‘Similar’ coordinate systems and the Roche geometry: application

A Coordinate Free Geometry

An algebra for geometric reasoning is developed that is amenable to software implementation. The features of the algebra are chosen to support geometric programming of the variety found in computer graphics and computer aided geometric design applications. The implementation of the algebra in C++ is described, and several examples illustrating the use of this software are given.

some issues and problems on pre-coordinate storage and post-coordinate retrieval in computrized systems

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Application For An Architecture To Coordinate Multi-Agent Systems

Coordination is the process that manages the interdependencies in to the activities. Communications are based in the detection and response to coordination relations between tasks sets that are known by some agents. Coordination discute how agents can generate communication tasks which help the coordination process, how the agents can thrust in the inferences from receivers to carry out their t...

Self-similar groups and their geometry

This is an overview of results concerning applications of self-similar groups generated by automata to fractal geometry and dynamical systems. Few proofs are given, interested reader can find the rest of the proofs in the monograph [Nek05]. We associate to every contracting self-similar action a topological space JG called limit space together with a surjective continuous map s : JG −→ JG. On t...

Coordinate-Free Projective Geometry for Computer Vision