Sullivans Fund Mathematics Chair in Appreciation for Education by Robin Fossum, Senior Regional Director, University of Illinois Foundation
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Third Party Terms for Modular Messaging 3.0 (July 2005)
Third Party Terms for Modular Messaging 3.0 (July 2005) Certain portions of the product ("Open Source Components") are licensed under open source license agreements that require Avaya to make the source code for such Open Source Components available in source code format to its licensees, or that require Avaya to disclose the license terms for such Open Source Components. If you are a licensee of this Product, and wish to receive information on how to access the source code for such Open Source Components, or the details of such licenses, you may contact Avaya at (408) 577-7666 for further information. The Open Source Components are provided “AS IS”. ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR THE CONTRIBUTORS OF THE OPEN SOURCE COMPONENTS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THE PRODUCT, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. Avaya provides a limited warranty on the Product that incorporates the Open Source Components. Refer to your customer sales agreement to establish the terms of the limited warranty. In addition, Avaya’s standard warranty language as well as information regarding support for the Product, while under warranty, is available through the following web site: http://www.avaya.com/support. -
A Brief History of GNOME
A Brief History of GNOME Jonathan Blandford <[email protected]> July 29, 2017 MANCHESTER, UK 2 A Brief History of GNOME 2 Setting the Stage 1984 - 1997 A Brief History of GNOME 3 Setting the stage ● 1984 — X Windows created at MIT ● ● 1985 — GNU Manifesto Early graphics system for ● 1991 — GNU General Public License v2.0 Unix systems ● 1991 — Initial Linux release ● Created by MIT ● 1991 — Era of big projects ● Focused on mechanism, ● 1993 — Distributions appear not policy ● 1995 — Windows 95 released ● Holy Moly! X11 is almost ● 1995 — The GIMP released 35 years old ● 1996 — KDE Announced A Brief History of GNOME 4 twm circa 1995 ● Network Transparency ● Window Managers ● Netscape Navigator ● Toolkits (aw, motif) ● Simple apps ● Virtual Desktops / Workspaces A Brief History of GNOME 5 Setting the stage ● 1984 — X Windows created at MIT ● 1985 — GNU Manifesto ● Founded by Richard Stallman ● ● 1991 — GNU General Public License v2.0 Our fundamental Freedoms: ○ Freedom to run ● 1991 — Initial Linux release ○ Freedom to study ● 1991 — Era of big projects ○ Freedom to redistribute ○ Freedom to modify and ● 1993 — Distributions appear improve ● 1995 — Windows 95 released ● Also, a set of compilers, ● 1995 — The GIMP released userspace tools, editors, etc. ● 1996 — KDE Announced This was an overtly political movement and act A Brief History of GNOME 6 Setting the stage ● 1984 — X Windows created at MIT “The licenses for most software are ● 1985 — GNU Manifesto designed to take away your freedom to ● 1991 — GNU General Public License share and change it. By contrast, the v2.0 GNU General Public License is intended to guarantee your freedom to share and ● 1991 — Initial Linux release change free software--to make sure the ● 1991 — Era of big projects software is free for all its users. -
An Interview with Martin Davis
Notices of the American Mathematical Society ISSN 0002-9920 ABCD springer.com New and Noteworthy from Springer Geometry Ramanujan‘s Lost Notebook An Introduction to Mathematical of the American Mathematical Society Selected Topics in Plane and Solid Part II Cryptography May 2008 Volume 55, Number 5 Geometry G. E. Andrews, Penn State University, University J. Hoffstein, J. Pipher, J. Silverman, Brown J. Aarts, Delft University of Technology, Park, PA, USA; B. C. Berndt, University of Illinois University, Providence, RI, USA Mediamatics, The Netherlands at Urbana, IL, USA This self-contained introduction to modern This is a book on Euclidean geometry that covers The “lost notebook” contains considerable cryptography emphasizes the mathematics the standard material in a completely new way, material on mock theta functions—undoubtedly behind the theory of public key cryptosystems while also introducing a number of new topics emanating from the last year of Ramanujan’s life. and digital signature schemes. The book focuses Interview with Martin Davis that would be suitable as a junior-senior level It should be emphasized that the material on on these key topics while developing the undergraduate textbook. The author does not mock theta functions is perhaps Ramanujan’s mathematical tools needed for the construction page 560 begin in the traditional manner with abstract deepest work more than half of the material in and security analysis of diverse cryptosystems. geometric axioms. Instead, he assumes the real the book is on q- series, including mock theta Only basic linear algebra is required of the numbers, and begins his treatment by functions; the remaining part deals with theta reader; techniques from algebra, number theory, introducing such modern concepts as a metric function identities, modular equations, and probability are introduced and developed as space, vector space notation, and groups, and incomplete elliptic integrals of the first kind and required. -
The West Math Collection
Anaheim Meetings Oanuary 9 -13) - Page 15 Notices of the American Mathematical Society January 1985, Issue 239 Volume 32, Number 1, Pages 1-144 Providence, Rhode Island USA ISSN 0002-9920 Calendar of AMS Meetings THIS CALENDAR lists all meetings which have been approved by the Council prior to the date this issue of the Notices was sent to the press. The summer and annual meetings are joint meetings of the Mathematical Association of America and the American Mathematical Society. The meeting dates which fall rather far in the future are subject to change; this is particularly true of meetings to which no numbers have yet been assigned. Programs of the meetings will appear in the issues indicated below. First and supplementary announcements of the meetings will have appeared in earlier issues. ABSTRACTS OF PAPERS presented at a meeting of the Society are published in the journal Abstracts of papers presented to the American Mathematical Society in the issue corresponding to that of the Notices which contains the program of the meeting. Abstracts should be submitted on special forms which are available in many departments of mathematics and from the office of the Society. Abstracts must be accompanied by the Sl5 processing charge. Abstracts of papers to be presented at the meeting must be received at the headquarters of the Society in Providence. Rhode Island. on or before the deadline given below for the meeting. Note that the deadline for abstracts for consideration for presentation at special sessions is usually three weeks earlier than that specified below. For additional information consult the meeting announcements and the list of organizers of special sessions. -
Department of Mathematics — Spring/Summer 2014
Department of Mathematics Spring/Summer 2014 Math Times Department of Mathematics — Spring/Summer 2014 Athreya and Hur receive NSF CAREER awards Assistant Professors Vera Hur and Jayadev Athreya have each Jayadev Athreya’s project “Randomness in Geometry and been awarded a five-year National Science Foundation (NSF) Dynamics” involves using ideas from dynamical systems, CAREER award. CAREER awards support career development probability theory and geometry to understand randomness plans that integrate research and education. They are among in various geometric and dynamical contexts. Athreya is the NSF’s most prestigious awards. Assistant Professor Kay developing new measures of complexity for parabolic Kirkpatrick received a CAREER award in 2013. dynamical systems using spacing statistics and gap Vera Hur’s project “Analysis of surface water waves” will address distributions, and using renormalization methods to compute several issues in the mathematical aspects of surface water these invariants. Athreya and his collaborators are also creating waves. She plans to develop new tools in partial differential new notions of random geometric objects and structures, by equations and other branches of mathematics, and also extend placing appropriate measures on moduli spaces of geometric and combine existing tools, to focus on: objects, and understanding properties of random objects by computing moments of various functions with respect to these • Global regularity versus finite-time singularities for the measures. initial value problem. The measures of • Existence of traveling waves and their classification. complexity being • Stability and instability of traveling waves. designed in this project will help Her project emphasizes large-scale dynamics and genuinely detect new types of nonlinear behaviors, such as breaking and peaking, which chaotic behavior in ultimately rely on analytical proofs for an acute understanding. -
About This Particular Macintosh 6.03
Cover ATPM About This Particular Macintosh™ 6.03: About the personal computing experience™ Volume 6, Number 3 March 1, 2000 Sign up for free subscriptions at: http://www.atpm.com/subscribe or send email to: [email protected] ATPM 6.03 ←→1 Cover Cover Art Copyright © 2000 David Knopfler david@knopfler.com http://www.knopfler.com We need new cover art every month! Write to us! Contributors Eric Blair Daniel Chvatik Paul Fatula Scott Feldstein Matthew Glidden Edward Goss Lisa Haller Tom Iov ino Nick Kratz Robert Paul Leitao William Lovett Colin Mansfield Jamie McCornack Grant Osborne David Ozab David Spencer Michael Tsai Christopher Turner Macintosh users like you Please write for ATPM! Check out the FAQ. Editorial Staff Publisher/Editor-in-Chief - Michael Tsai Managing Editor - Daniel Chvatik Associate Editor/Reviews - Paul Fatula ATPM 6.03 ←→2 Cover Associate Editor/Shareware Reviews - William Lovett Copy Editors - Raena Armitage Johann Campbell Paul Fatula Brooke Smith Adam Zaner Publicity Manager - Christopher Turner Contributing Editor/Welcome - Robert Paul Leitao Contributing Editors/Opinion - Tom Iovino Scott Feldstein Contributing Editors/Reviews - Eric Blair Evan Trent Vac a nt Contributing Editor/How To’s & Reviews - Jamie McCornack Contributing Editor/Trivia - Edward Goss Contibuting Editor/Music - David Ozab Contributing Editor/Networking - Matthew Glidden Contributing Editor/Web - David Spencer Help Jedi - Christopher Turner Hollywood Guy - Mike Shields Webmaster - Michael Tsai Assistant Webmaster - A. Lee Bennett Interviews -
943 Estimates Stemming from Carleman for Operators Having an Imagi- Nary Part Lying in a £-Ideal. the Latter Results Make Exten
I97i] BOOK REVIEWS 943 estimates stemming from Carleman for operators having an imagi nary part lying in a £-ideal. The latter results make extensive use of the theory of analytic functions and especially of entire functions. The principal application of these results in this volume is to the completeness problem of root spaces. Approximately one-third of the book is devoted to this problem along with a study of the various kinds of bases which can exist in Hubert space and the notion of expansion appropriate to each. The early and fundamental results of M. V. Keldys in this area are presented in complete detail. A rather thorough presentation of this area is given with various tech niques being illustrated. Lastly, various asymptotic properties of the spectrum of weakly perturbed operators are given. In summary this book is a thorough and complete treatment along with many worthy contributions of some important but relatively neglected areas of abstract operator theory with applications to more immediate and concrete problems. We eagerly await the remaining two volumes. RONALD DOUGLAS Introduction to analytic number theory, by K. Chandrasekharan, Springer, 1968; Arithmetic functions, by K. Chandrasekharan, Springer, 1970; Multiplicative number theory, by Harold Davenport, Markham, 1967; Sequences, by H. Halberstam and K. F. Roth, Oxford University Press, 1966. Recent years have seen an explosion in the number of books in most branches of mathematics and this is true of number theory. Most books contain little that is new, even in book form. This is the case of 8/3 of the four books in this review. -
GNOME Annual Report 2008
1 Table of Contents Foreword Letter from the Executive Director 4 A year in review GNOME in 2008 8 GNOME Mobile 16 Events and Community initiatives Interview with Willie Walker 20 GNOME around the world 24 GNOME Foundation Foundation Finances 30 List of all 2008 donors 33 2 Letter from Stormy Peters Stormy Peters is the GNOME Foundation Executive Director and has great experience in the industry and with the open source culture. Hello GNOME Lovers! seek them out and to invite them to come play. (Actually, I felt welcome from day -1, GNOME's goal is to bring free and open as I met a bunch of guys on the plane who source computing to everyone regardless of turned out to also be going to GUADEC. I ability. I consider myself extremely lucky to spent my first day in Copenhagen walking have joined the project as executive director around with some guys from Red Hat and of the GNOME Foundation. It's a pleasure Eazel trying to stay awake through jetlag. I and a privilege to work with thousands of pe- remember Havoc Pennington saying we just ople dedicated to making free had to stay awake until dinner software available for everyone The spirit and time.) on desktops and mobile plat- dedication of the forms. I don't think it's an GNOME community to One of the most common exaggeration to say that their goals of creating questions I get asked is GNOME technology is chan- a free and open source why did you take this job? ging the world for many from software .. -
Replacing C Library Code with Rust
Replacing C library code with Rust: What I learned with librsvg Federico Mena Quintero [email protected] GUADEC 2017 Manchester, UK What uses librsvg? GNOME platform and desktop: gtk+ indirectly through gdk-pixbuf thumbnailer via gdk-pixbuf eog gstreamer-plugins-bad What uses librsvg? Fine applications: gnome-games (gnome-chess, five-or-more, etc.) gimp gcompris claws-mail darktable What uses librsvg? Desktop environments mate-panel Evas / Enlightenment emacs-x11 What uses librsvg? Things you may not expect ImageMagick Wikipedia ← they have been awesome Long History ● First commit, Eazel, 2001 ● Experiment instead of building a DOM, stream in SVG by using libbxml2’s SAX parser ● Renderer used libart ● Gill → Sodipodi → Inkscape ● Librsvg was being written while the SVG spec was being written ● Ported to Cairo eventually – I’ll remove the last libart-ism any day now Federico takes over ● Librsvg was mostly unmaintained in 2015 ● Took over maintenance in February 2015 ● Started the Rust port in October 2016 Pain points: librsvg’s CVEs ● CVE-2011-3146 - invalid cast of RsvgNode type, crash ● CVE-2015-7557 - out-of-bounds heap read in list-of-points ● CVE-2015-7558 - Infinite loop / stack overflow from cyclic element references (thanks to Benjamin Otte for the epic fix) ● CVE-2016-4348 - NOT OUR PROBLEM - integer overflow when writing PNGs in Cairo (rowstride computation) ● CVE-2017-11464 - Division by zero in Gaussian blur code (my bad, sorry) ● Many non-CVEs found through fuzz testing and random SVGs on the net ● https://cve.mitre.org/cgi-bin/cvekey.cgi?keyword=librsvg -
Which Linux Distribution? Difficulty in Choosing?
Which Linux distribution? Difficulty in choosing? Ver 190916 www.ubuntutor.com Twitter @LaoYa14 Contents Page Contents 3 That's enough 4 At first 5 At first little about Linux world 6 Quick start guide for choosing the right distro for beginners 7 Basic information 8 ”Linux tree” 9 Basic information 10 Questions on the web site 11 Distros 12 App store 13 Ubuntu 16.04 and 18.04 14 Ubuntu MATE 15 Lubuntu 16 Ubuntu Budgie 17 Kubuntu 18 Xubuntu 19 Linux Mint 20 Zorin 21 MX Linux 22 Pepermint 23 Deepin 24 Arch Linux 25 Manjaro 26 Ubuntu Kylin 27 Ubuntu Studio 28 Kali Linux 29 Edubuntu 30 Desktop environments for Linux 31 File manager NEMO 32 File manager NAUTILUS 33 Installing Ubuntu live USB (test drive) That's enough When laptop is old and there is Windows XP, what to do? You can install Ubuntu Mate on your old laptop and keep at the same time Windows XP too, if you like XP. Or you can buy a tiny new laptop about 200-300 €/$ and change Windows 10 to Ubuntu. It works! I have made both about three years ago, and I haven't used Windows since then. My own laptop is cheap HP Stream 4 MB/32 GB. When I was studying Ubuntu, I noticed that simple beginner's guide books were not available. So, I did a guide book. I also created a website and named it www.ubuntutor.com. It currently includes Ubuntu 16.04 and 18.04 tutorials. And this guide is third one. -
Heini Halberstam
DEPARTMENT OF MATHEMATICS University of Illinois Memorial Service IN memory of Heini HAlberstam Tuesday, April 29, 2014 • Opening remarks Matthew Ando, Professor and Chair, Department of Mathematics, University of Illinois • Video clip ‘From China to Urbana-Champaign’ This documentary, about the Chinese student population at the University of Illinois during the past 100 years, features Heini and Doreen Halberstam. Published April 9, 2014. • Earl Berkson, Professor Emeritus, Department of Mathematics, University of Illinois • Bruce Berndt, Professor, Department of Mathematics, University of Illinois • Edward Bruner, Professor Emeritus, Department of Anthropology, University of Illinois • Kevin Ford, Professor, Department of Mathematics, University of Illinois • Harold Diamond, Professor Emeritus, Department of Mathematics, University of Illinois • Michael Halberstam, son of Heini and Doreen Halberstam Please join US in 239 AlTgElD HAll for A reception immediately follOwing the service. Heini Halberstam 1926-2014 Heini Halberstam died at home in Champaign, Illinois on January 25, 2014 at the age of 87. He had a mathematical career extending over 60 years and had been active until the last months of his life. Heini was an internationally known figure in number theory, particularly for his work in sieve theory. In addition to his scholarship, Heini was treasured for his encouraging and optimistic manner, beautiful writing, energy, and his interest in people. Heini was born in 1926 in Brux, Czechoslovakia, where his father was the rabbi of the Orthodox congregation. When he was ten years old, his father died, and he and his mother, Judita, moved to Prague. After the German invasion of Czechoslovakia, Heini’s mother arranged for him a place on a Kindertransport train to London. -
Tools for the Detection and Analysis of Potentially Unwanted Programs
UNIVERSIDAD POLITECNICA´ DE MADRID ESCUELA TECNICA´ SUPERIOR DE INGENIEROS INFORMATICOS´ Tools for the Detection and Analysis of Potentially Unwanted Programs PH.D THESIS Richard Rivera Guevara Copyright© 2018 by Richard Rivera Guevara DEPARTAMENTAMENTO DE LENGUAJES Y SISTEMAS INFORMATICOS´ E INGENIERIA DE SOFTWARE ESCUELA TECNICA´ SUPERIOR DE INGENIEROS INFORMATICOS´ Tools for the Detection and Analysis of Potentially Unwanted Programs SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF: Doctor of Philosophy in Software, Systems and Computing Author: Richard Rivera Guevara Advisor Dr. Juan Caballero 2018 Abstract In this thesis we study potentially unwanted programs (PUP), a category of undesirable software that, while not outright malicious, contains behaviors that may alter the secu- rity state or the privacy of the system on which they are installed. PUP often comes bundled with freeware, i.e., proprietary software that can be used free of charge. A popular vector for distributing freeware are download portals, i.e., websites that in- dex, categorize, and host programs. Download portals can be abused to distribute PUP. Freeware is often distributed as an installer, i.e., an auxiliary program in charge of per- forming all installation steps for the target program. During installation, besides the target program desired by the user, the installer may install PUP as well. PUP may be difficult to uninstall and may persist installed in the system after the user tries to uninstall it. Current malware analysis systems are not able to detect and analyze char- acteristic behaviors of PUP. For example, current malware analysis systems operate on a single program execution, while detecting incomplete PUP uninstallations requires analyzing together two program executions: the installation and the uninstallation.