Im reading the paper he made on them and he talks about skeleton tables. I don't understand jack shit, can't find jack shit online either. Anyone here who isnt a complete compsci poser who can enlighten me?
A turing machine is just a deterministic finite state machine with an infinite tape attached to it and a transition function that takes the current state and tape symbol and returns a new state, symbol to write, and direction to move head in. I suggest you look into finite state machines first if you haven't already.
Here's the answer: >One interesting convention Turing establishes is only writing solutions on alternative squares called F-squares and the other squares, called E-squares, are used as a sort of scratch pad. We didn’t use this convention, but it can help you write shorter algorithms. >The introduction of m-functions (machines expressed as functions) is more important since it means you can define a computing machine in terms of other computing machines. He called these “skeleton tables” because they were the basis for writing more advanced machines. >swizec.com/blog/week-1-turings-on-computable-numbers/swizec/6375
Don't bother finishing the paper. That you're incapable of performing literally fifteen seconds of cursory research pretty much guarantees you to a life of mediocrity.
>what is a sage you'll never make it. And your bait is weak. You'll get nothing more from me, but I'll stick around the thread to watch you flounder and struggle.
you're the fucking moron who wasted god knows how long looking for an 'official' syntax for an abstract computational construct from a century ago. You were given a well-known example implementation as also given in the stack overflow post, namely the macro expansions as defined in the C pre-processor, and you have nothing then shitty cat pics and decade-old insults habitually double-spaced apart. This scenario will play out again and again in your life. Your progress will be too slow for you to accomplish anything meaningful. KYS.