CS407 MIDTERM PAST PAPER
Let r1 = (a+b)* an and the relating FA1 be likewise r2 = (a+b)((a+b)(a+b))* or ((a+b)(a+b))* (a+b) and FA2 be FA relating to r1+r2 still up in the air as (x2 (x1,y2) ≡ z3 z1-≡(x1 ,y2) ≡z2 ,y1) (x2 (x1,y1) ≡ z1 z3+ ≡(x1 ,y1) ≡z4 ,y2) (x2 (x1,y1) ≡ z1 z2+≡(x2 ,y1) ≡z4 ,y2) (x2 (x1,y2) ≡ z3 z4+ ≡(x2 ,y2) ≡ z2 ,y1) a b New States in the wake of perusing Old States.
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Let r1 = ((a+b)(a+b))* also, the comparing FA1 be additionally r2 = (a+b)((a+b)(a+b))* or ((a+b)(a+b))* (a+b) and FA2 be FA relating to r1+r2 still up in the air as Subsequently the expected FA will be as per the following Method2 (Concatenation of two FAs): CS407 MIDTERM PAST PAPER
Utilizing the FAs comparing to r1 and r2, a FA can be fabricated, relating to r1r2. This strategy can be created thinking about the accompanying models Model Let r1 = (a+b)* b characterizes L1 and FA1 b what’s more, r2 = (a+b )* aa (a+b )* characterizes L2 and FA2 be
Allow FA3 to be a FA comparing to r1r2, then, at that point, the underlying territory of FA3 should relate to the underlying province of FA1
furthermore, the last territory of FA3. CS407 MIDTERM PAST PAPER
Should relate to the last territory of FA2 Since the language comparing to r1r2 Is the connection of comparing dialects L1 and L2, comprises of the strings acquired, linking the strings of L1 to those of L2 , subsequently the second a last condition of first FA is placed, the chance of the
beginning condition of second FA will be incorporated too.
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