somatic environment v2

A list of what parts of the environment can be built now without having to worry about data structures and algorithms. Ability to quickly generate parametric building and houses. Ability to generate agents that can move around. Ability to turn on/off debug mode (FPS,camera,reset physics, etc) Some base environments Draw out some terrain with hills,… Continue reading somatic environment v2

Candidate data structures and algorithms for representing ground-able compositional knowledge in computers

Some of the most interesting ways to represent knowledge in computers using Mathematical structures. Graphs and graph neural networks multi-spacial grid cell representations grid representations probabilistic programming holograms Voronoi tesselations – they allow distance calculations between any concepts https://towardsdatascience.com/the-geometry-of-thought-700047775956 word2vec – its such as simple model, its worth thinking about how to scale this up.

The first models a human infant might create to model their world

If human mind is an autonomous interlinked model building system, then what would the first models for an infant look like? The list below is a thought experiment into what those first models would look like. Lines and edgesThey can be any lengthThey can be varying widthsNot 100% straight Eye movementCan move my eye and… Continue reading The first models a human infant might create to model their world

The human mind is an autonomous interlinked model building database of the world

My definition of intelligence has become refined over time. In my article about the the human mind being a simulation engine, I already wrote out some of the points I am going to make, but my thinking has on the topic has become more clear. The human mind is composed of tens of thousands of… Continue reading The human mind is an autonomous interlinked model building database of the world

Minimal concepts needed to encode human language in a computer

I propose that there exists a minimal set of concepts that can be used to describe and encode almost all meaning of human language. From this base set of concept primitives, complex conjoined concepts can be created due to compositionality and abstract structures. One cannot learn complex concepts like quantum mechanics, calculus, or homework without… Continue reading Minimal concepts needed to encode human language in a computer