Abstract: Presented in this paper is a cellular automata based algorithm for computing voronoi diagram of arbitrary shapes. There is no limitation for sites; they can be circles, rectangles, points or ...

The goal of this project is to provide elegant implementation of Steven Fortune's algorithm in modern C++11. The implementation is short, runs in n log n and uses a wide variety of C++11 and STL ...

Abstract: This article describes the implementation of a new Algorithm on Auto-Creation the logic diagram with orientation. This type diagram include the topology and route in real world about the ...

Implementation of an O(n log n) algorithm for the Smallest Enclosing Circle and the Voronoi Diagram, using efficient structures (Red‑Black tree, HashMap) with a JavaFX GUI. Sven Skyum, “Implementation ...

The paper dwells on the unified power quality indexes characterizing the phenomenon of voltage unbalance in three-phase systems. Voltage unbalance is one of the commonest occurrences in the town mains ...