
Weekly Lecture
Total Time:
1 Hours

nan Week 2 Learning Outcomes

Week 2 Assignment 1 (Due 11:59 PM PST)

This Week:

Course Project – Prove that the language $L_2$ of natural numbers modulo $2^8$ is decidable.

Read Chapter 10 of Non-Computable Numbers and Complexity.

Prove the decidability of language $L_2$ of natural numbers modulo $2^8$.
Solve the NP-complete problem $P(n)$ for any

nan Week 2 Assessment & Grading

* CSC 4386 Week 2 Discussion Board – Introduction to Automata Theory & Algorithm Design
* CSC 4386 Week 3 Assignment – Turing Machines
* CSC 4386 Week 4 Assignment – Combinatorics
* CSC 4386 Week 5 Discussion Board – Writing Programs

posted by Brandon at Tuesday, September 14, 2010


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nan Week 2 Suggested Resources/Books

Nan Week 2 Notes (nan)
Nan Week 2 Links (nan)

Week 3 Schedule: (nan)

– Thursday, September 17: Lecture: Automata Theory
– Wednesday, September 23: Quiz (10am)
– Friday, September 25: Lecture: LISP
– Tuesday, September 29: Quiz (10am)

Week 3 Resources/Books for CSC 4386 – Automata, Formal Languages, and Computability (

nan Week 2 Assignment (20 Questions)

– eCampus Course

Jain, S. (2018). Design and Analysis of Algorithms. 7th Edition . Pearson.

Plagiarism: Plagiarism is a form of cheating that occurs when someone uses the words or ideas of another person without giving credit to that other person or institution in the form of credit. See our Plagiarism page for more information on plagiarism.

nan Week 2 Assignment Question (20 Questions)

at University Of Maryland, Baltimore. Browse the latest graded Homeworks and Materials to prepare for the Final Exam. Questions are not available until Monday, March 12th at 5 PM EST.

You can also use your email

See what’s near this venue

nan Week 2 Discussion 1 (20 Questions)

at University Of Phoenix, Bakersfield on Sep 14, 2019.
* You are required to complete all of the following questions.
* Questions must be typed and answered completely in Word or PDF format. (Include a document name that includes your last name.)
* All responses must be original.

1) Given a turing machine $M$, how many states does $M$ have? What is the minimum number of states required for a language to be recognized by $M$

nan Week 2 DQ 1 (20 Questions)

from the week 2 DQ 1 on page 9-10 in your textbook.

Answer the following questions:

(A) What is automata theory?

(B) Give a short example of an automaton.

(C) The set of all finite word languages is closed under union and intersection. Find a finite word language that is not a finite word.

(D) Write the alphabet of your favorite programming language in English and explain why it is important to you.

(E) How does Turing machine work?

nan Week 2 Discussion 2 (20 Questions)

at University of California, Irvine on StudyBlue.

CSC 4386 Week 2 Discussion 2
(h) Which of the following is a possible output for the input string s = “baaBabbb”?
(1 point)

(c) Assume that we wish to compute a*2 for the string s. Which of the following is a valid procedure for computing this value?

nan Week 2 DQ 2 (20 Questions)

from the USC T.A. program for free, so hurry up and complete your CSC 4386 – Automata, Formal Languages, and Computability – Assignment


Here is a link to my week two assignment.


nan Week 2 Quiz (20 Questions)

from the Coursera Organizational Behavior Class (Open), powered by The Coursera Foundation. Learn by doing, not reading. Show your understanding by getting a full score!

The task is to create an algorithm that moves a ball in a square network based on the position of a ball placed at the starting point. It is assumed that the

nan Week 2 MCQ’s (20 Multiple Choice Questions)

. Each question has four possible answers, you are given 20 minutes to choose the correct answer and click ‘submit’ at the end.



Recent Questions

CBSE APTS/ASAM/NCERT/AHLEIAH/2019-20: Maths – Expressions and Equations; Indices; Linear and Quadratic Equations; Permutation & Combination and Binomial Theorem

CBSE Class 12 – Chemistry – Chemical Equilibrium; Acid-Base Reactions

nan Week 3 Description

Week 3

Click here to schedule a tutorial! (nan) Week 3

This is the second week of class, starting on Tuesday September 19th. Students should be coming in full time for this course.

Please note that if you are taking CSC/COE2076, this course will not be part of your degree requirement. If you are looking to complete your degree requirements in less than 2 years, please do not take this course.

In this class we will explore what

nan Week 3 Outline


Week 3 Outline for CSC 4386 – Automata, Formal Languages, and Computability (nan) (3-0-4)

This course will introduce students to formal languages, automata, and computation. The focus will be on the study of language constructs like finite automata, Turing machines, equivalence classes of automata (flowing), and polynomial-time computations. Topics such as deterministic finite automata, nondeterministic finite automata, regular

nan Week 3 Objectives

Week 4 Objectives for CSC 4386 – Automata, Formal Languages, and Computability (nan) Week 5 Objectives for CSC 4386 – Automata, Formal Languages, and Computability (nan) Week 6 Objectives for CSC 4386 – Automata, Formal Languages, and Computability (nan)

This course will be designed to cover the following topics in greater detail: State of the Art Analysis of CTL Design Patterns for Formal

nan Week 3 Pre-requisites

2003-07-09 16:51 14M
CSC4386-week3-spring2005.pdf Spring Semester 2005 lecture notes, exam sheet, and quiz for CSC4386-automata-formal languages-and-computability.\

nan Week 3 Duration

Course Level Graduate Status Active Available to M.A.T. Students Yes Last Updated 6/16/2008 12:00:00 AM

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nan Week 3 Learning Outcomes

CSC 4386 Week 3 Learning Outcomes for CSC 4386 – Automata, Formal Languages, and Computability (nan) CSC 4386 Week 4 Learning Outcomes for CSC 4386 – Automata, Formal Languages, and Computability (nan) CSC 4386 Week 4 Learning Outcomes for CSC CS Bachelor of Science in Computing

Course Outline
Semester II
. The Static and Dynamic Properties

nan Week 3 Assessment & Grading

11 Week 3 Assignments (continued) & Assignment #2 Due Nov 6 @ Midnight (no late submissions) Instructor Permission Required CSC 4386: Automata, Formal Languages and Computability (Spring 2009) (nan) Pages: e-mail me your name, email address and course number to or include your name in the body of an email. Class Participation Rating: Your participation will be rated on a scale of 0

nan Week 3 Suggested Resources/Books

Assignments for Week 3:

Week 3, Tuesday 11/10

– Preprint of Minsky and Papert paper
– “Understanding a Video Game” from The New York Times article

Problem #1: Watch video

Problem #2: Read the Wikipedia page about the problem. Then read the Hacker News article by John Siracusa.

Post your responses to these questions in the blog post by Sunday, November 15th at midnight (Pacific).

Week 3,

nan Week 3 Assignment (20 Questions)

from the nida2018-nida4386-wk3-assignment-20 questions-for-csc-4386-automata-formal-languages-and-computability.

Description: This assignment will help you to learn the basics of NIDA’s Automata, Formal Languages and Computability (CSC4386) course. It’s worth 50% of your total score on the assignment, and is due 11:59pm on Sunday, December 16th.


nan Week 3 Assignment Question (20 Questions)

at University Of Phoenix, Get answers to your textbook problems from experts! All of our textbook answers are written by professors and vetted by expert reviewers.

Week 2 Assignment Question (20 Questions) for CSC 4386 – Automata, Formal Languages, and Computability (nan) at University Of Phoenix

Week 3 Assignment Question (20 Questions) for CSC 4386 – Automata, Formal Languages, and Computability (nan) at University Of Phoenix

1.1 Explain the

nan Week 3 Discussion 1 (20 Questions)

at University of Houston, Spring 2015.×60.png 0 0 Nursing Paper×60.png Nursing Paper 2019-09-29 13:06:00 2019-09-29 13:06:00

nan Week 3 DQ 1 (20 Questions)

Question: The Penn State student must submit a 1,000-word response to one of the following options below. This assignment is due by Thursday, October 11th at 11:59 pm.

The instructor will review your final draft before posting your responses to the discussion board. Review the instructions and Guidelines for the student submission below before beginning this assignment. Be sure to include a reference page for your assignment.

Support an argument that denies the requirement of an abstract machine (reliance on

nan Week 3 Discussion 2 (20 Questions)

at University of Texas at Tyler.

nan Week 3 DQ 2 (20 Questions)




This paper will:

describe the standard type theoretical model of abstract algebra,

explain the content of a finite set, and

show how to calculate elementary elements.

1. What is an abstract algebra?

Answer: An abstract algebra is a representation of a set as a group or ring. The basic concept in abstract algebra is the operation called addition; we have previously considered it

nan Week 3 Quiz (20 Questions)

at University of Phoenix.

1. Given an automaton with 6 states and no transitions, compute the number of states in the automaton.
2. Which set is not regular?
3. If G is a nontrivial finite group, then which subset of G is not regular?
4. Consider the group H = {0, 1}^2. Is H not regular?
5. Consider the function f(x) = x^2 + x

nan Week 3 MCQ’s (20 Multiple Choice Questions)

at University Of Houston. Other Online Test Series for Free.

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nan Week 4 Description

Week 4 Assignment 2
Due Date: August 25, 2011

This is a two-page assignment. The assignment contains some of the material that will be introduced in CSC 4386: Introduction to Automata and Formal Languages (Fall 2011). This assignment is designed to give you the opportunity to do a relatively sophisticated analysis on an NP-complete problem. You are expected to write up your analysis using at least one standard algorithmic approach for formal languages and automata. The

nan Week 4 Outline


Week 5: Computer Graphics and Game Programming with Unity (docx)

Week 6: Real-Time Rendering of Games using RenderMan for Maya and Vray for Rhino for Revit

Week 7:  Introduction to ArangoDB, Cassandra, and NoSQL Databases

Week 8: Introduction to Python Scripting and Machine Learning with Scikit-Learn

Week 9