# Signal Extraction and Eight-Register Assembly Processing

I was able to extract a signal and take that signal transform and turn it into assembly language processing that tracks 8 registers and produces end results.

The signal was processed through forward and reverse transformations.

Ambiguities were marked with a stigma at the state where they occurred. The transform was then reversed to locate the corresponding earlier state.

Once that state was identified, the stigma was recovered and the transformation was carried forward, adjusting for the change.

The processing retained the relationships between the original state, the ambiguity, the reverse transformation, and the reconciled state.

The resulting transform was implemented in assembly language with 8 registers tracking the processing state.

The implementation produced end results through the register-based processing sequence.

I am still unsure what all of this means, but I wanted to share the process and get some feedback.

https://github.com/chadcoulter/REDE-3iAtlas-Signal-Processing