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Examples
bipartite's examples

  • Example of a bipartite graph. In the mathematical field of graph theory, a bipartite graph (or bigraph) is a graph whose vertices can be divided into two disjoint sets U and V such that every edge connects a vertex in U to one in V; that is, U and V are independent sets. — “Bipartite graph - Wikipedia, the free encyclopedia”,
  • Definition of bipartite in the Online Dictionary. Meaning of bipartite. Pronunciation of bipartite. Translations of bipartite. bipartite synonyms, bipartite antonyms. Information about bipartite in the free online English dictionary and. — “bipartite - definition of bipartite by the Free Online”,
  • Definition of bipartite in the Legal Dictionary - by Free online English dictionary and encyclopedia. What is bipartite? Meaning of bipartite as a legal term. What does bipartite mean in law?. — “bipartite legal definition of bipartite. bipartite synonyms”, legal-
  • 1. Lecture notes on bipartite matching. Matching problems are among the fundamental G = (V, E) is bipartite if the vertex set V can be partitioned into. — “1. Lecture notes on bipartite matching”, www-math.mit.edu
  • Bipartite definition, divided into or consisting of two parts. See more. — “Bipartite | Define Bipartite at ”,
  • Bipartite graphs model situations in which objects are matched with or Bipartite graphs model situations in which objects are matched with or. — “Applications of Network Flow”, courses.cs.vt.edu
  • Retrieved from "http:///wiki/bipartite" Categories: Latin derivations | English adjectives | English uncomparable adjectives | Botany | Graph theory | Italian past participle forms | Italian verb forms | Latin adjective forms. — “bipartite - Wiktionary”,
  • matchings in bipartite graphs, a sit- uation in which Max-Flow is no longer applicable. Review of Max-Bipartite Matching. Earlier seen in Max-Flow section. Augmenting Paths. — “Bipartite Matching & the Hungarian Method”, cse.ust.hk
  • Brief and Straightforward Guide: What Is Bipartite Patella? A patient often receives a diagnosis of bipartite patella when the knee is X-rayed for some other reason. — “What Is Bipartite Patella?”,
  • We found 38 dictionaries with English definitions that include the word bipartite: Bipartite (anthropology), Bipartite (disambiguation), Bipartite (theology), Bipartite: Wikipedia, the Free Encyclopedia [home, info] Bipartite: Online Plain Text English. — “Definitions of bipartite - OneLook Dictionary Search”,
  • Definition of bipartite from Webster's New World College Dictionary. Meaning of bipartite. Pronunciation of bipartite. Definition of the word bipartite. Origin of the word bipartite. — “bipartite - Definition of bipartite at ”,
  • Suppose we have a bipartite graph and we partition the vertices into two sets, and , of the same colour. A complete matching on a bipartite graph is one that saturates all of the vertices in. — “PlanetMath: bipartite matching”,
  • Definition of word from the Merriam-Webster Online Dictionary with audio pronunciations, thesaurus, Word of the Day, and word games. divided into two parts almost to the base. — “Bipartite - Definition and More from the Free Merriam-Webster”, merriam-
  • A non-null graph is bipartite if and only if its chromatic number is less than or equal To give you a feel for bipartite graphs, draw a few graphs in the left side part of the. — “Graph Theory Lesson 9”, oneweb.utc.edu
  • A graph is bipartite if its vertex set can be partitioned into 2 independent sets. Equivalent classes: [+]Details. Only references for direct inclusions are given. Where no reference is given for an equivalent class, check other equivalent classes or use the Java application. — “bipartite graphs”, rmatik.uni-
  • Bipartite pattern discovery by entropy minimization-based multiple local alignment Many multimeric transcription factors recognize DNA sequence patterns by cooperatively binding to bipartite elements composed of half sites separated by a flexible spacer. — “Bipartite pattern discovery by entropy minimization-based”, m.nih.gov
  • But from the definition, bipartite graph has intrinsic classification implication. The paper overviews some related studies on classifications based on bipartite graph, and then presents a new classification method based on bipartite graph for homogeneous objects. — “CLASSIFICATION METHODS BASED ON BIPARTITE GRAPH [H. QI, H”,
  • bipartite: Visualising bipartite networks and calculating some Bipartite provides functions to viualise webs and calculate a series of indices commonly. — “CRAN - Package bipartite”, cran.r-
  • minimal classes: bipartite graphs, complements of bipartite graphs, and split graphs. minimal factorial classes of bipartite graphs (Section 4) and order-optimal bipartite. — “Minimal Universal Bipartite Graphs”, tgers.edu
  • bipartite ( ) adj. Having or consisting of two parts. Having two corresponding parts, one for each party: a bipartite contract. — “bipartite: Definition from ”,

Images
related images for bipartite

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  • illustrates a bipartite representation of a subset of a metabolism May want to move this figure to the later section
  • adj <b> Bipartite< b> 1 involving two parties or elements 2 divided into two portions almost to the base <b>Bipartite Tulipe< b> <b> PixQuote < b> quot I think photographs should be provocative and not tell you what you already know quot Duane Michals
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  • adj <b> Bipartite< b> 1 involving two parties or elements 2 divided into two portions almost to the base <b>Bipartite Tulipe< b> <b> PixQuote < b> quot I think photographs should be provocative and not tell you what you already know quot Duane Michals
  • Complete bipartite graphs Applications Bipartite Graphs can be used to represent job assignments The lines represent what jobs an employee has the skills to do and the red lines show one possible assigment of the
  • as some particle simulation You can see some of his results here http www mare ee indrek ephi For an example of what the field lines look like at the corner cusps look at this image http www mare ee indrek ephi pcp lic jpg This is a corner cross section of the Polywell so the field lines on the left and right are between two of the solenoids Where those fields
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  • is considerably harder After much research it has been established by Cole Ost and Schirra in Combinatorica Vol 21 2001 that even the general case can be solved in O log g m time Unweighted Bipartite Matching
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  • Just to let friends know that you ve missed them while being so phenomenally busy preparing for <a href= http www flickr com photos osiatynska 3287986172 >Thursday s conference< a> So busy in fact that you ve barely gotten your new Ricoh out of the box and you still haven t read the manual so you hesitate to take even a test photo So upload an old shot you realize you actually love that you never noticed in the first place and if you like point out that with the way it s overbright and superdark and so perfectly bipartite well it might as well be a self portrait Part of <i>Pause< i> though it feels like fast forward
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  • considerably harder After much research it has been established by Cole Ost and Schirra in Combinatorica Vol 21 2001 that even the general case can be solved in O log g m time Parallel Algorithm How can we turn this idea into a parallel algorithm In the following we assume that the degree g of the graph is a power of two the general case being much harder
  • задачи свързани само със двуделни графи алгоритмите за които са изключително интересни и нетривиални Дърветата са сигурно най известният тип графи и имат голямо приложение в практиката Дърво се нарича
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  • Links
  • with these tags form a bipartite network For example the yellow nodes below left are tags on del icio us and the orange nodes below right are some of the URLs associated with these tags Node similarity coefficient
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  • At first viewing imagery in a Bipartite Format may feel awkward or disorienting So trying to view the images without preconceived notions will assist the viewer to better appreciate the
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  • Tibial Plateau
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  • 1 A biparite pattern is consisted of two adjacent one block motifs half sites separated by flexible spacing A bipartite motif could be recognized by a transcription factor complex 3D illustration for bipartite binding However our bipartite pattern is defined in general 1 Gap size can be specified with any number 2 Two half sites could be either homogeneous
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  • The preview images do not contain enough pixels to make small type legible on screen however the actual delivered images will contain labels that are clearly legible view PDF preview
  • propose that the bipartite mode of UPF2 binding to UPF1 brings the ribosome and the EJC in close proximity by forming a tight complex after an initial weak encounter with either element Full View
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Videos
related videos for bipartite

  • Bach - Ich hatte viel Bekümmernis, BWV 21 (Herreweghe) Johann Sebastian Bach (1685-1750) Cantata BWV 21: Ich hatte viel Bekümmernis (17 June 1714) Part I. 00:00 - Sinfonia 02:54 - Ich hatte viel Bekümmernis in meinem Herzen (Chorus) 06:49 - Seufzer, Tränen, Kummer, Not (Aria: S) 11:05 - Wie hast du dich, mein Gott (Recitative: T) 12:41 - Bäche von gesalznen Zähren (Aria: T) 19:05 - Was betrübst du dich (Chorus) Part II. 22:34 - Ach Jesu, meine Ruh (Recitative: S, B) 24:02 - Komm, mein Jesu, und erquicke/Ja, ich komme und erquicke (Aria: S, B) 27:56 - Sei nun wieder zufrieden, meine Seele (Chorus) 32:17 - Erfreue dich, Seele, erfreue dich, Herze (Aria: T) 35:14 - Das Lamm, das erwürget ist (Chorus) Soloists: Soprano: Barbara Schlick Tenor: Howard Crook Bass: Peter Harvey Performed by La Chapelle Royale & Collegium Vocale Gent under the direction of Philippe Herreweghe. Recorded by Harmonia Mundi France in 1990. "The text of Cantata BWV 21 is generally attributed to the Weimar cleric and court poet Salomo Franck who based it on verses from the Psalms and from the Epistle for the Third Sunday after Trinity: 'Cast all your cares upon Him, for He careth for you.' This picture of deep suffering, through which the soul finds heavenly joy, is the central and all-pervading theme of the work which, alone among the Weimar cantatas in their original form, is constructed in two parts, allowing for a sermon. Cantata BWV 21 is scored for soprano, tenor and bass soloists, a four-part choir and a colorful instrumental ensemble of trumpets ...
  • A geometrical proof of the embedding of a non-planar bipartite graph in 3-space without crossings In graph theory, a planar graph is a graph which can be embedded in the plane, ie, it can be drawn on the plane in such a way that its edges intersect only at their endpoints. A planar graph already drawn in the plane without edge intersections is called a plane graph or planar embedding of the graph. The Polish mathematician Kazimierz Kuratowski provided a characterization of planar graphs in terms of forbidden graphs, now known as Kuratowski's theorem: "A finite graph is planar if and only if it does not contain a subgraph that is a subdivision of K_5 (the complete graph on five vertices) or K_3,3 (complete bipartite graph on six vertices, three of which connect to each of the other three)." (In the Soviet Union, Kuratowski's theorem was known as the Pontryagin-Kuratowski theorem, as its proof was allegedly first given in Pontryagin's unpublished notes. By a long-standing academic tradition, such references are not taken into account in determining priority, so the Russian name of the theorem is not acknowledged internationally.) This movie shows that while K_3,3 is not a planar graph in the plane, it can be embedded in 3-space without crossings.
  • AlgTop10c: More on graphs and Euler's formula (cont.) We discuss applications of Euler's formula to various planar situations, in particular to planar graphs, including complete and complete bipartite graphs, the Five neighbours theorem, the Six colouring theorem, and to Pick's formula, which lets us compute the area of an integral polygonal figure by counting lattice points inside and on the boundary. This is the third video of the tenth lecture of this beginner's course in Algebraic Topology by NJ Wildberger of UNSW.
  • Introduction to Bipartite Graphs (Part 2 of 2) Tutorial for ITL-207 Networking Fundamentals at Washington and Jefferson College.
  • AlgTop10e: More on graphs and Euler's formula (cont.) We discuss applications of Euler's formula to various planar situations, in particular to planar graphs, including complete and complete bipartite graphs, the Five neighbours theorem, the Six colouring theorem, and to Pick's formula, which lets us compute the area of an integral polygonal figure by counting lattice points inside and on the boundary. This is the fifth video of the tenth lecture of this beginner's course in Algebraic Topology by NJ Wildberger of UNSW.
  • Bipartite Movie Title Finalized version on my movie title
  • AINA "Helicopters" Promo video Video for the song "Helicopters" from the album "Bipartite" (BCore, 2001). By Sergio Duran and Carlos Royo.
  • AlgTop10: More on graphs and Euler's formula We discuss applications of Euler's formula to various planar situations, in particular to planar graphs, including complete and complete bipartite graphs, the Five neighbours theorem, the Six colouring theorem, and to Pick's formula, which lets us compute the area of an integral polygonal figure by counting lattice points inside and on the boundary. This is the tenth lecture of this beginner's course in Algebraic Topology by NJ Wildberger of UNSW.
  • Introduction to Bipartite Graphs (Part 1 of 2) Tutorial for ITL-207 Networking Fundamentals at Washington and Jefferson College.
  • Iain McGilchrist @ Schumacher College: Things Are Not What They Seem *Dr Iain McGilchrist*, author of "The Master and his Emissary: The Divided Brain and The Making of the Western World", puts our society on the couch. He suggests that the bipartite structure of the brain helps us to understand why the world so often seems paradoxical, and why we so often end up achieving the opposite of what we intend. Recorded at Schumacher College Schumacher College is part of The Dartington Hall Trust, a registered charity, which focuses on the arts, social justice and sustainability. For more information about Schumacher College and Dartington visit: and
  • AlgTop10f: More on graphs and Euler's formula (last) We discuss applications of Euler's formula to various planar situations, in particular to planar graphs, including complete and complete bipartite graphs, the Five neighbours theorem, the Six colouring theorem, and to Pick's formula, which lets us compute the area of an integral polygonal figure by counting lattice points inside and on the boundary. This is the sixth and final video of the tenth lecture of this beginner's course in Algebraic Topology by NJ Wildberger of UNSW.
  • AlgTop10b: More on graphs and Euler's formula (cont.) We discuss applications of Euler's formula to various planar situations, in particular to planar graphs, including complete and complete bipartite graphs, the Five neighbours theorem, the Six colouring theorem, and to Pick's formula, which lets us compute the area of an integral polygonal figure by counting lattice points inside and on the boundary. This is the second video of the tenth lecture of this beginner's course in Algebraic Topology by NJ Wildberger of UNSW.
  • Placing Dominoes on a Checkerboard The Wolfram Demonstrations Project contains thousands of free interactive visualizations, with new entries added daily. A classic puzzle asks for the placement of as many disjoint dominoes (1x2 tiles) as possible onto a checkerboard from which some squares have been removed. The problem can be solved by setting up a bipartite graph where one part consists of the white un... Contributed by: Stan Wagon (Macalester College)
  • The Hungarian Maximum Matching Algorithm The Wolfram Demonstrations Project contains thousands of free interactive visualizations, with new entries added daily. Given a bipartite graph (one in which all edges go between the two parts), the Hungarian algorithm finds a matching (ie, a set of disjoint edges) of maximum size. The algorithm starts with any matching M (the empty matching is used here) and construct... Contributed by: Stan Wagon (Macalester College) Audio created with WolframTones:
  • DISCRETE MATHS -- GRAPHS-. LECTURE 3 DISCRETE MATHS -- GRAPHS-. LECTURE 3. - May. 11th - ESCUELA UNIVERSITARIA DE INFORMÁTICA - PACO GÓMEZ Descripción: Lecture 3. Special graphs: complete graphs, cycles, paths, wheels, and hypercubes. Bipartite graphs.
  • Old-Fashioned Marriage Problem and Hall's Theorem This is a video describing Hall's marriage theorem which is a combinatorial result that gives a condition allowing the selection of a distinct element from each of a collection of finite sets. Formulated in graph theoretic terms the problem can be stated as follows: Given a finite bipartite graph G:= (L + R, E) with two equally sized partitions L and R, does there exist a perfect matching, ie a set of edges so that every vertex of G is incident to precisely one of them? Hall's Marriage Theorem gives a simple necessary and sufficient condition for a bipartite graph to contain a perfect matching.
  • TestBipartite.mov Is a graph bipartite?
  • Graphidrons: 2D, 3D, 4D, 5D and 6D symmetry puzzles www.24 There are 14 puzzles (Graphidrons) shown in this video, namely 1. Cerberus (a 2D, spatial graph, based on a Great Triambic Icosahedron Face...!). 2. Heron (the simplest 3D structure of all - aka tetrahedron) 3. Hydra (aka Bipartite K3,3 Graph, aka Triangular Double Helix, aka Mobius 3). 4. Olympus (aka Perpendicular Double Helix, aka Mobius 4) 5. Gorgon (the well known Peterson Graph). 6. Chronos (aka K5 Complete Graph, aka 4-Simplex, aka 5-cell, aka Pentachoron, Hyperpyramid). 7. Ananke (same as Chronos, but the corners are colored, not the edges). 8. Pegasus - 5th dimensional! - (aka 5-simplex, aka Hexateron, aka Hexa-5-tope). 9. Argo - 6th dimensional! - (aka 6-simplex, aka Heptapeton, aka Hepta-6-tope). 10. Cosmos (aka Complete Bipartite Graph K4,4, aka Antipode Cube). 11. Hyperion (8-cell, aka Tesseract, aka Hypercube). 12. Pyramus (and actual demo based on the 4D Tetrahedral Prism!). 13. Houlis Cube (16-cell, aka Hexadecachoron) 14. Colossus (24-cell, aka Icositetrachoron). Each of those puzzle is unique in its own way. :-)
  • Lecture - 23 Bipartite Maximum Matching Lecture Series on Design & ***ysis of Algorithms by Prof.Abhiram Ranade, Department of Computer Science Engineering,IIT Bombay. For more details on NPTEL visit nptel.iitm.ac.in
  • The Hungarian Maximum Matching Algorithm The Wolfram Demonstrations Project contains thousands of free interactive visualizations, with new entries added daily. Given a bipartite graph (one in which all edges go between the two parts), the Hungarian algorithm finds a matching (ie, a set of disjoint edges) of maximum size. The algorithm starts with any matching M (the empty matching is used here) and construct... Contributed by: Stan Wagon (Macalester College)
  • AlgTop10d: More on graphs and Euler's formula (cont.) We discuss applications of Euler's formula to various planar situations, in particular to planar graphs, including complete and complete bipartite graphs, the Five neighbours theorem, the Six colouring theorem, and to Pick's formula, which lets us compute the area of an integral polygonal figure by counting lattice points inside and on the boundary. This is the fourth video of the tenth lecture of this beginner's course in Algebraic Topology by NJ Wildberger of UNSW.
  • BipartiteMatchingEx1-2.mov Network flow. Bipartite Matching problem -- the example is completed. Clip 2 out of 2.
  • Morteza Zadimoghaddam: Simultaneous Approximations for Online Budgeted Allocation Morteza Zadimoghaddam: Simultaneous Approximations for Adversarial and Stochastic Online Budgeted Allocation Motivated by applications in online ad allocation, we study the problem of simultaneous approximations for the adversarial and stochastic online budgeted allocation problem. This problem consists of a bipartite graph G = (X,Y,E), where the nodes of Y along with their corresponding capacities are known beforehand to the algorithm, and the nodes of X arrive online. When a node of X arrives, its incident edges, and their respective weights are revealed, and the algorithm can match it to a neighbor in Y . The objective is to maximize the weight of the final matching, while respecting the capacities. When nodes arrive in an adversarial order, the best competitive ratio is known to be 1 - 1/e, and it can be achieved by the Ranking [16], and its generalizations (Balance Algorithm [14, 19]). On the other hand, if the nodes arrive through a random permutation, it is possible to achieve a competitive ratio of 1 - ?? [9]. In this paper we design algorithms that achieve a competitive ratio better than 1 - 1/e on average, while preserving a nearly optimal worst case competitive ratio. Ideally, we want to achieve the best of both worlds, ie, to design an algorithm with the optimal competitive ratio in both the adversarial and random arrival models. We achieve this for unweighted graphs, but show that it is not possible for weighted graphs. In particular, for unweighted graphs ...
  • AQA Edexcel Decision Mathematics - Matchings Mainly AQA and Edexcel comprehensive lesson on Dijkstra's Algorithm. Terminology explained This is to help to gain a full understanding of Matchings and how to recognise when to use it and when not to use it. Please note: As I am a student, I may have made mistakes, so feel free to comment stating what I said and explain how it was wrong. :)
  • Data Quality, Data Access and Data Services Workshop at DataServices World Trailer for a video with Dr. Stefanos Damianakis (CEO, Netrics) speaking at the DataServices World conference in San Jose, California. Stef explains problems with data quality, such as data inconsistency. He presents a data matching solution based on mathematical innovations. This presentation was part of the Data Quality, Data Access and Data Services workshop, moderated by Peter Coffee, that also included Dr. Carlo Innocenti and Tom Tague. Stef's complete presentation (duration 11:29) and the other workshop videos are available at .
  • BipartiteMatchingEx2.mov Network Flow. Bipartite matching is an example of Ford Fulkerson's algorithm for finding maximum flow. An example
  • AIBEA General Secratary COM CH Venkatachalam live Felicitation and bank settalementwith IBA AIBEA General Secratary COM CH Venkatachalam live address to bankers On the auspicious eve of bid farewell and retirement of com YK Sharma YOGI.Hounarable general secratary comm. CH Venkatachalam addressing to huge bankers and people and necessary point of discussion with IBA Mumbai, and Recent development in regard to Wage revision of bank employees in bikaner rajasthan and bank settalementwith IBA AIBEA General Secratary COM CH Venkatachalam live Felicitation and bank settalementwith IBA wage revision bipartite talk with IBA ufbu united forum of banks union a brief disscussion bikaner 30 march 2010 On the auspicious eve of bid farewell and retirement of com YK Sharma YOGI.Hounarable general secratary comm. CH Venkatachalam addressing to huge bankers and people and necessary point of discussion with IBA Mumbai, and Recent development in regard to Wage revision of bank employees in bikaner rajasthan
  • Felix Draeseke - Symphony No. 1 in G Major Op. 12 (1872) Symphony No. 1 by Felix Draeseke. Conducted by George Hanson with the Wuppertal Symphony Orchestra. I. Introduzione ed Allegro - Adagio Con Espressione - 00:00 II. Scherzo - Presto Leggerio - 11:10 III. Adagio - Adagio Molto - 17:02 IV. Finale - Allegro Con Brio E Vivace - 32:03 This is a symphony of high romance but not at all in the Raff or Mendelssohn camps. Draeseke's stormy models are Beethoven and Brahms whose Egmont music and Second Symphony respectively are denizens of the first movement. The bipartite first movement (ominous adagio and dark allegro) ends in a 'stürm and drang' sunset which takes us into terra Sibeliana. The flighty scherzo has no Beethovenian or Brahmsian ponderousness. The precise ensemble and complementary masculine clarity of recording and sound-picture are wonderfully expressive. A good demonstration track. You need have no fears about an orchestra that some may thoughtlessly dismiss as 'bush-league'. This is a very polished eloquent ensemble and perceptively directed in an event that is anything but a run-through. The core adagio runs just over a quarter of an hour. at first rather 'stop-start' then achieving continuity. Time does, sometimes, hang heavy here but it ends and starts well. Mendelssohn's Italian and Elgar's Black Knight are presences in the final allegro con brio. The work ends with conventional classical flourishes.
  • Proofs that K5 and K3,3 are not planar Proofs that the complete graph K5 and the complete bipartite graph K3,3 are not planar and cannot be embedded in the plane, using Euler's Relationship for planar graphs. From .
  • AIBEA 9th Bipartite Deal Signed Successfully AIBEA 9th Bipartite Deal Signed Successfully The 9th Bipartite Settlement has been signed successfully. AIBEA wage revision and pension settlement details are available in the official website of the AIBEA. The deal improved the wages of the bank employees and along with that a deal of Pension option Settlement has also been signed. All retired bank employees will now be covered under the Defined Benefit Pension Scheme ensuring pension for them. All of the 9 unions of UFBU have signed the agreement which would benefit both employees and officers. 46 Banks would be covered under the settlement among which 12 Private Sector Banks, 26 Public Sector Banks and 8 Foreign Banks. The bank would also benefit 2, 75000 officers and 4, 77000 workmen. The newly inked deal would hike the Bank wages by Rs.5, 200 crores per year and the settlement will be liable from November 2007 to October 2012.
  • BipartiteMatchingEx1-1.mov Network Flow.Statement of the Bipartite Matching Problem and an example. Clip 1 out of 2.
  • Gernot Alber "Covariant Bipartite Quantum Processes and Quantum Information Processing" Gernot Alber (Ulm),during FANO Memorial Symposium, "Resonances and Reflections: Profiles of Ugo Fano's Physics and Its Influences", held July 24, 2002 at The Institute for Theoretical, Atomic and Molecular and Optical Physics, Harvard-Smithsonian Center for Astrophysics, Cambridge, Massachusetts. © Harvard University and Gernot Alber. The text and images on ITAMP's YouTube channel are intended for public access and educational use. This material is owned or held by the President and Fellows of Harvard College. It is being provided solely for the purpose of teaching or individual research or enrichment. Any other use, including commercial reuse, mounting on other systems, or other forms of redistribution requires permission. ITAMP is supported through grants by the National Science Foundation Any opinions, findings and conclusions or recommendations expressed in this material are those of the author(s).
  • Cairnholy 2 This Clyde-type chambered cairn measures about 21m x 12m and is less elaborate than the nearby Cairnholy I tomb. There is no evidence of a façade, but the entrance is flanked by an impressive 2.9m tall portal stone and its broken twin. In front of the entrance there is a closing stone, now prostrate. The bipartite chamber survives almost intact. It consists of slab-sided inner and outer compartments, the inner still retaining its large capstone, as seen in the photo. Excavation in 1949 by S. Piggott and TGE Powell revealed a leaf-shaped arrowhead, a flint knife and Beaker pottery. The finds are now in the National Museum of Antiquities of Scotland in Edinburgh. The site is said to be the grave of the mythical Scottish king Caldus (Galdus or Gauldus).
  • AlgTop10a: More on graphs and Euler's formula We discuss applications of Euler's formula to various planar situations, in particular to planar graphs, including complete and complete bipartite graphs, the Five neighbours theorem, the Six colouring theorem, and to Pick's formula, which lets us compute the area of an integral polygonal figure by counting lattice points inside and on the boundary. This is the first video of the tenth lecture of this beginner's course in Algebraic Topology by NJ Wildberger of UNSW. NOTE: This entire series is now available in the full (hour long lectures), also at this channel under the playlist AlgTop (full lectures):
  • Lane modeling using a bipartite graph This video shows a grid of points is fitted to the observed lanes in a typical video sequence. The work was presented in the IEEE IV 2008.
  • Volpert Graph of Chemical Reactions The Wolfram Demonstrations Project contains thousands of free interactive visualizations, with new entries added daily. In reaction network theory, the Volpert graph is a directed bipartite graph whose vertex sets are the chemical species and the reaction steps. There is an edge from a species to a reaction step if and only if the reactant complex of the reaction step co... Contributed by: Attila Nagy Suggested by: Janos Toth
  • Stack Zooming for Multi-Focus Interaction in Time-Series Data Visualization Many ***ysis tasks for large one-dimensional spaces (ie, time-series data, multimedia data such as sound or video, text documents, and bipartite graphs) have a multiscale nature, ie they require several foci of the visual space while retaining context and distance awareness. We introduce a method for supporting this kind of multi-focus interaction that we call stack zooming. The approach is based on the user interactively building hierarchies of 1D strips stacked on top of each other, where each subsequent stack represents a higher zoom level, and sibling strips represent branches in the visual exploration
  • Bipartite Patella - Everything You Need To Know - Dr. Nabil Ebraheim Educational video describing the condition known as bipartite patella.
  • Andriessen, Louis: Mausoleum (1979) - Part 1/2 For brass, cimbalom, percussion, electric bass, two pianos, two harps, two baritones and low strings. Mausoleum is a homage to the great Russian revolutionary thinker Mikhail Bakunin (1814 -- 1876), leader of revolutions, founder of secret revolutionary societies, opponent of Marx, philosopher and anarchist, a man 'to whom no statue has been erected or ever shall be', as Hans Magnus Enzensberger observes in his moving poem 'MAB' from 'Mausoleum'. Musically, Mausoleum is based on a strong principle: the entire work depends on just one interval, the major second. All the harmonies, most of them four-part, are built up of a constellation of two major seconds. All the melodies likewise hinge on a major second and whenever there is an additional note, it is a minor second above. The tempo of the piece also conforms to this bipartite concept: the contradistinction of slow-fast in the breadth -- the first half is fast, the second slow -- as well as in the particulars -- the contrast between the first and the second bars for instance. Rhythmically, bipartition has been used in yet another way: extensive use is made of the technique of hoquet, ie the melody is divided per tone or per chord over (generally equal) groups of instruments. The work is scored for a large heterogeneous ensemble in which eight horns have a pivotal function.
  • A bipartite cooperation model for ecological and social networks Felix Reed-Tsochas, Institute for Science, Innovation and Society, Said Business School & CABDyN Complexity Centre, Oxford University.

Blogs & Forum
blogs and forums about bipartite

  • “Since I have link data for about 500 blogs from the news aggregator work, it was straightforward to visualize a projection of the bipartite blog->item graph. To classify each blog as liberal, conservative, or independent, I used a combination”
    — together, in a sense :,

  • “Entries Tagged as 'bipartite-matching' Bipartite Matching And Max A look at the bipartite matching problem and some observations about solving them using”
    — bipartite-matching,

  • “Bipartite matching and same-*** marriage. My use of the identifiers husband and wife in as part of a program to solve the stable bipartite matching problem”
    — The Universe of Discourse : Bipartite matching and same-***,

  • “Coronal T1W MR image of the right knee in a patient with anterior knee pain shows a bipartite patella. Note cartilage lining of the synchondrosis (red”
    Bipartite patella pain | Neoplasms Blog, blog.cancer101

  • “König's theorem states that, in any bipartite graph, the number of edges in a maximum (in this example, both numbers are six) applies more generally to any bipartite graph”
    — König's theorem (graph theory) - Windows Live, liupq3

  • “ is the leading resource for game developers, featuring daily news updates, over 1500 featured articles and tutorials, and the most active game development forums anywhere!”
    Bipartite Algorithm - Discussion Forums,

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