Sunday, March 30, 2008

Data samples to infer high level abstraction logic ?

Doc Mud, that is a great reader of intelligence design patterns (neural networks, expert systems... this, that...) asked me for some data samples to test one of his ideas. My first answer was: as we have now the first level of hardware abstraction, let's use the written part of system to get data, using the dummy devices added in the "lab" subpackage. Well, I tried and I found a reason to smile. Nature, physic, has its logic, it is like if it has a rule to produce numbers according to hidden perfect rules, able to take into consideration all the aspects. In order to have the system producing data samples that are valid for any game (DocMud one is this today) the data must have a rule behind (dummy devices should contain this logic), just like nature likes to do. Now, or I try to calculate some numbers using a principle every time, simple one, to give data to DocMud (for example some numbers that are coordinates belonging to a geometric place) or I can put a number generator inside the system, that allow to generate numbers every time, different numbers, but always having a sense behind, changing the rule. The sense is the rule (all numbers are coordinates in a bidimensional space for example). In this way it could be possible to use the system to read data generated by the dummy devices. Dummy devices will have to generate numbers with a rule (the coordinates) defined by a virtual space, that has constraints and principles like physic has in the real world. Of course in this virtual space abstractor, rules will be very simple and possible to be changed. This could be a part of the laboratory.

Example: with the virtual space simulation it should be possible to define a cube, or a face of a cube, and ask for some coordinates that fit the rule to belong from the cube surface, or from one cube surface, or... or...

This could complete the lab environment.

Doc Mud, your opinion please :)