US Cutaneous Oncodermatology Management (USCOM): A Practical Algorithm

A practical algorithm for [r, s, t]-coloring of graph

Coloring graphs is one of important and frequently used topics in diverse sciences. In the majority of the articles, it is intended to find a proper bound for vertex coloring, edge coloring or total coloring in the graph. Although it is important to find a proper algorithm for graph coloring, it is hard and time-consuming too. In this paper, a new algorithm for vertex coloring, edge coloring an...

Cutaneous Cancer and Precancer: A Practical Monograph

A practical volume algorithm

We present a practical algorithm for computing the volume of a convex body given as the intersection of an explicit set of linear inequalities and a set of ellipsoids and a target relative accuracy parameter ε > 0. The algorithm is inspired by the volume algorithms in [20] and [8], but makes significant departures to improve performance, including the use of empirical convergence tests, an adap...

A practical perfect hashing algorithm

Hashing is a fundamental technique in Computer Science, and perfect hashing, which guarantees constant-time lookup, has particular theoretical and practical importance. The algorithm of Fredman, Komll os, and Szemer edi 8], augmented by Dietzfelbinger, et al. 7], is a simple perfect hashing scheme that has not seen extensive use due to poor practical performance. In this paper, we develop modii...

NeatSort - A practical adaptive algorithm

We present a new adaptive sorting algorithm which is optimal for most disorder metrics and, more important, has a simple and quick implementation. On input X, our algorithm has a theoretical Ω(|X|) lower bound and a O(|X| log |X|) upper bound, exhibiting amazing adaptive properties which makes it run closer to its lower bound as disorder (computed on different metrics) diminishes. From a practi...