For following FA find minimized FA accepting the same language FA (Finite Automata) find minimized FA is the important topic of the Theory Of Computation. Moreover, Theory Of Computation is the Important subject of the Computer. Fig – Finite Automata Final state is {6} And, Non-Final state is {1,2,3,4,5,7} (6, 1), (6,2), (6, 3), (6, […]

# Theory Of Computation

## Moore Machine – TOC | Theory of Computation

Moore Machine Moore Machine is the important topic of the Theory Of Computation. Theory Of Computation is the Important subject of the Computer. Moore Machine Mathematically Moore machine is a six-tuple machine and define as Mo=( Q, Ʃ, ∆, δ, /\’,q0) where Q: A Nonempty finite set of state in Mo Ʃ: A Nonempty finite […]

## Convert NFA – ^ to FA | Theory of Computation

Convert NFA – ^ to FA NFA – ^ to FA is the important topic of the Theory Of Computation. Theory Of Computation is the Important subject of the Computer. Table – Transition TableFig – NFA-^ δ*(A, ^) = {A,B,D} δ*(A,0) = ^(U δ(r,0)) r∈ δ*( A,^) = ^ ( U δ(r,0)) r∈(A,B,D) = ^(δ(A,0)U […]

## Definition of Finite Automata – TOC | Theory of Computation

Definition- Finite Automata Definition-Finite Automata is the important topic of the Theory Of Computation. Theory Of Computation is the Important subject of the Computer. Definition-Finite Automata A finite Automata or finite state machine is a 5-tuple(Q,∑,q0, A,δ) where, Q is finite set of states; ∑ is finite alphabet of input symbols; q0 ∈ Q (Initial […]

## Regular language & Regular Expression – TOC | Freestudy9

Regular language & Expression Regular language & Expression is the important topic of the Theory Of Computation. Theory Of Computation is the Important subject of the Computer. Regular Language A Regular Language over an alphabet ∑ is one that can be obtained from this basic language using the operation of Union, Concatenation and Kleene (*). […]

## Mathematical Induction – TOC | Theory of Computation

Mathematical Induction Mathematical Induction is the important topic of the Theory Of Computation. Theory Of Computation is the Important subject of the Computer. Prove 7+ 13+19+…..+(6n+1)= n(3n+4) Step-1: Basic We must show that p(0) is true. P(0)= 0(3(0)+4)=0 And, this is obviously true. Step-2: Induction Hypothesis k >= 0 and p(k) = […]

## Convert Following PDA to CFG – TOC | Theory of Computation

Convert following PDA – CFG PDA – CFG is the important topic of the Subject Theory Of Computation. Solution: Step 1: Add the production for the start symbol Sà[q z q] Sà[q z p] Step 2: Add production for the δ( q, 1, z) →(q ,xz) [q z q]→1[q x q][q z q] [q z q]→1[q […]

## Define: Context Free Grammar & Context Free Language | TOC

Define Context Free Grammar & Context Free Language Context Free Grammar is the important topic of the Theory Of Computation. Theory Of Computation is the Important subject of the Computer. Context Free Grammar: A context-free grammar is a 4-tuple G=(V, Ʃ, S, P) where, V is finite set of non-terminals, Ʃ is disjoint finite set […]

## Union, Intersection & Compliment operation on Finite Automata | TOC

Union, Intersection & Compliment operation on Finite Automata Union, Intersection & Compliment operation is the important topic of the Theory Of Computation. TOC is the Important subject of the Computer. Union, Intersection & Compliment operation Suppose M1=(Q1,∑,q1,A1,δ1) M2=(Q2,∑,q2,A2,δ2) Accept languages L1 and L2 respectively. Let M be an Finite Automata defined by M=(Q,∑,q0,A,δ) where, Q=Q1×Q2 […]

## Finite Automata with Output – TOC | Theory of Computation

Finite Automata with Output. Finite Automata is the important topic of the Theory Of Computation. Theory Of Computation is the Important subject of the Computer. Finite automata have limited capability of either accepting a string or rejecting a string. Acceptance of string was based on the reachability of a machine from starting state to final […]