Self-enveloping Universe

So what if the universe is self-enveloping at absolutely every point in it? Like a massive Klein bottle like thing? See Kleinian Fractals.

Persistent Promises/Futures

1. Imagine a computer system where you don't have to provide an image or other data to an app for days or perhaps weeks later, and it will keep track of it automatically.
2. Can this be done in a framework, so that it's available on all platforms to all applications?
3. I think it can.
4. We need a database with RESOLVE_RESOURCE table with RESOURCE_ID, RESOURCE_TYPE, METHOD_SEQUENCE, METHOD_TYPE, HOST, USER, APPLICATION, FRAMEWORK, PACKAGE, CLASS, OBJECT, METHOD columns
5. APPLICATIONs may want to keep their own table.
6. METHOD_TYPEs will include FULFILL (INSERT), ERROR, POSTPONE, CANCEL, CONSUME (DELETE), UPDATE
7. When an application starts, the RESOLVE_RESOURCE table is queried for the USER and APPLICATION. If found, the user is asked for the resources by RESOURCE_TYPE. The user may select a processing METHOD_TYPE for the resource.
8. METHOD_TYPE and RESOURCE_ID wilL be combined into a TOKEN or TICKET
9. When a method sequence is run for a particular TICKET, each METHOD is called in an application on a host for a particular user. METHOD is passed TICKET and a resource. METHOD returns a METHOD_TYPE. If returned METHOD_TYPE = initial METHOD_TYPE, the METHOD_SEQUENCE is removed then the method sequence continues.
10. If the returned METHOD_TYPE is UPDATE, the promise stays around, and the METHOD_TYPE is not changed in the database. The resource has been provided.
11. If the initial METHOD_TYPE is UPDATE, the returned METHOD_TYPE replaces the initial METHOD_TYPE.
12. METHOD_SEQUENCEs are partially ordered.
13. When an application wants a resource and it's not fulfilled, the application can put a POSTPONE record in the table with a METHOD callback.
14. if a user selected ERROR or CANCEL, the METHOD_SEQUENCE is removed for that RESOURCE_ID.
15. This needs more work, especially a security review. Please help!

Unstructured media and the challenge for computer science

Unstructured media: variable sized, new, hyper, dangling, broken, unfinished, context sensitive, made up, random, chaotic, ungrammatical, incorrect, paradoxical, and incomplete phonemes, words, sentences, grammars, and meta-grammars. Likewise with music, speech, drawings, points, vectors, surface, volumes, dimensions (geometry), painting, sculpture, pictures, video (pixels, voxels, time rate or size), taste, smell, motion, emotion, thought, haptics and feeling. If we can find a way to represent these in XML or JSON or … I think we have a good chance of handling almost everything. Thoughts?

Fractal or Differential Theorem Provers

I don't see as this post has anything in it, so I'm going to add something. Theorem provers work on concepts. How complex are these concepts. Are they graphs or diagrams? Something in the brain? Theorem provers work in logic, but what if they worked on fractals? Or differential concepts?

Haven't blogged for a while. I am now thinking of different types of game theory. Game theory puts moves in a discrete game into a hierarchy. What if the arcs in that hierarchy were reduced to a minimal length, let's call it differential or difference hierarchy. Well, there's differential game theory, aka pursuer-evader. I think this applies to driverless cars as well. So discrete, continuous and differential game theory.

Why aren't they called blahgs?

ClanJam

Newest Programming Acryonym, ClanJam - C Linux Apache NodeJS JavaScript MySQL