Graphs are basic objects in combinatorics.

Graph ( mathematics ) | Graphs like this are among the objects studied by discrete mathematics, for their interesting graph property | mathematical properties, their usefulness as models of real-world problems, and their importance in developing computer algorithm s.

Graphs are one of the prime objects of study in discrete mathematics.

Graphs are among the most ubiquitous models of both natural and human-made structures.

Graphs with weights, or weighted graphs, are used to represent structures in which pairwise connections have some numerical values.

Graphs are represented graphically by drawing a dot or circle for every vertex, and drawing an arc between two vertices if they are connected by an edge.

Graphs that have vertices representing events, and edges representing causal relations between events, are often acyclic.

Graphs whose edges or vertices have names or labels are known as labeled, those without as unlabeled.

Graphs with labeled vertices only are vertex-labeled, those with labeled edges only are edge-labeled.

Graphs are one of the objects of study in discrete mathematics.

Graphs are the basic subject studied by graph theory.

Graphs are frequently drawn as node-link diagrams in which the vertices are represented as disks or boxes and the edges are represented as line segments, polylines, or curves in the Euclidean plane.

( Graphs which show just the length of the rule in the two dynasties are the most widely known ; however, Fomenko's conclusions are also based on other parameters, as described above.

Graphs are converted into factor graph form to perform belief propagation.

* Graphs are used to visualize relationships between different quantities.

Current research activities of the Department are in the areas of Analysis, Algebra, Operator Theory, Functional Analysis, General topology, Fuzzy mathematics, Graph Theory, Combinations, Convexity Theory, Fluid Dynamics, Non-linear waves, Stability, Stochastic Processes in general and Random Graphs, Operations Research and the History of Mathematics.

Graphs showing this trade-off are available from folds. net.

The optional modules are Number Patterns, Geometry and Trigonometry, Graphs and Relations, Business-Related Mathematics, Networks and Decision Mathematics, or Matrices.

alt = Graphs showing similar elution curves ( metal amount vs drops ) for ( top vs bottom ) terbium vs berkelium, gadolinium vs curium, europium vs americium

* Graphs of the logarithm function for different bases

* Graphs of the exponential function for different bases

Graphs of y = b < sup > x </ sup > for various bases b: # Powers of ten | base 10 (< span style =" color: green "> green </ span >), # The exponential function | base e (< span style =" color: red "> red </ span >), # Powers of two | base 2 (< span style =" color: blue "> blue </ span >), and base ½ (< span style =" color: cyan "> cyan </ span >).

Graphs of r ( x ) function for typical fingerboard profiles

* Drezner Z. and Barak A., Efficient Algorithms for Routing Information in a Multicomputer System, Distributed Algorithms on Graphs, Carleton Univ.

Graphs may be presented, for example, of coincidence rate against the difference between the settings a and b, but if a more comprehensive set of experiments had been done it might have become clear that the rate depended on a and b separately.

* Abramowitz and Stegun, the informal name for Handbook of Mathematical Functions with Formulas, Graphs, and Mathematical Tables

* Stereo Multiplexing for Dummies Graphs that show waveforms at different points in the FM Multiplex process

Graphs and flow-charts are useful for documenting a process or event.

* Hammer, Eric M. ( 1998 ), " Semantics for Existential Graphs ," Journal of Philosophical Logic 27: 489-503.

* Franco Moretti, Graphs, Maps, Trees: Abstract Models for a Literary Theory.

* Phase Transitions in Combinatorial Optimization Problems, Section 3: Introduction to Graphs ( 2006 ) by Hartmann and Weigt

Graphs of quadratic functions shifted to the right by h = 0, 5, 10, and 15.

Graphs of quadratic functions shifted upward by k = 0, 5, 10, and 15.

Graphs of quadratic functions shifted upward and to the right by 0, 5, 10, and 15.

Random graphs were first defined by Paul Erd &# 337 ; s and Alfréd Rényi in their 1959 paper " On Random Graphs " and independently by Gilbert in his paper " Random graphs ".

* Flyspeck I: Tame Graphs, verified enumeration of tame plane graphs as defined by Thomas C. Hales in his proof of the Kepler Conjecture

* Handbook of Mathematical Functions with Formulas, Graphs, and Mathematical Tables, by Milton Abramowitz and Irene A. Stegun ( Eds ), National Bureau of Standards, 1964.

* Acyclic Coloring of Graphs of Maximum Degree ∆, talk slides presented by G. Fertin and A. Raspaud at EUROCOMB 05, Berlin, 2005.

* Graphs of finite tree-depth ordered by the induced subgraph relation is a well-quasi-order.

* Eric Pacuit and Rohit Parikh, Reasoning about Communication Graphs, in Interactive Logic, Edited by Johan van Benthem, Dov Gabbay and Benedikt Lowe ( 2007 ).

Prior to evolution of GDE, developer used SDE-Shell Development Environment by which it was also possible to write Ab Initio programs ( Graphs ) using a common text editor ( but that is extremely cumbersome so rarely done in practice now-a-days ).

Graphs demonstrating Chernoff bound made by me with Mathematica.

* An Introduction to Factor Graphs by Hans-Andrea Loeliger, IEEE Signal Processing Magazine, January 2004, pp. 28 – 41.

Graphs are switching equivalent if one can be obtained from the other by switching.

In 1972, Daily Graphs was created by William O ' Neil as a printed book of stock charts delivered weekly to subscribers.