Math? That is Business 101
Let me ask; does the Math fit the People or the People fit the Math ?
On another matter you sound versed in high order math. I have been working on a formula compression algorithm in ternary logic where the resulting answer from a given formula is a large number resulting in 1's and 0's. But the logic handles 3 states +0- for the calculations.
The concept is to reduce extremely large numbers to a basic formula of x^y^z with each having 256 possibilities. And with encoding the meta data for a file and looping at each stage and keeping track of the loops and metadata while encoding such into the original binary file: to end up with a extremely small file <1000 Kb that represents the variables to be put into a Universal Formula that when decompress represents the original file.
I have achieved a 98% compression on a 1 MB randomly generated file. Most of the remaining 2% is metadata for the program. Scaling is the issue, if versed in complexity theory (which is what most people quote to prove a flaw in the logic) I state that because the resulting answer will "Always" be consist of 1's and 0's that theory does not apply.
I need to prove the algorithm with large files, the down side is on decompression the file must expand to 8-10 times its original size.
Thats fine with relatively small files but in order to add to the Complexity Theory, I need to prove extremely large numbers. That is where thine problem lie.
Any thoughts?
The cool thing so far, is a 1 Gb file can be compress to the 1Mb or less. The bandwidth savings will be a fortune for lots of people. Not to mention say good bye to file sharing. My ultimate goal is to be able to print out a single sheet with the variable and meta data that can be physically entered into a program to be decompressed to the original file.
Track That !!!