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         Abstract Harmonic Analysis:     more books (72)
  1. Fourier Analysis on Finite Abelian Groups (Applied and Numerical Harmonic Analysis) by Bao Luong, 2009-08-26
  2. Functional Differential Operators and Equations (Mathematics and Its Applications) by U.G. Kurbatov, 2010-11-02
  3. Fredholm and Local Spectral Theory, with Applications to Multipliers by Pietro Aiena, 2010-11-02
  4. Stable Probability Measures on Euclidean Spaces and on Locally Compact Groups: Structural Properties and Limit Theorems (Mathematics and Its Applications) by Wilfried Hazod, Eberhard Siebert, 2010-11-02
  5. Kac Algebras and Duality of Locally Compact Groups by Michel Enock, Jean-Marie Schwartz, 1992-11-19
  6. Functional Equations - Results and Advances (ADVANCES IN MATHEMATICS Volume 3)
  7. Classification and Approximation of Periodic Functions (Mathematics and Its Applications) by A.I. Stepanets, 1995-07-31
  8. Bounded and Compact Integral Operators (Mathematics and Its Applications) by David E. Edmunds, V. Kokilashvili, et all 2010-11-02
  9. The Orbit Method in Representation PM'82 (Progress in Mathematics) by Dulfo, Pederson, et all 1990-01-01
  10. Ergodic Theorems for Group Actions: Informational and Thermodynamical Aspects (Mathematics and Its Applications) by A.A. Tempelman, 2010-11-02
  11. Köthe-Bochner Function Spaces (Progress in Mathematics) by Pei-Kee Lin, 2003-12-12
  12. Almost Periodic Type Functions and Ergodicity by Zhang Chuanyi, 2003-06-30
  13. Harmonic Analysis on Homogeneous Spaces: Proceedings (Proceedings of Symposia in Pure Mathematics, V. 26) by Symposium in Pure Mathematics Williams College 1972, Calvin C. Moore, 1978-06
  14. Harmonic Analysis in Hypercomplex Systems (Mathematics and Its Applications) by Yu.M. Berezansky, A.A. Kalyuzhnyi, 2010-11-02

61. University Of Padova: Massimo Fornasier Home-Page
2002 2004. Scientific interests abstract and Numerical harmonic analysis. Functionalanalysis. Approximation theory, signal analysis and image processing.
http://www.math.unipd.it/~mfornasi/
MASSIMO FORNASIER
Lo sabes, ...
Hay mas necesidad de santos que de heroes
My most used links:
Mathematics library at Dept. Maths UniPD

NuHAG - Numerical Harmonic Analysis Group

Wavelet Digest revival

Amazon: book seller
... Interesting links Name : Massimo Fornasier
Position : Fellowship at the Dept. Math. University of Vienna
Subject : Numerical Harmonic Analysis
University : Padova
Department : Matematica Pura ed Applicata Address : Via Belzoni, 7 City : 35131 Padova - ITALY Telephone : Fax : e-mail : fornasier@math.unipd.it Academic experience: Scientific prize scholarship working at Progetto Mantegna, University of Padova, 1998-1999 Laurea in Mathematics, University of Padova, 1999. Exercises lecturer of Mathematical Analysis, Facolta' di Ingegneria, University of Padova, 1999. PhD student, Dottorato in Matematica Computazionale, University of Padova, 1999-2002 Fellowship at NuHAG (Numerical Harmonic Analysis Group), Dept. Maths., University of Vienna, Austria, Nov. 2002 -2004 Scientific interests: Abstract and Numerical Harmonic Analysis Functional Analysis Approximation theory, signal analysis and image processing

62. Harmonic Analysis
Literature Notes, or possibly Gerald B. Folland, A Course in abstract HarmonicAnalysis, CRC PRESS. Boca Raton, Ann Arbor, London, Tokyo 1995.
http://www.imf.au.dk/Mathematics/education/F2001/courses2/node21.html
Next: Complex manifolds Up: C courses - introductory Previous: The arithmetic of elliptic
Harmonic analysis
3-4 hours of lectures and seminars per week. Lecturer: Henrik Stetk r Content:
Harmonic analysis is analysis of functions defined on a group G , where the analysis is done with due respect to the underlying group structure. The group structure comes into play, because the functions will be written as a superposition of the continuous group characters. So group characters will be our fundamental building blocks. If G R , +) or T (the circle group), then these building blocks are the exponential functions exp , and
exp , and so the harmonic analysis becomes the classical Fourier analysis.
We shall start the course by proving uniqueness and existence of the so-called Haar measure on locally compact groups. This measure plays the role for general groups that the Lebesgue measure plays for the special case of the group R . By help of the Haar measure we shall make a detailed analysis of functions on two special types of groups, namely abelian groups and compact groups. The latter type will show that characters do not suffice, which leads us further to the theory of representations of groups and *-algebras on Hilbert spaces. Prerequisites: Corresponding to the course Analysis II from the Fall term 2000.

63. LogEc: Access Statistics For Harmonic Analysis: The Aplication Of ‘Theoretical
for the journal article harmonic analysis The Aplication of Cycles’ to the Economicanalysis Portillo Pérez of Economic Cycles Read abstract and download
http://logec.hhs.se/scripts/paperstat.pl?h=repec:rec:cycles:v:2:y:2001:i:1_1

64. Citations: Abstract Harmonic Analysis - Hewitt, Ross (ResearchIndex)
Similar pages DC MetaData forharmonic analysis on Discrete Generalized harmonic analysis on Discrete Generalized Hypergroups. abstract A concept of discretegeneralized hypergroups is developped and discussed in the context of
http://citeseer.nj.nec.com/context/25758/0
52 citations found. Retrieving documents...
E.Hewitt, K.A.Ross, Abstract harmonic analysis , vol. I, Springer-Verlag, Berlin etc., 1963.
Home/Search
Document Not in Database Summary Related Articles Check
This paper is cited in the following contexts:
First 50 documents Next 50
Harmonic Analysis On Totally Disconnected Groups And.. - Skriganov (2002)
(Correct) ....of the Cantor type group Z p = fZ p g ; 1.1) which is the full direct product of countably many copies of the additive cyclic group Z p of order p 2. In particular, U 2 is known as the diadic Cantor group. A detailed study of totally disconnected groups can be found in Hewitt and Ross [HR] The group of characters for U p is isomorphic to a discrete countable group p , the product of d copies of the weak direct product Y Z p : 1.2) Furthermore, the characters of the group U p can be identified with the Walsh functions in base p. See Golubov et al. GES] and Schipp et ....
....purposess of the present paper we have selected the simplest form of possible explicit constructions. 4. Harmonic Analysis on the Cantor type Groups In this section, we shall briefly discuss basic concepts and facts on harmonic analysis on the group U p .

65. SIAG OP-SF Summer School 2001
courses in advanced research topics on orthogonal polynomials, harmonic analysis,approximation and own results to send us as soon as possible the abstract.
http://www.gsf.de/ibb/homepages/forsterb/Summerschool/
To the SIAM Homepage The SIAM Activity Group on Orthogonal Polynomials and Special Functions invites to the To the SIAG OP-SF Homepage
Summer School
on
Orthogonal Polynomials, Harmonic Analysis, Approximation and Applications
September 17 - 21, 2001 at Inzell, Germany
Third Announcement
General Information
The SIAM Activity Group (SIAG) on Orthogonal Polynomials and Special Functions organizes a series of summer schools. The first of this series was the school in Laredo, Spain, in 2000. This year we kindly invite You to Inzell, Germany, in the Alps southeast of Munich. It is planed to continue the series in 2002 in Leuven, Belgium ( contact Erik Koelink ), and 2003 in Aveiro, Portugal ( contact Amilcar Branquinho The goal of the Summer School is to give four introductory courses in advanced research topics on orthogonal polynomials, harmonic analysis, approximation and applications. Some free discussions and some informal seminars will also be available. The expected audience are graduate and recent postgraduate students as well as young active researchers. The topics to be considered will be:
  • Orthogonal Polynomials

66. Applications Of Noncommutative Harmonic Analysis
of Noncommutative harmonic analysis in Robot Kinematics and Image Processing GregoryS. Chirikjian Assistant Professor Johns Hopkins University abstract
http://www.galaxy.gmu.edu/stats/colloquia/colljan31.html
Applications of Noncommutative Harmonic Analysis
in Robot Kinematics and Image Processing Gregory S. Chirikjian
Assistant Professor
Johns Hopkins University
ABSTRACT In this talk, it will be shown how the convolution product and fourier transform of functions on the group of rigid-body motions can be used in robotics and image processing. In robotics, these tools are used to determine the positions and orientations that a robot arm can reach. In image analysis, these same mathematical techniques have applications in template matching and target recognition. Numerical approximations of the convolution product are discussed, as well as inverse problems which are naturally addressed using techniques from non-Abelian harmonic analysis. Biography Dr. Greg Chirikjian is an assistant professor of mechanical engineering (with a joint appointment in computer science) at the Johns Hopkins University. He started the robotics program at JHU in 1992. In 1993 he was chosen to be an NSF Young Investigator, and in 1994 he was named an NSF Presidential Faculty Fellow. His interests are in robot kinematics and motion planning, image analysis, inverse problems, and applications of group theory in engineering.

67. Publication List Of Bin Han
and Zuowei Shen, Framelets MRAbased constructions of wavelet frames, Applied andComputational harmonic analysis , to appear, (2001), abstract, PS, Journal
http://www.ualberta.ca/~bhan/publ.htm
Bin Han's Publication List
Address Teaching Research Publication ... Email Me Check [ Software ] for maple routines and C programs to construct pairs of dual wavelet frames, to implement the CBC algorithms, to compute smoothness of refinable functions using symmetry. Recent Preprints
  • Bin Han and Qun Mo, Splitting a matrix of Laurent polynomials with symmetry and its application to symmetric framelet filter banks. Abstract PS PDF Dao-Qing Dai, Bin Han, Rong-Qing Jia, Galerkin analysis for schroedinger equation by wavelets Abstract PS PDF Bin Han, Vector cascade algorithms and refinable function vectors in Sobolev spaces Abstract PS PDF Bin Han, Thomas P.-Y. Yu, and Bruce Piper, Multivariate refinable Hermite interpolants Abstract PS PDF Bin Han, Symmetric real-valued orthonormal scaling functions with compact support in L_2(R^s) Abstract PS PDF (Revised) Ingrid Daubechies and Bin Han, Pairs of dual wavelet frames from any two refinable functions Abstract PS PDF old version ... software
Journal Papers
  • Bin Han and Qun Mo, Tight wavelet frames generated by three symmetric B-spline functions with high vanishing moments Proceedings of the American Mathematical Society , to appear. [

68. DIMACS Workshop On Source Coding And Harmonic Analysis
DIMACS Workshop on Source Coding and harmonic analysis. Authors are invited to submita 1page camera-ready abstract electronically to vivek@digitalfountain.com
http://dimacs.rutgers.edu/Workshops/Modern/participation.html
DIMACS Workshop on Source Coding and Harmonic Analysis
May 8 - 10, 2002
DIMACS Center, Rutgers University, Piscataway, NJ
Organizers:
Vivek Goyal , Digital Fountain, v.goyal@ieee.org
Jelena Kovacevic , Bell Labs, jelena@bell-labs.com
Presented under the auspices of the Special Year on Computational Information Theory and Coding.
Call for Participation:
Authors are invited to submit a 1-page camera-ready abstract electronically to vivek@digitalfountain.com . Postscript and PDF formats are acceptable. Suggested format (not required): - Use the IEEE Transactions style file, available online at: http://www.ieee.org/organizations/pubs/transactions/stylesheets.htm Previous: Announcement Next: Program Workshop Index DIMACS Homepage Contacting the Center
Document last modified on January 28, 2002.

69. Small-Signal Harmonic Analysis Of Nonlinear Circuits
325343. Authors. Hannu Jokinen and Martti Valtonen. abstract. An approximateharmonic analysis method of nonlinear circuits is introduced.
http://www.aplac.hut.fi/publications/ijcta-1995/main.html
Small-Signal Harmonic Analysis of Nonlinear Circuits
Paper in International Journal of Circuit Theory and Applications
August 1995, Vol 23, pp. 325-343
Authors
Hannu Jokinen and Martti Valtonen
Abstract
An approximate harmonic analysis method of nonlinear circuits is introduced. The method solves the steady-state time-domain representation as well as the frequency response of nonlinear circuits. It allows simulation of nonideal switched capacitor circuits composed of any kinds of linear components and nonlinear transistors as switches. All switches must have the same period, but they can be opened and closed at any time. The method proposed may also be applied to mixer analysis for the case of strong LO and weak RF signal. Examples are given to demonstrate that the method is efficient and sufficiently fast to be used in circuit design. The simulation results show good agreement with those obtained by harmonic balance and transient analysis.
Other publications
webmaster@www.aplac.hut.fi

70. Small-Signal Harmonic Analysis Of Nonlinear Circuits
Authors. Hannu Jokinen and Martti Valtonen. abstract. An approximateharmonic analysis method of nonlinear circuits is introduced.
http://www.aplac.hut.fi/publications/ct-23/main.html
Small-Signal Harmonic Analysis of Nonlinear Circuits
Circuit Theory Laboratory Report CT-23, January 1995
Authors
Hannu Jokinen and Martti Valtonen
Abstract
An approximate harmonic analysis method of nonlinear circuits is introduced. The method solves the steady-state time-domain representation as well as the frequency response of nonlinear circuits. It allows simulation of nonideal switched capacitor circuits composed of any kinds of linear components and nonlinear transistors as switches. All switches must have the same period, but they can be opened and closed at any time. The method proposed may also be applied to mixer analysis for the case of strong LO and weak RF signal. Examples are given to demonstrate that the method is efficient and sufficiently fast to be used in circuit design. The simulation results show good agreement with those obtained by harmonic balance and transient analysis.
Report
  • in DVI format (the included PostScript pictures are missing)
  • in PostScript format
Other publications
webmaster@www.aplac.hut.fi

71. Citation
abstract In classical harmonic analysis, the tidal signal is modelled as the sumof a finite set of sinusoids at specific frequencies related to astronomical
http://portal.acm.org/citation.cfm?id=607453&coll=portal&dl=ACM&CFID=11111111&CF

72. Thomas Wolff Abstract
Some connections between harmonic analysis and combinatorial geometry.Thomas Wolff California Institute of Technology. I will discuss
http://www.mth.msu.edu/Research/1997-8_Seminars/colloq/wolff-abstract.html
MSU Math Home Mathematics Research Colloquium, Fall 1997 Colloquium, Spring 1998
Some connections between harmonic analysis and combinatorial geometry
Thomas Wolff
California Institute of Technology
I will discuss some situations where techniques from combinatorics can be used to prove L p estimates in harmonic analysis or conversely estimates familiar in L p harmonic analysis can be used in connection with geometrical problems - more specifically, aspects of recent work on the Kakeya problem, and joint work with M. Kolountzakis on the so-called Steinhaus tiling problem.

73. Metadaten Für Vector-valuedextentions Of Some Classical Theorems In Harmonic An
Vectorvaluedextentions of some classical theorems in harmonic analysis Girardi,Maria Weis, Lutz facul_01; 34 abstract This paper surveys some recent results
http://www.mathematik.uni-karlsruhe.de/~mathnet/MetaMaker/Preprint/About/facul_0
Vector-valuedextentions of some classical theorems in harmonic analysis
Girardi, Maria

Weis, Lutz

Abstract
This paper surveys some recent results
on vector-valued Fourier multiplier theorems
and pseudo differential operators,
which have found important application
in the theory of evolution equations.
The approach used combines methods from Fourier analysis and the
geometry of Banach spaces, such as R-boundedness. Primary MSC: 42B15 Multipliers, 46E40 Spaces of vector- and operator-valued functions, 46B09 Probabilistic methods in Banach space theory Secondary MSC: 46B20 Geometry and structure of normed linear spaces, 46E35 Sobolev spaces and other spaces of ``smooth'' functions, embedding theorems, trace theorems Keywords: R-boundedness, Mihlin multiplier theorem,pseudo differential operators,Fourier type, Littlewood-Paley decomposition, vector-valued Besov spaces Notes To appear: Analysis and Applications - ISAAC 2001, eds. H.G.W. Begehr, R.P. Gilbert, M.W.Wong. Kluwer, Dordrecht

74. Abstract Of Series Of Lectures
BY Grigori Olshanski, Moscow abstract The model examples of big groups are theinfinite symmetric group and the What is harmonic analysis on a big group.
http://w3rep.math.h.kyoto-u.ac.jp/project97/abstract_mini_workshop.html
Abstract of Series of Lectures
Grigori Olshanski
TITLE: Representations of big groups: combinatorial and probabilistic aspects BY: Grigori Olshanski, Moscow ABSTRACT:
The model examples of big groups are the infinite symmetric group and the infinite-dimensional unitary group. The tentative plan of the talks is as follows:
  • Introduction. Thoma's and Voiculescu's character formulas. Asymptotical theory of characters and spherical functions.
  • Generalizations involving branching graphs with formal multiplicities of edges and multivariate orthogonal polynomials.
  • What is harmonic analysis on a big group.
  • Stochastic point processes (=measures on point configurations) arising in harmonic analysis and their correlation functions. The talks are based on joint works with A.Borodin, S.Kerov, A.Okounkov, and A.Vershik. EXPECTED NUMBER OF TALKS: 4
    M. Eastwood
  • Invariant Differential Operators on Homogeneous Spaces.
  • Invariant Differential Operators in Conformal Geometry.
  • Invariant Differential Operators and the Translation Principle. Each lecture would be for one hour (well 50 minutes allowing 10 minutes for questions) and here is an abstract for the whole series: An invariant linear differential operator on a homogeneous space G/P is a linear differential operator between homogeneous vector bundles invariant under the action of G. It is well-known that such operators correspond to homomorphisms of induced modules and, in many cases, this allows a classification. Of particular interest is the n-sphere under the action of SO(n+1,1) since this is the flat model of conformal differential geometry. In this case, there are close links between the G-invariant differential operators on the sphere and those differential operators on a general conformal manifold defined intrinsically by the geometry. The construction of these conformally invariant differential operators may often be achieved by variations on the Jantzen-Zuckerman translation principle.
  • 75. Bernhard Krötz: Abstract
    Bernhard Krötz Holomorphic aspects of harmonic analysis on Riemanniansymmetric spaces abstract We will report on joint work
    http://www.und.edu/dept/math/mgc2002/abs/Kroetz.html
    Holomorphic aspects of harmonic analysis on Riemannian symmetric spaces
    Abstract: We will report on joint work with Simon Gindikin and Robert Stanton. Web Site Information and Return Links Contact person: Larry Peterson E-mail: lawrence_peterson@und.nodak.edu Phone: (701) 777-4609 Date of most recent update: March 23, 2002 Midwest Geometry Conference
    North Dakota State University Home page

    University of North Dakota home page

    76. Characterization Of Nodular Cast Iron Properties By Harmonic Analysis Of Eddy Cu
    abstract. Frequency domain evaluation of eddy current signals (harmonic analysis)in ferromagnetic materials has been introduced in the last years as an
    http://www.ndt.net/article/ecndt98/nuclear/245/245.htm
    NDT.net - October 1998, Vol.3 No.10
    Table of Contents ECNDT '98
    Session: Nuclear Industry
    Characterization of Nodular Cast Iron Properties by Harmonic Analysis of Eddy Current Signals
    Feiste, K. L., Fetter Marques, P. , Reichert, Ch., Reimche, W., Stegemann,D.
    Institute of Nuclear Engeneering and Non-destructive Testing, University of Hanover
    Rebello, A. J. M. , Krüger, E. S.
    Laboratory of Non-destructive Testing - LABOEND/COPPE, Federal University of Rio de Janeiro Corresponding Author Contact:
    Ch.Reichert, Hannover Germany, Phone: ++49 511 762 8085, Fax: ++49 511 762 2741, nhkpreic@mbox.ikph.uni-hannover.de TABLE OF CONTENTS
    Abstract
      The main characteristics of the harmonic analysis system are the high measuring velocity and the high accuracy of measuring values which can be compared to destructive testing methods.
    Introduction
      Increasing quality requirements and low production costs demand additionally a quality assurance during the production of semifinished products. Due to this, the importance of process integrated non-destructive testing, which offers additionally the possibility of non-destructive material characterization, increased progressively the last years. Mechanical properties of casted iron result from influencing parameters like the graphite form and the microstrucure of the material /1,2/ which is mainly influenced by the alloy composition and heat treatment.

    77. Global Analysis Research Center
    Hayashimoto. AfterSchool. MiniBanquet. Titles of Talks. December 16th (Wednesday).Steven G. Krantz, harmonic analysis on domains in complex space I abstract.
    http://garc.snu.ac.kr/garc/seminar/web.html
    The 3rd KSCV Symposium International Conference on Several Complex Variables December 16-19, 1998
    Organizers Chong-Kyu Han (Seoul National U.), Chair Boo-Rim Choe (Korea U.) Sanghyun Cho (Sogang U.) Young-Bok Chung (Chonnam National U.) Kang-Tae Kim (Pohang U. of Science and Technology) Steven G. Krantz (Washington U. in St. Louis)
    Speakers Lev Aizenberg (Bar-Ilan U., Israel ) Peter Ebenfelt (Royal Institute of Technology, Sweden ) Atsushi Hayashimoto (Nagoya U., Japan) Jun-Muk Hwang (Seoul National U., Korea) Alexander V. Isaev (Australian National U., Australia) Kang-Tae Kim (Pohang U. of Science and Technology, Korea) Akio Kodama (Kanazawa U., Japan ) Steven G. Krantz (Washington U. in St. Louis, USA) Kimio Miyajima (Kagoshima U., Japan) Takeo Ohsawa (Nagoya U., Japan) Peter Pflug (U. of Oldenburg, Germany )
    Website http://www.garc.snu.ac.kr e-mail ckhan@math.snu.ac.kr

    78. Tatiana Toro's Talk Abstract
    Speaker, Tatiana Toro. Title, When harmonic analysis meets GeometricMeasure Theory. Date, February 22, 2001 345 PM Padelford C36. abstract,
    http://www.math.washington.edu/~chappa/cpm/winter01/abstracts/tatiana.html
    Current Problems in Mathematics Speaker Tatiana Toro Title When Harmonic Analysis meets Geometric Measure Theory Date February 22, 2001 3:45 PM Padelford C-36 Abstract I will briefly describe how harmonic analysis, geometric measure theory and potential theory interact together to produce results concerning the regularity of free boundaries. The talk will be self contained and will not assume any previous knowledge of the field.

    79. Special Analysis Seminar
    abstract harmonic maps are critical points of the energy functional in between manifolds themap have been a subject of intensive study in geometric analysis.
    http://www.math.princeton.edu/~seminar/oldseminar/11-11-weekly.html
    Week of November 9 - 15, 1998 Presenter: Rafael Benguria, Catholic University, Santiago, Chile Presenter: Sun-Yung Alice Chang, Princeton University Abstract: Harmonic maps are critical points of the energy functional in between manifolds. Existence and regularity properties of the map have been a subject of intensive study in geometric analysis. A remarkable result of Helein in 1990 establishes that any weak harmonic map defined on a compact surface is already smooth. The original proof of Helein replies on a compensated compactness result of Coifman-Lions-Meyer-Semmes, which in turn is a consequence of duality of H^1 amd BMO. In this talk, I will survey results in the field, give a simplier proof of the result of Helein when the target manifold of the map is spheres and indicate the extension of the regularity results to bi-harmonic maps. Presenter: Alexander Barg, Bell Labs (Lucent Technologies) Abstract: This talk deals with a new application of Delsarte's linear programming method to obtaining lower bounds on invariants of codes related to their distance enumerator. The method proves useful in a variety of asymptotic problems of

    80. Analysis In Quebec
    Complex and harmonic analysis, Operator Theory, jxiao@discrete.concordia.ca. S.Zaidman, UMontreal, Differential Equations (AlmostPeriodic, DE on abstract Spaces
    http://www.math.mcgill.ca/jakobson/analysish/analysis.html
    Analysis in Quebec.
    Researchers in Analysis and Related Fields
    Name University Research Interests E-mail L. Baribeau Laval Complex Analysis, Banach Algebras, Complex Dynamics lbarib@mat.ulaval.ca J-M. Belley Sherbrooke Analysis jean-marc.belley@dmi.usherb.ca J.R. Choksi McGill Measure Theory, Ergodic Theory choksi@math.mcgill.ca G. Dafni Concordia Harmonic Analysis, PDE, Several Complex Variables gdafni@discrete.concordia.ca H. Darmon McGill Number Theory, Automorphic Forms, p-adic Analysis darmon@math.mcgill.ca J.M. De Koninck Laval Classical Number Theory jmdk@mat.ulaval.ca S. Drury McGill Harmonic Analysis, Matrix Theory drury@math.mcgill.ca S. Dubuc UMontreal Fractal Geometry, Geometric Modelling, Optimization dubucs@dms.umontreal.ca R. Duncan UMontreal Ergodic Theory, Probability duncanr@dms.umontreal.ca R. Fournier UMontreal Complex Analysis, Univalent Functions, Inequalities fournier@dms.umontreal.ca M. Frigon UMontreal Nonlinear Analysis, Critical Point Theory, Fixed Point Theory, Differential Equations and Inclusions frigon@dms.umontreal.ca M. Gander McGill Applied Mathematics, Numerical Analysis

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