Let h(n) =1 if n codes a Turing machine M which halts when started on a blank tape, h(n) =0 otherwise. Sketch a proof that h is not Turing computable.
h is not turing compatable.why means everytime we will get the turing resukt as 1 only
if n=1 then turing give resulkt as h(1)=1 then turing give resukt as 1=1 o/p as 11=11
if n=2 then turing give resulkt as h(2)=1 then turing give resukt as 2=1 o/p as 111=11
if n=3 then turing give resulkt as h(3)=1 then turing give resukt as 3=1 o/p as 1111=11
if n=0 then turing give resulkt as h(0)=1 then turing give resukt as 0=1 o/p as 1=11
so evertime we will get output as 11 only at right side.so h(n)=0 is not turing compatable
Let h(n) =1 if n codes a Turing machine M which halts when started on a...
2. (25 points) Consider the language Li = {(M)M is a Turing machine that halts when started on the empty tape) Is Li є o? Justify your answer. ,
rarisition written in the format of the Turing Machine simulator is a special state H which means halt. For the given Below is a Turing machine program where each line is a transition writen current state, read symbol, new state, write symbol, drection e-d. wmeans to state 4, write a 1 and move the tape head left. Notc there is a special state a os on the leftmost n nanks , write the resulting bitstring when the TM reaches the...
I. 40%) Find the output of the following Turing machine when run on the tape . . .6011006 ((S1,0), (0,S2,R)) ((S2,b),(0,S3,R)) ((S3,0), (0,S3,L)) Please indicate the final state and position of the read/write head on the tape when this TM halts. I. 40%) Find the output of the following Turing machine when run on the tape . . .6011006 ((S1,0), (0,S2,R)) ((S2,b),(0,S3,R)) ((S3,0), (0,S3,L)) Please indicate the final state and position of the read/write head on the tape when this...
3. Use Mathematical Induction on n to prove that if the TM (above) is started with a blank tape, after 10 n + 4 steps the machine will be in state 3 with the tape reading: ...0(0111)"011100.... That is, although there are three states with halting instructions, show why none of those instructions is actually encountered, and formulate this into a proof that this machine does not halt when started with a blank tape. 3. Use Mathematical Induction on n...
can someone help me with this problem? thanks Prove that there is no algorithm that determines whether an arbitrary Turing machine halts when run with the input string 101. Prove that there is no algorithm that determines whether an arbitrary Turing machine halts when run with the input string 101.
Turing Machines - Models of Language and Computation 8. (7 points) Consider the deterministic Turing machine M (s, t, h), includes fa, b, u) and possibly other symbols, H following rules, along with possibly other rules: (K, Σ, δ, s,H), where K (h), and includes the 6(s,凵) = (t,-) δ(t, a) = (t,-) 6(r,L) = (h, a) Here凵represents a blank. Suppose M is started in the configuration 凵aababaa in the start state with the read write head scanning the blank...
1L3 1L5 3. Use Mathematical Induction on n to prove that if the TM (above) is started with a blank tape, after 10n +4 steps the machine will be in state 3 with the tape reading: 0(0111)"011100... That is, although there are three states with halting instructions, show why none of those instructions is actually encountered, and formulate this into a proof that this machine does not halt when started with a blank tape. 1L3 1L5 3. Use Mathematical Induction...
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0 1ORO 1RI 2 1R41R5 3 OR11L3 3. Use Mathematical Induction on n to prove that if the TM (above) is started with a blank tape, after 10n 4 steps the machine wil be in state 3 with the tape reading:001)"011100... That is, although there are three states with halting instructions, show why none of those instructions is actually encountered, and formulate this into a proof that this machine does not halt when started with a blank tape. 0 1ORO...