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What does `turing complete' mean?

Name: Anonymous 2007-06-19 20:18 ID:jyTJ/Pg1

What does it mean if a programming language is `turing complete'?

Name: Anonymous 2007-06-19 20:40 ID:fHbD+S8E

IT IS SPELLED TOURING-COMPLETE YOU DUMBFUCK

Name: Anonymous 2007-06-19 20:55 ID:HyE7edE1

That it can compute all forms of BBcode tags.

Name: Anonymous 2007-06-19 21:18 ID:fHbD+S8E

BBCode is touring-complete

Name: EXPERT BBCODE PROGRAMMER 2007-06-19 23:35 ID:Mseg+6vb

Not that you'd understand any of it without reading SICP.

Name: Anonymous 2007-06-20 5:35 ID:ZZyTsT6W

Bump.
Can someone really explain it to me, enough joking around? From what I understand, something is turing-complete if it is capable of emulating a "universal turing machine", which apparently is a machine which reads instructions (symbols) from an infinitely long strip of tape? These concepts are weird, like, what exactly is it used for? What's the deal with the infinite tape? Argh

Name: Anonymous 2007-06-20 5:52 ID:yjHspzQ1

Well if the tape wasn't long enough to run a program it couldn't run every possible program...so it's infinitly long.

Name: Anonymous 2007-06-20 8:23 ID:3qNDU09W

Basically given any computational system (symbols on tape + turing machine, the C language, lambda calculus, etc) if you can prove that its intractable to bbcode then this suffices to say the language is turing complete.
Also wang tiles might be worth looking up, any turing complete system can be described by an aperiodic wang tiling.

Name: Anonymous 2007-06-20 9:07 ID:pAJvX6JF

>>1
just look it up on wiki

Name: Anonymous 2007-06-20 16:01 ID:t4MTbvjK

QUACK, MOTHERFUCKER

Name: Anonymous 2007-06-20 17:04 ID:Heaven

Name: Anonymous 2007-06-20 17:19 ID:rdMtPN/R

>>6
also able to solve any algorithm no matter what the complexity, given infinite time

Name: Anonymous 2007-06-21 3:34 ID:Heaven

>>6
Perhaps you should've read more than just the first sentence of the Wikipedia article?

In computability theory, an abstract machine or programming language is called Turing complete, Turing equivalent, or (computationally) universal if it has a computational power equivalent to (i.e., capable of emulating) a simplified model of a programmable computer known as the universal Turing machine. Being equivalent to the universal Turing machine essentially means being able to perform any computational task – though it does not mean being able to perform such tasks efficiently, quickly, or easily.

Name: Anonymous 2007-06-21 7:09 ID:Nmbhk5UJ

I just thought of something... 

What if there are calculations that can't possibly be performed by a human brain?  We would think that our computers could perform any computation that exists because it can perform any computation we can...  We wouldn't know no better.

Name: Anonymous 2007-06-21 7:38 ID:WXLNVwTl

>>13
There's a typo in Wikipedia

Name: Anonymous 2007-06-21 7:38 ID:Heaven

We wouldn't know [b]no[/x] better.

argh

Name: Anonymous 2007-06-21 7:39 ID:Heaven

[b]no[/x]

argh

Name: Anonymous 2007-06-21 7:41 ID:KXxQwjea

>>15
There's a wiki in Typopedia

Name: Anonymous 2007-06-21 7:48 ID:IKsOq5La

>>12

any "computable" algorithm

Name: Anonymous 2007-06-21 8:22 ID:Kh6usbqZ

Name: Anonymous 2009-01-14 15:08

gb2/g/

Name: Anonymous 2009-01-14 15:18

Theorem: OP is a retard.

Proof: Were OP not a retard, he would have found the answer by using Google and Wikipedia. Now, suppose that OP could have used the aforementioned tools, but insisted on asking /prog/. That makes him either a troll or an attention whore, both of which are retards. This concludes the proof.

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