As I wrote in the description...
Using a filtration algorithm with random sampling the next document show the head movement for the most interesting selected cases
The next is the scalogram of the same samples (frequency scaling )
And finally this is my TM [291408415736013963231875]
The complexity of simplicity!...searching in (4*4*2)^(4*4) Turing Machines is a pretty nice challenge. I like this TM [291408415736013963231875] because it seems simple and arranged but actually it is not!. It's head movement is awesome because it's likes bifurcations in dynamics.. and there is a lot of bifurcations points !! Also I like it's compressed version it seems beautiful.And with a sincere thanks to all kind guys here in WSSS 2012, especially Prof.Todd Rowland and Dr.Vitaliy Kauro.. I would like to share the results of my research in Turing Machine space S=C=4 (Powered by the Mathematica).
Using a filtration algorithm with random sampling the next document show the head movement for the most interesting selected cases
The next is the scalogram of the same samples (frequency scaling )
And finally this is my TM [291408415736013963231875]
Head Movement Analysis for 500000 steps
Scalogram Analysis fro 500000 steps
Turing Machine Without Compression
Compressed version for 500000 steps
