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         Dantzig George:     more books (75)
  1. Generalized upper bounding techniques-II by George Bernard Dantzig, 1965
  2. A complementarity algorithm for an optimal capital path with invariant proportions (Research report / International Institute for Applied Systems Analysis) by George Bernard Dantzig, 1973
  3. A decomposition principle for linear programs (Paper) by George Bernard Dantzig, 1959
  4. Discrete-variable extremum problems (Notes on linear programming) by George B Dantzig, 1956
  5. Symmetric dual nonlinear programs (I.E.R) by George Bernard Dantzig, 1962
  6. The role of models in determining policy for transition to a more resilient technological society (IIASA distinguished lecture series) by George Bernard Dantzig, 1979
  7. Formulating a linear programming model by George Bernard Dantzig, 1956
  8. Comments on J. Von Neumann's "The problem of optimal assignment in a two-person game" (P-435) by George Bernard Dantzig, 1952
  9. On the status of multistage linear programming problems by George Bernard Dantzig, 1957
  10. Linear Programming and Extensions by George B.; Rand Cooperation Dantzig, 1963-01-01
  11. Note on B. Klein's "direct use of extremal principles in solving certain problems involving inequalities" (Notes on linear programming) by George B Dantzig, 1957
  12. Linear Programming and Extensions by George B. Dantzig, 1966-01-01
  13. A linear programming approach to the chemical equilibrium problem by George Bernard Dantzig, 1958
  14. Maximum payloads per unit time delivered through an air network (Mathematical note) by George Bernard Dantzig, 1963

61. Operations Research Management Science - In Memoriam: George Dantzig
In Memoriam george dantzig Achievements and Accolades By Saul I. Gass.george Bernard dantzig, professor emeritus, Department of Management Science and
http://www.lionhrtpub.com/orms/orms-6-05/dantzig-sb1.html

OR/MS Today
- June 2005
In Memoriam: George Dantzig
Achievements and Accolades
By Saul I. Gass

George Bernard Dantzig, professor emeritus, Department of Management Science and Engineering, Stanford University, died after a short illness on May 13, 2005, at his home in Stanford, Calif. He was 90. Dr. Dantzig, a pioneer in the field of operations research and the management sciences, is regarded as the "father" of linear programming. Dr. Dantzig was born on Nov. 8, 1914, in Portland, Ore., to Tobias and Anja Dantzig. He was a mathematically precocious youngster who did well in high school mathematics and science. He received an A.B. in mathematics and physics from the University of Maryland, College Park (1936); an M.A. in mathematics from the University of Michigan (1938); and a Ph.D. in mathematics from the University of California, Berkeley (1946). Dr. Dantzig's first job was as a junior statistician for the U.S. Bureau of Labor Statistics (1937-1939). In 1939, he entered the Ph.D. program in mathematics at Berkeley and was a teaching assistant to Jerzy Neyman. Although he completed his Ph.D. courses and dissertation in 1941, work and the exigencies of World War II delayed his receiving the Ph.D. until the spring of 1946. During the war, Dr. Dantzig was chief of the Combat Analysis Branch of Statistical Control, U.S. Army Air Force, Pentagon, Washington, D.C. Afterwards, he stayed on at the Pentagon as mathematical advisor to the comptroller of the newly formed Department of the U.S. Air Force. It was here that Dr. Dantzig, based on his study of Air Force deployment and logistical planning problems and its relationship to Leontief's inter-industry model, formulated the general linear programming problem and invented the simplex method for solving it.

62. George Dantzig -- Facts, Info, And Encyclopedia Article
george dantzig. Categories Operations research, John von Neumann Theory george Bernard dantzig (born 8 November 1914 in (Click link for more info and
http://www.absoluteastronomy.com/encyclopedia/g/ge/george_dantzig.htm
George Dantzig
[Categories: Operations research, John von Neumann Theory Prize Winners, 20th century mathematicians, American mathematicians, 1914 births]
George Bernard Dantzig (born 8 November 1914 in (Click link for more info and facts about Portland, Oregon) Portland, Oregon died 13 May 2005) is a (A person skilled in mathematics) mathematician who introduced the (Click link for more info and facts about simplex algorithm) simplex algorithm and is considered the "Father of (A mathematical technique used in economics; finds the maximum or minimum of linear functions in many variables subject to constraints) linear programming
Dantzig became the origin of a famous (Click link for more info and facts about urban legend) urban legend , when he was a graduate student at (Click link for more info and facts about UC Berkeley) UC Berkeley . He accidentally solved two problems that the professor, Jerzy Neyman, gave to the students as an example of open problems in (A branch of applied mathematics concerned with the collection and interpretation of quantitative data and the use of probability theory to estimate population parameters) statistics ; being late for class, Dantzig thought that the problems were given as a homework assignment. He was appointed the

63. SIAM: The George B. Dantzig Prize
These funds are to be sent directly to SIAM, to be contributed to the george B.dantzig Prize Fund in care of SIAM. SIAM has the responsibility for managing
http://www.siam.org/prizes/sponsored/dantzig.php
PRIZES Prizes, Awards and Lectures Sponsored by SIAM
The George B. Dantzig Prize
Principal Guideline
The prize, established in 1979, is awarded jointly by the Mathematical Programming Society (MPS) and the Society for Industrial and Applied Mathematics (SIAM). The prize is awarded for original research, which by its originality, breadth and scope, is having a major impact on the field of mathematical programming.
Prize Committee
There will be an ad hoc prize committee appointed for each award jointly by the chair of MPS and the president of SIAM. The committee will consist of four members, one designated "Chair" by the chair of MPS, and it will represent a diversified view of mathematical programming. Committee appointments should be made at least two years before the prize award date. The MPS has the responsibility to notify its chair and the president of SIAM to make the appointments. For continuity, committee members will normally serve on two successive prize committees with the committee chair being a second-term member. Thus, two new members will be appointed and two members will be re-appointed every three years. Committee members will be members of MPS and/or SIAM. At least two members of the committee will be MPS members and at least two will be members of SIAM. The membership of the committee should also reflect the international character of the Societies.

64. George B. Dantzig, Operations Research Professor, Dies At 90
george Bernard dantzig, professor emeritus of operations research and of computer george B. dantzig is regarded by most experts as having been the
http://news-service.stanford.edu/news/2005/may25/dantzigobit-052505.html
Stanford Report, May 25, 2005 George B. Dantzig, operations research professor, dies at 90
BY DAWN LEVY George Bernard Dantzig, professor emeritus of operations research and of computer science who devised the "simplex method" and invented linear programming (which is not related to computer programming), died May 13 at his Stanford home of complications from diabetes and cardiovascular disease. He was 90 years old. A funeral service has been held. "George B. Dantzig is regarded by most experts as having been the initiator of and leading figure in the revolutionary scientific development of mathematical programming as a powerful method for optimally managing resources in literally thousands of applications in industry and government in the last three decades," said Arthur F. Veinott Jr., professor of management science and engineering. "So pervasive is the influence of Dantzig's simplex method that experts have estimated that from 10 percent to 25 percent of all scientific computation is devoted to it. Indeed, that method is probably the single most widely used algorithm originated in the last six decades." In 1947, Dantzig devised the simplex method, an important tool for solving linear programming problems in diverse applications, such as allocating resources, scheduling production and workers, planning investment portfolios and formulating marketing and military strategies.

65. [Deathwatch] George Bernard Dantzig, Mathematician, 90
george dantzig, 90, noted statistics theorist LONGTIME STANFORD PROFESSOR RECEIVEDMEDAL OF SCIENCE By Howard Mintz george Bernard dantzig,
http://slick.org/deathwatch/mailarchive/msg01733.html
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[Deathwatch] George Bernard Dantzig, mathematician, 90

66. George Dantzig, 1914-2005
george dantzig, the inventor of the Simplex method for solving Linear Programmingproblems, died on May 13. He was also the nowlegendary student who turned
http://digg.com/science/George_Dantzig,_1914-2005

67. George Dantzig, Mathematician
george B. dantzig, 90, a mathematician who devised a formula that revolutionizedplanning, george Bernard dantzig was born in Portland, Ore., in 1914.
http://www.indystar.com/apps/pbcs.dll/article?AID=/20050520/NEWS06/505200485/101

68. Zaadz Quotes By Author - George Dantzig Quotes
Grow with us! We are passionate about inspiring and empowering you to reach yourpotential by providing powerful technology tools, supportive communities,
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Famous Quotes by George Dantzig
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1. ". . . it is interesting to note that the original problem that started my research is still outstanding - namely the problem of planning or scheduling dynamically over time, particularly planning dynamically under uncertainty. If such a problem could be successfully solved it could eventually through better planning contribute to the well-being and stability of the world."

69. In Memoriam :: George B. Dantzig And Harld Wooster
On May 13th, george B. dantzig died at age 90. Although Dr. dantzig was amathematician his focus was on the practical applications of this craft and the
http://www.ieuc.org/web-log/archives/468(log-entry).html
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Institute Log : Premenant Entry for - Sat, 4 Jun 2005 13:51:00 -0400
In Memoriam :: George B. Dantzig and Harld Wooster
The lost legion of computing pioneers grows as we note the passing of two more leading lights of their generation. On May 13th, George B. Dantzig died at age 90. Although Dr. Dantzig was a mathematician his focus was on the practical applications of this craft and the algorithms he developed created the field of linear programming and operations research. These technologies underly the optimization code that drives airline network routing systems and many other telecommunications and circuit design applications. It was only a few months ago that we were faced with the loss of Jef Raskin and as the great generation of End User Computing's founding fathers continues to age will shall no doubt see the passing of more of these living legends in the months ahead.

70. George Dantzig, 1914-2005
Thoughts and images collide in my mind to create seemingly meaningless words ofinfinite importance.
http://tamizhan.com/item/1824
Home!
George Dantzig, 1914-2005
R.I.P
“George B. Dantzig, then a graduate student at the University of California, Berkeley, arrived late for a statistics class one day and found two problems written on the board. Not knowing they were examples of "unsolvable" statistics problems, he jotted them down and solved them as a homework assignment.”
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71. TechRepublic Blog: George Dantzig Passed Away
One of the giants of modern mathematics, george dantzig, passed away a coupleweeks ago. He invented the Simplex Method, basically created the field of
http://techrepublic.com.com/5254-6257-0.html?forumID=99&threadID=173892&messageI

72. George J. Stigler - Autobiography
work on linear programming (The Cost of Subsistence) which solved the problemonly approximately; george dantzig soon presented the exact solution.
http://nobelprize.org/economics/laureates/1982/stigler-bio.html
HOME SITE HELP ABOUT SEARCH ... EDUCATIONAL
I was born in Renton, a suburb of Seattle, Washington, in 1911. I was the only child of Joseph and Elizabeth Stigler, who had separately migrated to the United States at the end of the 19th century, my father from Bavaria and my mother from what was then Austria-Hungary (and her mother was in fact Hungarian). I attended schools in Seattle through the University of Washington, from which I was graduated in 1931. I spent the next year at Northwestern University.
My main graduate training was received at the University of Chicago from which I received the Ph.D. in 1938. The University of Chicago then had three economists - each remarkable in his own way - under whose influence I came. Frank H. Knight was a powerful, sceptical philosopher, at that time vigorously debating Austrian capital theory but gradually losing interest in the details of economic theory . Jacob Viner was the logical disciplinarian, and equally the omniscient student of the history of economics. Henry Simons was the passionate spokesman for a rational, decentralized organization of the economy. I was equally influenced by two fellow students, W. Allen Wallis and Milton Friedman
The Chicago Economics Department was in intellectual ferment, although the central issues of the 1930's were very different from those in later times. I had never before encountered minds of that quality at close quarters and they influenced me strongly. For example, Knight supervised my thesis, which was on the history of production and distribution theories from 1870 to 1915

73. ORCS Discussion List: George Dantzig On NPR
george dantzig on NPR. From Leo Lopes (leo@sie.arizona.edu) There was astory on Weekend Edition Saturday about george dantzig.
http://mat.gsia.cmu.edu/ORCS/archive/0924.html
George Dantzig on NPR
From: Leo Lopes ( leo@sie.arizona.edu
Date: Sat May 21 2005 - 20:19:09 EDT
  • Next message: Brian Borchers: "SCI.OP-RESEARCH Digest V12 #19" Dear Colleagues,
    There was a story on Weekend Edition Saturday about George
    Dantzig. I thought you might be interested in it:
    http://www.npr.org/templates/story/story.php?storyId=4661503

    Leo.
    ======================================================================== Leonardo B. Lopes leo@sie.arizona.edu Assistant Professor (520)621-2342 SIE - University of Arizona http://www.sie.arizona.edu/faculty/leolopes This archive was generated by hypermail 2b30 Sat May 21 2005 - 19:27:24 EDT
  • 74. George Dantzig - Anthology Of Interest
    george dantzig, inventor of the simplex algorithm, died recently. Another notablething about george dantzig, besides the simplex algorithm.
    http://anthology.spacemonkeys.ca/archives/846-George-Dantzig.html
    George Dantzig
    Anthology of Interest
    Monday, May 23. 2005
    George Dantzig
    George Dantzig , inventor of the simplex algorithm, died recently. There's an interesting interview with him in The College Mathematics Journal . Unfortunately, you'll probably need to hit that link from a University campus or proxy server, or a library which has an electronic subscription to JSTOR Another notable thing about George Dantzig, besides the simplex algorithm . He once proved previously unsolved statistics problems when a professor wrote them on a black board as an example of an unsolved problem, and Dantzig came in late and mistook them for homework problems (see Snopes ). When he went to decide what to write about for his PhD thesis, his supervisor told him to put the "homework" problems in a binder, and he'd accept that as the thesis. Posted by mch at Comment (1) Trackbacks (0)
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    Thanks for this! Very interesting! This is then the story that the beginning of Good Will Hunting was based on. Truly fascinating and inspirational!

    75. AIP International Catalog Of Sources
    dantzig, george Bernard, 1914 Correspondence. Dirac, PAM (Paul Adrien Maurice),1902- Correspondence. Eckart, Carl, 1902- Correspondence.
    http://www.aip.org/history/catalog/787.html
    If you are not immediately redirected, please click here
    My List - Help Browse Archival Resources Archival Finding Aids Books Photos Browse FAQs Past Searches History Home Search: Author Subject Title Journal/Newspaper Title Series Computer File (Software) Title Video Title Refine Search AIP Niels Bohr Library
    Item Information Holdings More by this author Von Neumann, John, 1903-1957. Subjects Aldor, Eva. Aldor, Peter, 1904-1976. Aydelotte, Frank, 1880-1956 Correspondence. Bethe, Hans Albrecht, 1906- Correspondence. Birkhoff, Garrett, 1911- Correspondence. Chandrasekhar, S. (Subrahmanyan), 1910- Correspondence. Dantzig, George Bernard, 1914- Correspondence. Dirac, P. A. M. (Paul Adrien Maurice), 1902- Correspondence. Eckart, Carl, 1902- Correspondence. Einstein, Albert, 1879-1955 Correspondence. Fermi, Enrico, 1901-1954 Correspondence. Flexner, Abraham, 1866-1959 Correspondence. Gamow, George, 1904-1968. Heisenberg, Werner, 1901- Correspondence. Hurd, Cuthbert Corwin, 1911- Correspondence. Jordan, Pascual, 1902- Correspondence. Kent, R. H. (Robert Harrington), 1886-1961 Correspondence.

    76. The Basic George B. Dantzig - Edited By Richard W. Cottle
    The late george B. dantzig , widely known as the father of linear programming,was a major influence in mathematics, operations research, and economics.
    http://www.sup.org/book.cgi?book_id=4834

    77. In Memoriam Of Giorgio Sacerdoti
    george B. dantzig, one of the founding fathers of Operations Research and Those of us who had the honor of personally knowing george dantzig will
    http://www.ifip.or.at/IFIP_MEMORIES/DANTZIG.htm
    George Bernard Dantzig Nov 1914 - May 2005 George B. Dantzig, one of the founding fathers of Operations Research and creator of the simplex method, passed away on May 13, 2005, in Palo Alto California Dantzig began his study of mathematics at the University of Maryland (to receive his A.B. in Mathematics and Physics in 1936) and continued at the University of Michigan , where he received his Master’s degree (1937). Afterwards he went on to pursue his mathematical interests in Washington D.C. at the U.S. Bureau of Labor Statistics from 1937 to 1939. Seeking a deeper understanding of mathematical statistics, Dantzig was successful in entering the PhD program at UC Berkeley under the guidance (and with the support) of Jerzy Neyman. The onset of World War II interrupted his studies from 1941 to 1946, when he worked for the Combat Analysis Branch, U.S.A.F., Washington D.C. , but he returned in 1946 to finish his doctorate. Also in 1946, Dantzig was appointed as the Mathematical Advisor to the U.S. Air Force Comptroller. His mission at this time was “to find a way to compute more rapidly a time-staged deployment, training and logistical supply program . His research leads him to formulate a model which focused on linear relations (as familiar at that time from activity analysis ). What proved unusual at the time was the fact that he employed a linear objective to be minimized. Thus, this was apparently the first formal instance of a

    78. Proyecto_myriam
    dantzig, george B. 1963. Linear Programming and Extensions. Princeton, NJPrinceton Univ. Press. Greenberg, Michael R. 1978. Applied Linear Programming For
    http://myriam.ulpgc.es/670556.htm
    MARKLAND, Robert E.
    QUANTITATIVE METHODS: APPLICATIONS TO MANAGERIAL DECISION MAKING
    ISBN 0471878855 CONTENTS
    Chapter 1 Introduction 1
    Chapter 2 Probability Concepts 19
    Chapter 3 Probability Distributions 41
    Chapter 4 Decision Theory and Utility Theory 65
    Chapter 5 Forecasting 103
    Chapter 6 Introduction to Linear Programming and Model Formulation 155
    Chapter 7 Graphical Solution of Linear Programming Problems 187
    Chapter 8 The Simplex Method 215 Chapter 9 Postoptimality Analysis 273 Chapter 10 Goal Programming 313 Chapter 11 Transportation, Transshipment, and Assignment Problems 343 Chapter 12 Network Models 405 Chapter 13 PERT/CPM 437 Chapter 14 Integer Programming Models 483 Chapter 15 Inventory Analysis: Deterministic Models 519 Chapter 16 Inventory Analysis: Probabilistic Models 547 Chapter 17 Waiting Line Models 565 Chapter 18 Simulation 595 Chapter 19 Dynamic Programming 637 Chapter 20 Markov Analysis 665 Chapter 21 Game Theory 687 Chapter 22 Nonlinear Programming-Calculus-Based Solution Procedures 707 Chapter 23 Integration and Implementation of Management Science Techniques in the Decision Framework 731 Appendix A Matrix Notation and Matrix Algebra 743 Appendix B Differential Calculus Review 749 Appendix C Tables 753 Selected References Anderson, David R., Dennis J. Sweeney, and Thomas A. Williams. 1976. Quantitative Methods for Business. St. Paul, Minn.: West.

    79. Member
    txtFirstName george CONSTIT.FIRSTNAME txtMiddleName B. CONSTIT.MIDDLENAME txtMI B txtLastName dantzig CONSTIT.LASTNAME txtSuffix CONSTIT.SUFFIX
    http://www.nae.edu/nae/naepub.nsf/0/2C8F9662B4173C8A8525693700546425?opendocumen

    80. Dantzig, G.: Linear Programming And Extensions.
    In this classic book, george dantzig looks at a wealth of examples and developslinear programming methods for their solutions. He begins by introducing the
    http://www.pupress.princeton.edu/titles/413.html
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    NEW IN PRINT E-BOOKS ... One of Princeton University Press's Notable Centenary Titles.
    Linear Programming and Extensions
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    Endorsements Table of Contents In real-world problems related to finance, business, and management, mathematicians and economists frequently encounter optimization problems. In this classic book, George Dantzig looks at a wealth of examples and develops linear programming methods for their solutions. He begins by introducing the basic theory of linear inequalities and describes the powerful simplex method used to solve them. Treatments of the price concept, the transportation problem, and matrix methods are also given, and key mathematical concepts such as the properties of convex sets and linear vector spaces are covered. Endorsement: "The author of this book was the main force in establishing a new mathematical discipline, and he has contributed to its further development at every stage and from every angle. This volume ... is a treasure trove for those who work in this fieldteachers, students, and users alike. Its encyclopaedic coverage, due in part to collaboration with other experts, makes it an absolute must."S. Vajda, Table of Contents Series: Subject Areas: VISIT OUR MATH WEBSITE Hardcover published in 1963
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