Activity for . .
| Type | On... | Excerpt | Status | Date |
|---|---|---|---|---|
| Comment | Post #278793 |
Yes, it is. (more) |
— | about 4 years ago |
| Edit | Post #278053 |
Post edited: digital in practice uses application boolean appliances, however that's not a true fact, digital signals can be multivalued |
— | about 4 years ago |
| Comment | Post #278053 |
Tributes to [SUMO documentation](https://sumo.dlr.de/docs/sumo.html). (more) |
— | about 4 years ago |
| Edit | Post #278053 |
Post edited: add another wikipedia link |
— | about 4 years ago |
| Edit | Post #278053 | Initial revision | — | about 4 years ago |
| Answer | — |
A: Is there a mathematical process resembling the terms "digital"/"discrete" and "analog"/"continuous"? Discrete sets, as ℕ ℤ and ℚ, are in bijection within themselves, and the number of elements in them is Aleph (א) sub zero. Continuum sets as ℝ or 𝕀 are not in bijection to the former ℕ ℤ ℚ, and the number of elements in them is Aleph (א) sub one. (more) |
— | about 4 years ago |