Dear people at Tabula Bio,
I have a specific approach involving analytic combinatorics (see https://github.com/fargolo/AnalyticComb.jl/ ).
I recently developed it for dynamical systems successfully (recurrence analysis; see https://github.com/fargolo/SymbolicInference.jl ; https://doi.org/10.31219/osf.io/3ws85) and it seems particularly adequate for the underlying fuzzy and noisy genetic grammar.
See this work on cyphered manuscripts and related papers:https://www.connectedpapers.com/main/2ac74c8b9ee318444a0ae5d4cf54fe909d8529a5/Decoding-Anagrammed-Texts-Written-in-an-Unknown-Language-and-Script/graph
I sent you an e-mail (at team@tabulabio.com) back in March (23rd), but received no response.
Best regards,
Felipe C. Argolo
Dear people at Tabula Bio,
I have a specific approach involving analytic combinatorics (see https://github.com/fargolo/AnalyticComb.jl/ ).
I recently developed it for dynamical systems successfully (recurrence analysis; see https://github.com/fargolo/SymbolicInference.jl ; https://doi.org/10.31219/osf.io/3ws85) and it seems particularly adequate for the underlying fuzzy and noisy genetic grammar.
See this work on cyphered manuscripts and related papers:
https://www.connectedpapers.com/main/2ac74c8b9ee318444a0ae5d4cf54fe909d8529a5/Decoding-Anagrammed-Texts-Written-in-an-Unknown-Language-and-Script/graph
I sent you an e-mail (at team@tabulabio.com) back in March (23rd), but received no response.
Best regards,
Felipe C. Argolo