Strength in Numbers: the Rising of Academic Statistics Departments In
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The Lion's Roar
TheThe Lion’sLion’s RoarRoar Published by the Texas Delta Chapter of Sigma Alpha Epsilon Southern Methodist University Chapter Founded March 9, 1923 January 2005 Volume 82 #1 Construction begins on the new SAE house Sigma Alpha Epsilon and SMU have joined forces to build a new chapter House. SMU has offered to fund a majority of the new, SMU- owned and managed facility, with $2,000,000 plus project oversight services; SAE alumni have agreed to contribute $1,500,000 to cover the remaining construction costs. Gifts are made to SMU and are tax deductible. The future of SAE at SMU will be closely linked to the new fraternity house. Our architectural plans are complete, bids have been received, the site has been cleared, The new Texas Delta Chapter House opening in Fall 2005. and we have broken ground. SAE has agreed to vacate the old house next fall million. To achieve this goal we need Station. He has experience, knowledge, so that SMU can start construction additional leadership gifts. and is forward thinking. We have of the parking garage for both the I am convinced that this SAE fund also incorporated suggestions from Cox School of Business and the new raising drive is of critical importance our members currently living in the Collins Center for Graduate Studies. to the future of the Greek system at House. We will have 19,983 square SAE has already obtained donations SMU. If we are successful in this feet versus the current 16,123 square of $899,000. This is a good start, drive, it will set a positive tone for the feet. -
Annual Report 2005-2006
CORNELL UNIVERSITY DEPARTMENT OF MATHEMATICS ANNUAL REPORT 2005–2006 The Department of Mathematics at Cornell University is known throughout the world for its distinguished faculty and stimulating mathematical atmosphere. Close to 40 tenured and tenure-track faculty represent a broad spectrum of current mathematical research, with a lively group of postdoctoral fellows and frequent research and teaching visitors. The graduate program includes over 70 graduate students from many different countries. The undergraduate program includes several math major programs, and the department offers a wide selection of courses for all types of users of mathematics. A private endowed university and the federal land-grant institution of New York State, Cornell is a member of the Ivy League and a partner of the State University of New York. There are approximately 19,500 students at Cornell’s Ithaca campus enrolled in seven undergraduate units and four graduate and professional units. Nearly 14,000 of those students are undergraduates, and most of those take at least one math course during their time at Cornell. The Mathematics Department is part of the College of Arts and Sciences, a community of 6,000 students and faculty in 50 departments and programs, encompassing the humanities, sciences, mathematics, fine arts, and social sciences. We are located in Malott Hall, in the center of the Cornell campus, atop a hill between two spectacular gorges that run down to Cayuga Lake in the beautiful Finger Lakes region of New York State. Department Chair: Prof. Kenneth Brown Director of Undergraduate Studies (DUS): Prof. Allen Hatcher Director of Graduate Studies (DGS): Prof. -
Abstract We Survey the Published Work of Harry Kesten in Probability Theory, with Emphasis on His Contributions to Random Walks
Abstract We survey the published work of Harry Kesten in probability theory, with emphasis on his contributions to random walks, branching processes, perco- lation, and related topics. Keywords Probability, random walk, branching process, random matrix, diffusion limited aggregation, percolation. Mathematics Subject Classification (2010) 60-03, 60G50, 60J80, 60B20, 60K35, 82B20. Noname manuscript No. 2(will be inserted by the editor) Geoffrey R. Grimmett Harry Kesten's work in probability theory Geoffrey R. Grimmett In memory of Harry Kesten, inspiring colleague, valued friend April 8, 2020 1 Overview Harry Kesten was a prominent mathematician and personality in a golden period of probability theory from 1956 to 2018. At the time of Harry's move from the Netherlands to the USA in 1956, as a graduate student aged 24, much of the foundational infrastructure of probability was in place. The central characters of probability had long been identified (including random walk, Brownian motion, the branching process, and the Poisson process), and connections had been made and developed between `pure theory' and cognate areas ranging from physics to finance. In the half-century or so since 1956, a coordinated and refined theory has been developed, and probability has been recognised as a crossroads discipline in mathematical science. Few mathematicians have contributed as much during this period as Harry Kesten. Following a turbulent childhood (see [59]), Harry studied mathematics with David van Dantzig and Jan Hemelrijk in Amsterdam, where in 1955 he attended a lecture by Mark Kac entitled \Some probabilistic aspects of potential theory". This encounter appears to have had a decisive effect, in that Harry moved in 1956 to Cornell University to work with Kac. -
The Meaning of Probability
CHAPTER 2 THE MEANING OF PROBABILITY INTRODUCTION by Glenn Shafer The meaning of probability has been debated since the mathematical theory of probability was formulated in the late 1600s. The five articles in this section have been selected to provide perspective on the history and present state of this debate. Mathematical statistics provided the main arena for debating the meaning of probability during the nineteenth and early twentieth centuries. The debate was conducted mainly between two camps, the subjectivists and the frequentists. The subjectivists contended that the probability of an event is the degree to which someone believes it, as indicated by their willingness to bet or take other actions. The frequentists contended that probability of an event is the frequency with which it occurs. Leonard J. Savage (1917-1971), the author of our first article, was an influential subjectivist. Bradley Efron, the author of our second article, is a leading contemporary frequentist. A newer debate, dating only from the 1950s and conducted more by psychologists and economists than by statisticians, has been concerned with whether the rules of probability are descriptive of human behavior or instead normative for human and machine reasoning. This debate has inspired empirical studies of the ways people violate the rules. In our third article, Amos Tversky and Daniel Kahneman report on some of the results of these studies. In our fourth article, Amos Tversky and I propose that we resolve both debates by formalizing a constructive interpretation of probability. According to this interpretation, probabilities are degrees of belief deliberately constructed and adopted on the basis of evidence, and frequencies are only one among many types of evidence. -
The Artificial Cold War Content of Game Theory and Operations Research Richard Vahrenkamp [University of Kassel, Germany]
real-world economics review, issue no. 88 subscribe for free Nominal science without data – the artificial Cold War content of Game Theory and Operations Research Richard Vahrenkamp [University of Kassel, Germany] Copyright: Richard Vahrenkamp 2019 You may post comments on this paper at https://rwer.wordpress.com/comments-on-rwer-issue-no-88/ Abstract Expanding upon literature on early digital computers, this paper shows the role mathematicians have undertaken in founding the academic fields of Game Theory and Operations Research, and details how they were supported by the mathematics departments of military agencies in branches of the US Armed Services. This paper claims that application is only decoration. Other than astronomy, physics and engineering, where experiments generate data analysed with the aid of models and appropriate software on computers, Game Theory and Operations Research are not data driven but method driven and remain a branch of applied mathematics. They use the method of “abstractification” in economy and society to derive their models but lack a layer of empirical research needed to generate data and to apply their methods in economics and society. Therefore, their models were only nominal mathematics without application. Introduction Since 1945, the United States had experienced a unique innovation push with the computer, the nuclear weapon, new air combat weapons and the transistor within just a few years. These innovations were accompanied by Game Theory and Operations Research in the academic field. Widely–held is the view that computers supplemented the mathematical concepts of Game Theory and Operations Research and gave these fields a fresh impulse. Together, they established the view of the world as a space of numbers and introduced quantitative methods in economics, political science and in sociology. -
Reminiscences of a Statistician Reminiscences of a Statistician the Company I Kept
Reminiscences of a Statistician Reminiscences of a Statistician The Company I Kept E.L. Lehmann E.L. Lehmann University of California, Berkeley, CA 94704-2864 USA ISBN-13: 978-0-387-71596-4 e-ISBN-13: 978-0-387-71597-1 Library of Congress Control Number: 2007924716 © 2008 Springer Science+Business Media, LLC All rights reserved. This work may not be translated or copied in whole or in part without the written permission of the publisher (Springer Science+Business Media, LLC, 233 Spring Street, New York, NY 10013, USA), except for brief excerpts in connection with reviews or scholarly analysis. Use in connection with any form of information storage and retrieval, electronic adaptation, computer software, or by similar or dissimilar methodology now known or hereafter developed is forbidden. The use in this publication of trade names, trademarks, service marks, and similar terms, even if they are not identified as such, is not to be taken as an expression of opinion as to whether or not they are subject to proprietary rights. Printed on acid-free paper. 987654321 springer.com To our grandchildren Joanna, Emily, Paul Jacob and Celia Gabe and Tavi and great-granddaughter Audrey Preface It has been my good fortune to meet and get to know many remarkable people, mostly statisticians and mathematicians, and to derive much pleasure and benefit from these contacts. They were teachers, colleagues and students, and the following pages sketch their careers and our interactions. Also included are a few persons with whom I had little or no direct contact but whose ideas had a decisive influence on my work. -
13Th International Workshop on Matrices and Statistics Program And
13th International Workshop on Matrices and Statistics B¸edlewo, Poland August 18–21, 2004 Program and abstracts Organizers • Stefan Banach International Mathematical Center, Warsaw • Committee of Mathematics of the Polish Academy of Sciences, Warsaw • Faculty of Mathematics and Computer Science, Adam Mickiewicz Uni- versity, Pozna´n • Institute of Socio-Economic Geography and Spatial Management, Faculty of Geography and Geology, Adam Mickiewicz University, Pozna´n • Department of Mathematical and Statistical Methods, Agricultural Uni- versity, Pozna´n This meeting has been endorsed by the International Linear Algebra Society. II Sponsors of the 13th International Workshop on Matrices and Statistics III Mathematical Research and Conference Center in B¸edlewo IV edited by A. Markiewicz Department of Mathematical and Statistical Methods, Agricultural University, Pozna´n,Poland and W. Wo ly´nski Faculty of Mathematics and Computer Science, Adam Mickiewicz University, Pozna´n,Poland Contents Part I. Introduction Poetical Licence The New Intellectual Aristocracy ............ 3 Richard William Farebrother Part II. Local Information Part III. Program Part IV. Ingram Olkin Ingram Olkin, Statistical Statesman .......................... 21 Yadolah Dodge Why is matrix analysis part of the statistics curriculum ...... 25 Ingram Olkin A brief biography and appreciation of Ingram Olkin .......... 31 A conversation with Ingram Olkin ............................ 34 Bibliography .................................................. 58 Part V. Abstracts Asymptotic -
Cramer, and Rao
2000 PARZEN PRIZE FOR STATISTICAL INNOVATION awarded by TEXAS A&M UNIVERSITY DEPARTMENT OF STATISTICS to C. R. RAO April 24, 2000 292 Breezeway MSC 4 pm Pictures from Parzen Prize Presentation and Reception, 4/24/2000 The 2000 EMANUEL AND CAROL PARZEN PRIZE FOR STATISTICAL INNOVATION is awarded to C. Radhakrishna Rao (Eberly Professor of Statistics, and Director of the Center for Multivariate Analysis, at the Pennsylvania State University, University Park, PA 16802) for outstanding distinction and eminence in research on the theory of statistics, in applications of statistical methods in diverse fields, in providing international leadership for 55 years in directing statistical research centers, in continuing impact through his vision and effectiveness as a scholar and teacher, and in extensive service to American and international society. The year 2000 motivates us to plan for the future of the discipline of statistics which emerged in the 20th century as a firmly grounded mathematical science due to the pioneering research of Pearson, Gossett, Fisher, Neyman, Hotelling, Wald, Cramer, and Rao. Numerous honors and awards to Rao demonstrate the esteem in which he is held throughout the world for his unusually distinguished and productive life. C. R. Rao was born September 10, 1920, received his Ph.D. from Cambridge University (England) in 1948, and has been awarded 22 honorary doctorates. He has worked at the Indian Statistical Institute (1944-1992), University of Pittsburgh (1979- 1988), and Pennsylvania State University (1988- ). Professor Rao is the author (or co-author) of 14 books and over 300 publications. His pioneering contributions (in linear models, multivariate analysis, design of experiments and combinatorics, probability distribution characterizations, generalized inverses, and robust inference) are taught in statistics textbooks. -
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Volume 47 • Issue 1 IMS Bulletin January/February 2018 National Academy new member The US National Academy of Medicine (NAM) has announced the election of 70 reg- CONTENTS ular members and 10 international members. Among them is Nicholas Patrick Jewell, 1 National Academy of University of California, Berkeley. Medicine elects Jewell Election to the Academy is considered one of the highest honors in the fields of 2 Members’ news: Nick Horton, health and medicine, recognizing individuals who have made major contributions to Eric Kolaczyk, Hongzhe Li, the advancement of the medical sciences, health care, and public health. A diversity Runze Li, Douglas Simpson, of talent among NAM’s membership is Greg Lawler, Mike Jordan, Mir assured by its Articles of Organization, Masoom Ali which stipulate that at least one-quarter 3 Journal news: EJP, ECP, Prob of the membership is selected from fields Surveys; OECD guidelines outside the health professions, for exam- 4 Takis Konstantopoulos: new ple, from law, engineering, social sciences, column and the humanities—and statistics. The newly elected members bring 6 Recent papers: Electronic Journal of Probability; Electronic NAM’s total membership to 2,127 and Communications in Probability the number of international members to 172. 11 Special Invited Lecturers; IMS Fellow Nicholas P. Jewell is New Textbook Professor of Biostatistics and Statistics 12 Obituary: Ron Getoor at the University of California, Berkeley. 13 IMS Awards Since arriving at Berkeley in 1981, he has held various academic and administrative 15 Student Puzzle Corner 19; New Researcher Award positions, most notably serving as Vice Provost from 1994 to 2000. -
Smu Basketball - 235 Smu Administration R
SMU BASKETBALL - 235 SMU ADMINISTRATION R. GERALD TURNER PAUL ROGERS PRESIDENT FACULTY ATHLETIC REPRESENTATIVE As president of SMU since 1995, R. Gerald Turner is leading an era of unprecedented Paul Rogers is the Marilyn Jeanne Johnson Distinguished Faculty Fellow, Professor of progress. His tenure has included two historic major gifts campaigns that raised more Law and the former dean of the SMU Dedman School of Law. He is also the University’s than $1.6 billion for student scholarships, endowed faculty positions, academic programs faculty athletic representative and helps represent the University with the American and capital projects, including new academic, student life and athletics facilities. To Athletic Conference and the NCAA. Rogers currently serves on the NCAA’s Football continue its rise in impact and quality, SMU is engaged in a three-year drive, “Pony Oversight and Football Competition Committees. He is also a member of the National Power: Strengthening the Stampede,” to provide annual gifts that support today’s Football Foundation’s Awards Committee. He is a former president of the Southwest students, faculty and academic programs. Conference and also previously served on the NCAA Division I Amateurism Cabinet, the Academics/Eligibility/Compliance Cabinet and the Executive Committee of the Division Fueled by these investments, SMU’s progress has included increases in average I-A Faculty Athletics Representative Association. admission test scores, a near tripling of student applications, an increase in minority enrollment to 27 percent, and a more than tripling of the endowment. The University In 1988 Rogers was the principal drafter of the Manual of Governance for SMU Athletics continues to advance as a leading center of teaching and research that creates new and became the frst chair of the SMU Athletic Council, which provides oversight of knowledge, addresses signifcant issues and prepares students to be world changers. -
Erich Leo Lehmann, 19172009
J. R. Statist. Soc. A (2010) 173, Part 3, pp. 683–689 Obituaries Erich Leo Lehmann, 1917–2009 Erich L. Lehmann, Professor Emeritus at the University of California, Berkeley, passed away on September 12th, 2009, aged 91 years. Erich was one of the engines that drove much of the development of theoretical and mainstream statistics during the second half of the 20th century. At the same time he kept himself aware of developments in applied statistics and prob- ability. He knew both the subject matter and the individuals developing our subject. He was a member of the powerful team of individuals that Jerzy Neyman built up at Berkeley in the 1950s. These included David Blackwell, Joe Hodges, Lucien Le Cam, Michel Loève, Henry Scheffé and Elizabeth Scott. Erich co-authored articles with each, except for the probabilist Loève. Erich was born in Strasbourg, France, on November 20th, 1917. His family moved to Frank- furt where they lived until 1933. When the Nazis came into power the family fled to Switzerland where Erich went to high school. In 1938, following his father’s advice, he went to study math- ematics at Trinity College, Cambridge. Erich remarked that he was ‘always the best student in mathematics’, but he did not enjoy the accompanying astronomy and physics. Of the latter he said ‘I hated it’ (in ‘A conversation with Erich L. Lehmann’, with Morris DeGroot, in volume 1 of Statistical Science (1986)). In 1940, again influenced by his father, Erich went to New York and then following a suggestion by R. Courant he crossed the country to study at Berkeley. -
Robert L Wolpert Curriculum Vitæ 2021 September 1. Personal
Robert L Wolpert Curriculum Vitæ 2021 September 1. Personal Information: Name: Robert Lee Wolpert Addr: Duke Univ Dept Statistical Science 211c Old Chem, Box 90251 Born: San Gabriel, California USA Durham, NC 27708-0251 USA 1950July22 Tel: +1-919-812-3235 Citizen: USA Net: [email protected] Web: www.stat.duke.edu/~rlw/ 2. Education: Ph.D. Princeton University, 1976 A.B. Cornell University, 1972 Department of Mathematics Department of Mathematics NSF Fellow, Princeton Fellow Cornell College Scholar Advs: Edward Nelson & Gilbert Hunt Advs: Frank Spitzer & Jack Kiefer Diss: Wiener Path Intersections and Local Times 3. Academic Appointments: Present: 2021- Emeritus Professor, Duke Univ. Department of Statistical Science 2021-24 Emeritus Professor, Duke Univ. Nicholas School of the Environment Previous: 2000-21 Professor, Duke Univ. Department of Statistical Science 2000-21 Professor, Duke Univ. Nicholas School of the Environment 2006-14 Adjunct Professor, Queensland University of Technology, Fac. of Math. Sci. 1999-06HonoraryProfessor, ImperialCollege,LondonDept. of Epi. & Pub. Health 1992-00 Associate Professor with Tenure, Duke Univ. Institute of Statistics and Decision Sciences 1987-92 Associate Professor, Duke Univ. Institute of Statistics and Decision Sciences 1986-88Research Associate Professor, Duke Center for Health Policy Research and Education 1984-90 Assistant Medical Research Professor, Duke Department of Pharmacology and 1982-84ResearchAssociate, LaboratoryofEnviron. Pharmacology and Toxicology 1982-83 Visiting Professor, UNC Department