#finiteautomata

[fortunatelycoldengineer]

Basic Model of Turing machine . . . . for more information and tutorial https://bit.ly/3w4x0Qz check the above link

[reportingfrom20xx]

Good Morning, Charlotte Scene!! The week has hit the reset button for us here at RF20XX, and we're starting fresh by working our normal grind a bit earlier so that the daily struggle doesn't delay events from hitting your ears & eyes in time 🎶. ~~~~~~~~~~ As well this week, we've added in a few venues, expanding onto the roster within Charlotte, including the more vibrant ones we declined to cover before. We believe that our focus should be on bands working their way up, so we'll make sure to let you know when we open up for vets!! ~~~~~~~~~~ - R U OK? CLT comes in to the Evening Muse for our monthly check-up. Following Pride Weekend, this month's event caters around addressing discrimination in the LGBTQ+ community, so if you'd like to educate yourself more on the ordeals of our brothers & sisters of the city, this is a great event to do it at, especially in a quieter, more personal environment. ~~~~~~~~~~ Without further ado, here's the rest of today's music events in the CLT Scene; ---------------------------------------------------------- 8/20 – Tuesday The Evening Muse – R U OK? CLT w/ Lauren Faber & Gina & Brenda of Doubting Thomas @ 7pm —————————————————- – Jesse Lamar Williams & The Menastree Jazz Jam @ 10pm The World-Famous Milestone – God Module w/ Finite Automata, Absynthe Of Faith & 30 Year Sick @ 8pm Snug Harbor – Ramonda Hammer w/ Big Wave Small Wave & Surrounder @ 9pm Petra’s – Foreplay Goes South @ 7pm Hattie’s Tap & Tavern – Bingo w/ Nick Rowlett @ 9pm Crown Station – Open Mic Music Night @ 7pm —————————————– – Mercury Dimes w/ Erin Fox (Philly) & The Cocker Spaniels @ 9:30pm Smokey Joe’s – Smokin’ J’S Open Jam (Weekly) @ 9pm PNC Pavilion – The Smashing Pumpkins w/ Noel Gallagher’s High Flying Birds & AFI @ 7pm ----------------------------------------------------------- #ruokclt #eveningmuse #godmodule #finiteautomata #absyntheoffaith #30yearsick #themilestoneclub #theworldfamousmilestone #ramondahammer #bigwavesmallwave #thesurrounder #snugharbor #mercurydimes #erinfox #thecockerspaniels #crownstationclt #charlottemusicscene #charlottemusic #localmusic #supportyourlocalartists #supportindependentartists #reportingfrom20xx #rf20xx (at Charlotte, North Carolina) https://www.instagram.com/p/B1YvUTWJadi/?igshid=f2gwhey8dotb

[smartcherryposts]

Complement Of Finite Automata

Complement Of Finite Automata Means The Finite Automata Which Is Obtained By Interchanging Final And Non-Final States Is Known As Complement Of Finite Automata.

In This Concept, I'll Change Final States To Non-Final To Final State And Final To Non-Final State. By Doing This The Language Changes. M-Automata(DFA) L-Language M Supports L Language   The String Which Comes In Language L Are Accepted By Machine M L⊆Σ* L Belongs To Sigma Star Σ* Means Universal Set Of Strings(All The Strings) L⊆Σ* Means The Strings Which Are Accepted By Language Comes Under 'L' Not All Strings Comes Under 'L'   M→L⊆Σ* Means Machine M Accepts Strings Which Are Belongs To 'L' And L Is The Language(Set Of Strings) Which Are Subset Of Universal Set Of Strings i.e Σ* (Sigma Star)

Then What Is Complement Of Finite Automata?

If I Give Complement For Machine 'M' That Becomes M1 M1→L1= Σ*- L M1 Is The Machine Which Accepts The Language L1 L1= Σ*- L   This Machine M1 Accepts The Language L1 And L1  Is Universal Set Of Strings Language. M→L⊆Σ* M1→L1= Σ*- L   I Hope You Understood The Difference Between Machine M And Machine M1 Example

Σ={a,b}

L=String Starts With 'a'

This Is (M) Machine Example.  

     2. Σ={a,b}

L=String Does Not Start With 'a'  

This Is M1 (Machine Complement) Example In M1 The Non-Final States Becomes Final State Including Dead State And Final States Becomes Non-Final State.   Cross-Check baa  

Remember

L(FA)∩l(FA1)=Φ L(FA)∪(FA1)=Σ* M→n states k final states M1→ n states n-k final states       Read the full article

[7hirteenclothing]

Support live music! Check out my friends in @godmodule and @visions_in_blvck on tour now! GOD MODULE: DOES THIS STUFF FREAK YOU OUT?? US TOUR 2017. Coming to a city near you!! @metropolisrecords @blakkglass @finiteautomata @midnightmythband #ontour #underground #industrial #darkwave #supportlocal #music #bands #7hirteenclothing

[vincentsnow-art]

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A post shared by Vincent 'Himitsu' Snow (@vincenthimitsusnow)

These guys were awesome, btw. I was pretty happy to see an aggrotech band opening for God Module a few days ago. Loved the energy ❤ They are Finite Automata. @finiteautomata #aggrotech #industrial #goth #mechanismus #industrialgoth #horrorindustrial #himitsu #enolareven

[isitopen-blog]

False prophets and Deterministic Finite Automaton

Last night I found myself deep inside a cramped library filled with people, who just like me were scrambling to make head or tails of old notes, monotonously reviewing old assignments or tackling sets of new problems. Midterms. It's no secret that I'm not the biggest fan of University learning (as it appears alot of top software engineers aren't) and you can't blame me for not enjoying Nondeterministic finite automaton and context free grammars (still holding out for a rails or django class). Luckily though I had a pretty girl next to me who was just as bored as I was. After awhile we came to the conclusion that we had both studied enough and needed a little bit of break and being on campus what better than going to check out the university's cinema (both never been).

We headed over to catch the 9pm showing and see what was playing.

Kumare. Something about a guru.....great. Whatever girl was pretty, I didnt want to study, sure lets do this

So I sat though the whole thing, huge bag of popcorn, large soda.....barely had any of it. The movie was great, to be honest I had to cover my mouth more than once because I was laughing to hard and if you get a chance to see this you'll know what I mean about "The power buffer guy". Anyway blew me away but thats not the point. What I didnt know going into it was the movie was not just about a guru it was about pretending to be a guru. Kumare essentially is the alter ego of of a New Jersey born director Viskar, think Borat to Sasha Baron Cohen. He pretends to be this guru from india and heads into arizona to start his following and disprove guru's by showing that anybody can be one. Proof by contradiction I guess applies to the pumping lemma I was supposed to be studying.

You don't need some mystical man to help you become a better person, you already know what you need to do

Obviously in an expository movie like this there has to be a reveal, where you pull of the veil and show that it's all smoke and mirrors, that it's all a hoax. This is gonna crush people, it's gonna crush his followers and though gullible they are fantastic people just looking for an answer. It's hard for Viskar, hell this would be hard for anyone to stand up to a room full of people you care for and tell them your full of shit. It's at this point that his teachings become less of an act and more of an odd combination of a scapegoat and revelation. You don't need some mystical man to help you become a better person, you already know what you need to do just fucking do it already.

OK so I've given away enough of movie but I still hope someone watches it, but it's that bullshit revelation from a false prophet that got me writing again. It something I've wanted to do for awhile I just needed a bit of a kick from myself. So I grabbed some of the old posts from my elective blog from last year and decided to start doing this on my own. If not to just help me clear my thoughts then it's to keep me away from my old habits of blog surfing. It's alot more healthy to get your own thoughts out then just to keep taking in others.

Ill see where this all goes, for right now I'm gonna be on the tumblr format as it gives me some free hosting but I imagine down the road I'll be navigating towards weebly and wordpress once I get a few of my old projects touched up and online. For now though I'm kind of excited to get those ideas on technology, travel and that odd medium I have pent up out into the world

[themo0njellymomma]

My fave industrial dudes Finite Automata Tearing it up right now. #industrial #finiteautomata #friends #badassindustrial #atlindustrial (at Club Famous)

[fortunatelycoldengineer]

Turing Machine . . . . for more information and tutorial https://bit.ly/3HP3KzS check the above link

[fortunatelycoldengineer]

Pushdown Automata(PDA) . . . . for more information and tutorial https://bit.ly/3UxmYBs check the above link

[fortunatelycoldengineer]

Finite Automata . . . . for more information and tutorial https://bit.ly/3HKYWv9 check the above link

[fortunatelycoldengineer]

Theory of Automata . . . . for more information and tutorial https://bit.ly/3HRp0EQ check the above link

[smartcherryposts]

Construct The Minimum Finite Automata That Accept All The Strings Of a & b Such That String Contains At least 2 a's & ηb|w|≅0mod3

Construct The Minimum Finite Automata That Accept All The Strings Of a & b Such That

i) String Contains At least 2 a's & ηb|w|≅0mod3

Solution:- (Check Previous Two Problems For Better Understanding) CONDITION GIVEN:- String Should Contain At least 2 a's And ηb|w|≅0mod3(Means No Of b's In String Is Approximately Equal To O Mod 3(If I Divide The No.Of b's With 3, I Should Get Remainder As 0)  

FINITE Automata 1:-

Σ={a,b} L={aa,aaa,aaaa,aaaaa....}

FINITE AUTOMATA 2:-

ηb|w|≅0mod3 Means No Of b's In String Is Approximately Equal To O Mod 3(If I Divide The No.Of b's With 3, I Should Get Remainder As 0

Possible Remainders For 3 Are 0,1,2   Mean If I Divide No. Of b's In A String With 3 I Should Get Remainder As 0   Imagine-{b,bbb,babbab,bbabbbbba....} If No Of b's Are '0' In A String And If I Divide 3 With 0 I'll Get Remainder '0'   0 Is Divisible By 3 0 Means ε Means L={ε,1,2,3}={ε,b,bb,bbbb...}

CROSS PRODUCT FINITE AUTOMATA 1 × FINITE AUTOMATA 2 => {(q0,q3),(q0,q4),(q0,q5), (q1,q3),(q1,q4),(q1,q5), (q2,q3),(q2,q4),(q2,q5)}  

FINITE AUTOMATA

FINAL STATE Is q2,q3  Because Two Conditions Should Satisfy. CROSS CHECK babab // aa,bbb Read the full article

[smartcherryposts]

Construct The Minimal Finite Automata That Accept All The String Of a & b Such That There Is Even No. Of a And Even Number Of b

Construct The Minimal Finite Automata That Accept All The String Of a & b Such That i) There Is Even No. Of a And Even Number Of b   Solution:- Question Is Final Automata Should Contain Even Number Of 'a's And Even Number Of 'b's Even Numbers Are 0,2,4,6,8,.....  

CREATE TWO SEPARATE AUTOMATAS WITH GIVEN TWO CONDITIONS

Finite Automata 1:- Even Number Of 'a's Σ={a,b}

q0 Is My Initial And Final State Because Of ε q0 Goes To q1 And q1 Goes To q0(aa) I Dont Bother About Number Of b's On q0q1 Finite Automata 2:- Even Number Of b's(ε,bb,bbbb,bbbbbb....)

I Have Drawn Finite Automata 2 Using The Same Procedure Used In Finite Automata 1.   Now Cross Product (Or) Cross Multiplication Finite Automata 1 × Finite Automata 2

=> {(q0,q2),(q0,q3) (q1,q2),(q1,q3)}  NOS - 4   Now DRAW FINAL DFA Using These States By Observing Finite Automata 1 And Finite Automata 2

Final State Will Be The Combination Of Finite Automata 1 And Finite Automata 2 Only. Because The Condition Given Is Two Conditions Should Be Satisfied. No Of Even 'a's And No. Of Even b's In A String.   Cross Check abaaba

Check Previous Problem For Better Understanding     Read the full article

[smartcherryposts]

Construct Minimal Deterministic Finite Automata (DFA) Start And End With Different Symbol

Construct Minimal Deterministic Finite Automata (DFA) Start And End With Different Symbol Where Σ={a,b}   Condition Given Is If Your String Is Starting With 'a' It Should End With 'b' If Your String Is Starting With 'b' Then It Should End With 'a'   L={ab,ba,abbb,abab,baba,bbaa.........} // Infinite Language

  Read the full article

[smartcherryposts]

Types Of Languages - Types Of Grammars - Types Of Automata(Machine)

Types Of Languages - Every Language Have Two Components, One Is Grammer And Another One Is Acceptor Or Machine. Grammer Generates Language, Acceptor Accepts The Language, Acceptor Is A Machine.

If The Language Changes Then Its Grammer Is Also Changes, If The Language Changes The Machine Also Changes, Which Accepts The Language. We'll Understand The Types Of Languages.

Types Of Formal Languages

According To The Memory, According To The Grammer And Change In Grammer, Are The Reasons For To Have Different Language Necessarily. Let Know Why To Have Different Languages. To Accept A Language Few Machines Needs Memory, Few Machine Don't Need Memory In It To Accept-Language. According To The Machine Architecture Or According To The Machine Model, I Have Divided Languages Into Different Types. Based On The Grammer I Have Divided Languages Into Different Types.   First Language In Types Of Formal Languages Is Regular Language, In ShortCut, I'm Writing Regular Language As RL RL Means Regular Language Remember This, In Theory Of Computation We Mostly Use Shorts Cuts. I Use Regular Language, I Don't Need Memory Size In The Machine For This Language.   Second Is Context Free Language (CFL) Context Free Grammer Is Little Different Compare To Regular Language, I Need To Use Stack Memory For Context Free Grammer. Third Is Context-Sensitive Language (CSL) I Need To Use More Than One Memory In Context-Sensitive Language, Fourth Is Recursive Enumerable Language (REL)   According To The Machine Architecture, According To The Grammer I Have Divided Languages Into Four Types. According To The Memory Size And Memory Model These Are Types Of Languages, These Are The Types Of Languages We Have.  

Types Of Grammars

The Set Of All The Rules Which Are Used For Generate A String Is Known As Grammer. I Have Follow Few Conditions To Generate A String, Those Conditions Are Created By Grammer. Example - Few Rules I'm Writing Here S->AB // S Gives AB, S Means Starting Symbol,If I Want To Create A String, I Have Start, So This Is The Symbol For Starting A String. And Which Is Denoted With Capital Letters, We Call These Capital Characters As Non- Terminals Or Variables, In C Language You Will See Variables, Similarly Here These Variable Values Can Be Changed.   A->a // A Gives Small a, The Small Characters, Can Be Seen On Left Side, Those Are Called Terminals, Terminals Means We Cant Expand These And We Cant Change, If I Get ' a ' In A String, I Can't Change That 'a ', Whereas If I Get " AB " In Any String, I Can Replace It With      ' a ', That's Why We Call S->AB As Variables And ' a ' As Terminals.   B->b // B Gives Small b   For Example - If I Want To Create A String, I Have Input Alphabets Σ= {a,b}, I Have To Create String Using 'ab', By Using The Above Grammer Rules Can I Create A String ?? Lets See

Using The Given Set Of Rules Of Grammer We Created A String ' ab ' ' S ' Is My Starting Symbol, Always I Need To Start With Starting Symbol ' S ' Then I Need To Replace ' S ' With The Variable I Have On The Left Side Of ' S ' i.e ' AB ' , In The Place Of ' AB ' It Is Possible To Have Variables And Non- Variables And Terminals. I Replaced ' S ' With The Variables ' AB '   I Have A Set A Rule i.e A - > a, In Which A Replaces ' a ' , i Replaced ' A ' With ' a ' Similarly B- > a , I Replaced b In The Place Of B   If You Traverse The String, The Charecters Came In The Leaf Node, That Combination We Call As " String " So ab Is The String I Have Generated.   'ab' Is The String Generated Using The Set Of Rules Of Grammer Given And By Taking The Input Alphabets Σ={a,b} And That String Gets Satisfied For That Language Of That Grammer. Like That Grammer Rules Are Written In This Way.   Types Of Grammer Regular Grammer (RL) Context Free Grammer (CFG) Context Sensitive Grammer (CSG) Recursive Enumerable Grammer (REG) Or Unstructured Grammer.   According To The Language, I'll Have Its Own Grammer, Every Language Has Its Own Grammer.If I Create A String Using A Particular Grammer, That Required String Represent Its Language.  

Types Of Automate (Machine)

The Language I'm Talking, To Accept That Language,It Need's A Machine It Needs A Mathermatical Model. Why I Need Machine? Lets Understand With An Example.   Imagine That I Have Took A Language Called L. L= Set Of All The Strings Starts With ' a ' // Means All The Strings In The Language Starting Symbol Should Be ' a ' Input Alphabets Σ = {a,b} ={a,ab,aab,aba,abb,aaab,abbab,.....} // Generated Strings I Can Create Infinite Strings In This Language. I Can Create Any Number Of Strings Using Starting ' a ' Symbol. I'll Store All These Strings In Machine.   Imagine That I Need To Search For A String Which Satisfies This Language. If I Give A Input String 'aba'  To Machine And I'll Ask Machine To See The String Is There Or Not In The Language ' L '   Machine Searches ' aba ' String In All The Stored Stored Strings Where It Is There Or Not.   I Want To Talk Practically, There Are Infinite Strings Which Accepts The Language ' L ' In The Machine, Storing Large Number Of Strings In My Machine Is Little Difficult Because Every Machine Has A Problem Called Memory.I'll Have Limioted Amount Of Storage Capacity, I Cant Store Infinite Number Of Data.   So, If I Get Any String As Input, I Need A Mechanism With Which I Can Judge That Wheather This String Satisfies My Language Or Not. So,I Need To Create A Machine Which Gives Output As " Yes " Or " No".   Thats Where, What Will Be The Input For My Machine? My Machine Input Will Be 'Language' And Input String. And What Should I Create? I Should Create A Finite Machine. Finite Machine Means, Where Finite Number Of Decisions Taking Ability Will Be There And Finite Number Of States Will Be Available. Which Gives Me "Output" Saying That "This String Is In This Language" Or Not   If I Can " I Can Also Store All The Infinite Strings Of The Language In My Machine" And Whenever I Get A Input I Can Do Searching Operation To Find The Input String From The Stored Strings. But My Language Is Infinite,That's Why I Cant Store Infinite Data In Finite Memory. So, I Need A Type Of Representation, Which We Call It As Finite Machine.   We Call That Finite Machine As Finite Automata In This Theory Of Computations(Automata), We Need To Create Lot Of Automata( Machine)

If You Observe The Picture, The FA(Finite Automata) Takes Input As Language And Gives Out Put As ' Yes ' or ' No ' For This Language If The Input String Given To The Automata Is Valid Or Acceptable To It, Then My Finite Automata Gives Output As ' Yes ' If The The Input String That Doesn't Satisfy The Language, That Doesn't Satisfy The Restrictions Of The Language,For That Finite Automata Gives Output As ' No ' So According To The Language, I Have To Change The Machine,If My Language Is Finite Language, My Machine Is Finite Automate Because Finite Automata Accepts Finite Language. If The Language And Its Grammer Changes, If I Require Memory, I Need To Attach Memory To Finite Automata(Machine) To Accept Those Languages. According To That, My Machine Is Divided Into Different Types.   Types Of Automata Finite Automata (FA) PushDown Automata (PDA) Linear Bounded Automata (LBA) Turing Machine According To The Memory Requirement, Memory Attachment, We Divided It Into Different Types. 1.Finite Automata In Finite Automata, There Will Be Finite Number Of States. We won't Attach Any Memory To This. 2.Push Down Automata Here I Also Required Stack Memory, Because Few Languages Will Get Accepted By Push Down Automata, So One Stack Memory Gets Attached To It. 3.Linear Bounded Automata Here Also I Need I Required One More Stack Memory Because The Languages Accepted By Linear Bounded Automata, There I Will Be Required More Memory. 4.Turing Machine Turing Machine Is Big Machine Among All. Turing Machine Is Also Called Abstract Model Of Computer Because Whatever The Problem's Can Be Solved By Turing Machine, All Those Problems Can Be Solved By Computer.   So This Is The Information About Automata(Machine), Grammars And Languages.   If You Like The Explanation, Install Smart CSE Android App From Google Play Store, So That You Can View All The Topics Of Theory Of Computation In Your Mobile.

  Thanks                               Read the full article

[7hirteenclothing]

GOD MODULE: DOES THIS STUFF FREAK YOU OUT?? US TOUR 2017. Coming to a city near you!! @metropolisrecords @7hirteenclothing @blakkglass @finiteautomata @visions_in_blvck @midnightmythband