Approximating the Diameter of Planar Graphs in Near Linear Time OREN WEIMANN and RAPHAEL YUSTER, University of Haifa We present a (1 + ε)-approximation algorithm running in O( f (ε) · n log4 n) time for finding the di

Source URL: www.cs.haifa.ac.il

Trigonometric Graphs Reference Sheet Amplitude: Midline: Name

Source URL: isite.lps.org

Student Sheet 7-2: Drawing Conclusions DIRECTIONS: Analyze the following graphs and write a conclusion based on the data. 1. http://ete.cet.edu/gcc/?/resourcecenter/slideshow/4/59 My conclusion:

Source URL: static.nsta.org

Unsupervised Detection of APT C&C Channels using Web Request Graphs Pavlos Lamprakis1 , Ruggiero Dargenio1 , David Gugelmann1 , Vincent Lenders2 , Markus Happe1 , and Laurent Vanbever1 1 2

Source URL: www.vanbever.eu

• Computing
• Information and communications technology
• Internet
• Spamming
• Security breaches
• Botnet
• Command and control
• Computer network security
• Malware
• HTTP referer
• Blacklist
• Online Certificate Status Protocol

Theoretical Computer Science–534 www.elsevier.com/locate/tcs On the robustness of interconnections in random graphs: a symbolic approach 

Source URL: algo.inria.fr

The k-disjoint paths problem in directed planar graphs Dániel Marx1 1 Computer and Automation Research Institute, Hungarian Academy of Sciences (MTA SZTAKI) Budapest, Hungary

Source URL: www.cs.bme.hu

Graph and hypergraph oloring Mi hael Krivelevi h 1. Basi denitions: vertex oloring, hromati number, edge oloring, hromati index. Coloring innite graphs, De Brujin-Erd}os theorem 2. Vertex degrees and olorings.

Source URL: www.math.tau.ac.il

Drawing graphs with NEATO Stephen C. North April 26, 2004 Abstract NEATO is a program that makes layouts of undirected graphs following the

Source URL: graphviz.gitlab.io

• Graph theory
• Discrete mathematics
• Mathematics
• DOT
• Graph drawing
• Mathematical software
• Graph
• Connectivity

Mixing time and diameter in random graphs

Source URL: yuvalperes.com

ISSN: Topological damping of Aharonov-Bohm effect: quantum graphs and vertex conditionss

Source URL: staff.math.su.se