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Eric Ung edited this page Nov 23, 2023 · 21 revisions

Inferrable Languages

The concept of statistics and blackboxes has existed in the field of artificial intelligence for decades but what of languages and knowing what word can be used to generate the next series of words? Everyone guesses what words can come out of someone talking given enough experience. In this article, the idea of inferrable languages is presented which are languages that allow the next series of words in the sequence to be inferred given enough samples in the sequence.

The article, Inferring Lindenmayer Systems, is about deterministically producing the next series of words given a complete sequence of words.

Let's apply this idea with the monomial decider and picking function from the following article, Applications for Monomial Deciders.

1. Applying The Fibonnaci Decider

Applying The Fibonacci Decider

2. Fibonacci DOL Decider Left Hand Side

Fibonacci D0L Decider Left Hand Side

3. Fibonacci DOL Decider Right Hand Side

Fibonacci D0L Decider Right Hand Side

4. The Law of Commutativity and Noncommutativity

The Law of Commutativity and Noncommutativity

5. Definition Of Support

Definition Of Support

6. Rationals Of Picking Function

Rationals Of Picking Function

7. Support Of Picking Function

Support Of Picking Function

8. Condensed Law of Commutativity and Noncommutativity

Condensed Law of Commutativity and Noncommutativity

9. Law of Multiplication

Law Of Multiplication

10. Commutativity Of Multiplication

11. Additive Identity

12. Multiplicative Identity

13. Additive Inverse

14. Multiplicative Inverse

15. Generalized Operations

16. Generalized Communativity

17. Associativity Of Addition

18. Associativity Of Multiplication

19. Distributivity

20. Field


99. References

References