Recursos Informáticos Para La Docencia En Matemáticas Y Finanzas: the Wolfram Demonstrations Project
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T.C. Selçuk Üniversitesi Fen Bilimleri Enstitüsü Wolfram
T.C. SELÇUK ÜNİVERSİTESİ FEN BİLİMLERİ ENSTİTÜSÜ WOLFRAM|ALPHA BİLGİ MOTORUNDA MATEMATİKSEL VE İSTATİSTİKSEL İŞLEMLER Seçkin YILMAZ YÜKSEK LİSANS TEZİ İstatistik Anabilim Dalı Ekim-2011 KONYA Her Hakkı Saklıdır TEZ BİLDİRİMİ Bu tezdeki bütün bilgilerin etik davranış ve akademik kurallar çerçevesinde elde edildiğini ve tez yazım kurallarına uygun olarak hazırlanan bu çalışmada bana ait olmayan her türlü ifade ve bilginin kaynağına eksiksiz atıf yapıldığını bildiririm. DECLARATION PAGE I hereby declare that all information in this document has been obtained and presented in accordance with academic rules and ethical conduct. I also declare that, as required by these rules and conduct, I have fully cited and referenced all material and results that are not original to this work. Seçkin YILMAZ Tarih: ÖZET YÜKSEK LİSANS TEZİ WOLFRAM|ALPHA BİLGİ MOTORUNDA MATEMATİKSEL VE İSTATİSTİKSEL İŞLEMLER Seçkin YILMAZ Selçuk Üniversitesi Fen Bilimleri Enstitüsü İstatistik Anabilim Dalı Danışman: Yrd. Doç. Dr. Buğra SARAÇOĞLU Yıl, 2011 Sayfa 89 Jüri Yrd. Doç. Dr. Buğra SARAÇOĞLU Prof. Dr. Aşır GENÇ Yrd. Doç. Dr. Hasan KÖSE İstatistiksel ve matematiksel işlemlerin çözümünde paket programlar kullanılmaktadır. Paket programların çoğunun ücretli olması, kullanılacak bilgisayarda kurulu olması ve uygun işletim sisteminin yüklü olması gibi faktörler kullanıcıları birden fazla etmene bağlı kılmaktadır. Kullanıcıların istatistiksel ve matematiksel problemleri çözebilmesi için paket program kullanmak yerine internet üzerinden hizmet veren Wolfram|Alpha bilgi motorunu kullanarak bu işlemleri yapabilmektedir. Bu bilgi motorunun internetten ücretsiz hizmet vermesi, kullanıcıların bilgisayarlarına herhangi bir paket program kurmayı gerektirmemesi, kullanıcıların istatistik ve matematik ile ilgili herhangi bir konu arattığında detaylı bir şekilde bilgi sunması kullanıcıya sağlamış olduğu başlıca kolaylıklardır. Bu çalışmada Wolfram|Alpha bilgi motorunun bazı matematiksel ve istatistiksel uygulamaları verilmiştir. -
WOLFRAM EDUCATION SOLUTIONS MATHEMATICA® TECHNOLOGIES for TEACHING and RESEARCH About Wolfram
WOLFRAM EDUCATION SOLUTIONS MATHEMATICA® TECHNOLOGIES FOR TEACHING AND RESEARCH About Wolfram For over two decades, Wolfram has been dedicated to developing tools that inspire exploration and innovation. As we work toward our goal to make the world’s data computable, we have expanded our portfolio to include a variety of products and technologies that, when combined, provide a true campuswide solution. At the center is Mathematica—our ever-advancing core product that has become the ultimate application for computation, visualization, and development. With millions of dedicated users throughout the technical and educational communities, Mathematica is used for everything from teaching simple concepts in the classroom to doing serious research using some of the world’s largest clusters. Wolfram’s commitment to education spans from elementary education to research universities. Through our free educational resources, STEM teacher workshops, and on-campus technical talks, we interact with educators whose feedback we rely on to develop tools that support their changing needs. Just as Mathematica revolutionized technical computing 20 years ago, our ongoing development of Mathematica technology and continued dedication to education are transforming the composition of tomorrow’s classroom. With more added all the time, Wolfram educational resources bolster pedagogy and support technology for classrooms and campuses everywhere. Favorites among educators include: Wolfram|Alpha®, the Wolfram Demonstrations Project™, MathWorld™, the Wolfram Faculty -
Mathematica for Financial Applications Mathematica에 대한 소개와 응용 사례
Mathematica for Financial Applications Mathematica에 대한 소개와 응용 사례 Yu-Sung Chang Wolfram Research, Inc. © 2009 Wolfram Research, Inc. • Terms of Use How Are We: About Wolfram Research Founded by Stephen Wolfram and Theodore Gray Wolfram Research, Inc. Champaign, IL What is Mathematica? 2 Korea2009FinancialPublic_for_PUBLIC.nb What Is Mathematica? Number of Built-in Functions: From 557 to 2500 Features of Mathematica Basic Mathematica Tutorial Korea2009FinancialPublic_for_PUBLIC.nb 3 Basic Arithmetic + 3.27 5.32 ê 3.12 4.97513 1 2 + 3 7 13 21 100 ! 93326215443944152681699238856266700490715968264381621468592963895217599993229915608941463976 156518286253697920827223758251185210916864 000 000 000 000 000 000 000 000 2 2 3 a = 1 + + 7 4 471 196 N@a, 30 D 2.40306122448979591836734693878 Pi π + x y ê z y x + z Linear Algebra 2.0 3.1 −1.1 A = 0.2 −0.29 3.3 −1.5 4.2 4.7 Transpose @AD 882., 0.2, −1.5 <, 83.1, −0.29, 4.2 <, 8−1.1, 3.3, 4.7 << Inverse @AD 880.309722, 0.390433, −0.201646 <, 80.119836, −0.157679, 0.138757 <, 8−0.00824, 0.265511, 0.0244148 << 3.8 0.8 0.1 B = 2.6 3.2 1.7 4 5 4.1 A.B 8811.26, 6.02, 0.96 <, 813.206, 15.732, 13.057 <, 824.02, 35.74, 26.26 << Clear @a, b, c, d, e, f, g, h, i, x, y, zD; a b c A = d e f g h i Transpose @AD êê MatrixForm 4 Korea2009FinancialPublic_for_PUBLIC.nb a d g b e h c f i Inverse @AD êê MatrixForm −f h+e i c h−b i −c e+b f −c e g+b f g+c d h−a f h−b d i+a e i −c e g+b f g+c d h−a f h−b d i+a e i −c e g+b f g+c d h−a f h−b d i+a e i f g−d i −c g+a i c d−a f −c e g+b f g+c d h−a f h−b d i+a e i −c e g+b -
The Space of Mathematical Software Systems--A Survey of Paradigmatic
The Space of Mathematical Software Systems | A Survey of Paradigmatic Systems Katja Berˇciˇc1, Jacques Carette2, William M. Farmer2, Michael Kohlhase1, Dennis M¨uller1, Florian Rabe1, and Yasmine Sharoda2 1 Computer Science, FAU Erlangen-N¨urnberg, http://kwarc.info 2 Computing and Software, McMaster University, http://www.cas.mcmaster.ca/research/mathscheme/ February 13, 2020 Abstract Mathematical software systems are becoming more and more important in pure and ap- plied mathematics in order to deal with the complexity and scalability issues inherent in mathematics. In the last decades we have seen a cambric explosion of increasingly powerful but also diverging systems. To give researchers a guide to this space of systems, we devise a novel conceptualiza- tion of mathematical software that focuses on five aspects: inference covers formal logic and reasoning about mathematical statements via proofs and models, typically with strong em- phasis on correctness; computation covers algorithms and software libraries for representing and manipulating mathematical objects, typically with strong emphasis on efficiency; con- cretization covers generating and maintaining collections of mathematical objects conforming to a certain pattern, typically with strong emphasis on complete enumeration; narration covers describing mathematical contexts and relations, typically with strong emphasis on hu- man readability; finally, organization covers representing mathematical contexts and objects in machine-actionable formal languages, typically with strong emphasis on expressivity and system interoperability. Despite broad agreement that an ideal system would seamlessly integrate all these aspects, research has diversified into families of highly specialized systems focusing on a single aspect and possibly partially integrating others, each with their own communities, challenges, and arXiv:2002.04955v1 [cs.MS] 12 Feb 2020 successes. -
Mathematica È La Soluzione Definitiva!
Calcolo, didattica, progettazione e sviluppo: Mathematica è la soluzione defi nitiva! Adalta è Distributore uffi ciale per l’Italia dei software Wolfram Research Adalta - Software per la Scienza e il Business ADALTA propone i migliori software per la Scienza e il Business selezionati per i tecnici e i profes- sionisti nel campo della ricerca pubblica e privata. ADALTA è il distributore ufficiale di Mathematica per l’Italia e garantisce per tutti prodotti e servizi di Wolfram Research consulenza, supporto e soluzioni su misura. Contattateci via email o telefonicamente per individuare l’opzione di licenza più adatta alle vostre specifiche esigenze. Indice degli argomenti Introduzione a Mathematica . 3 Aree di Applicazione. .4, 5 Calcolo e Visualizzazione. .6, 7 Usabilità. 8, 9 Prestazioni. 10, 11 Connettività. 12 Programmazione e Sviluppo. .13 Pubblicazione e Diffusione. 14 Risorse Web Wolfram Research. .15 Opzioni di licenza Mathematica è estremamente produttivo sia per singoli individui sia per intere organizzazioni, grazie a un piano di licenze semplice da amministrare, con un ottimo rapporto prezzo-beneficio e adatto a ogni tipo di utente. Sia che abbiate bisogno di una licenza singola per accellerare una ricerca o di una licenza di gruppo per sviluppare progetti di alto livello, è possibile scegliere tra diverse opzioni. La licenza di Mathematica comprende il supporto tecnico di altissimo livello oltre ad altri benefici che permettono di utilizzare al meglio il software: aggiornamenti gratuiti automatici, licenza gratuita per computer di casa o Pc portatile, disponibilità privilegiata di nuovi software Wolfram, sconti esclusivi, e altro ancora, senza seccature e spesso senza costi aggiuntivi. Questa flessibilità ha reso Mathematica la scelta definitiva delle più importanti istituzioni in tutto il mondo: dalle Università, Centri di ricerca ed Enti governativi alle 500 top Aziende di Fortune. -
Technical Software News
WOLFRAM RESEARCH, INC. 100 Trade Center Drive Champaign, IL 61820-7237, USA [email protected] WOLFRAM RESEARCH EUROPE LTD. technical 10 Blenheim Office Park Lower Road, Long Hanborough Oxfordshire OX29 8RY UNITED KINGDOM [email protected] software news WOLFRAM RESEARCH ASIA LTD. Oak Ochanomizu Building 5F 3-8 Kanda Ogawa-machi Chiyoda-ku, Tokyo 101-0052 JAPAN ISSUE ONE 2004 A PUBLICATION OF WOLFRAM RESEARCH [email protected] Innovative Online Format for Mathematica® Courses New Options from Wolfram Education Group Wolfram Education Group is now offering online certified Mathematica training. In addition to site- based courses, customers may now take a training class from the comfort of their own home or office—almost anywhere around the globe! This is an attractive alternative for customers who prefer the familiarity of their own computer, as well as for those with financial constraints on travel. Online training courses are identical in content to Wolfram Education Group’s site-based courses and are taught by the same certified instructors. Taking an online class requires a phone line and internet connection for web conferencing. Upon registration, students are given instructions for other developments joining the class and downloading courseware. Since the program’s inception three years ago, Wolfram Education Group has expanded to New Application Package and Updates Upcoming Events Recent Book Releases accommodate users of varying levels and interests. Additions to the catalog include courses in Magnetica, a new tool developed by Magneticasoft, lets you april 22–25, 2004 CalcLabs with Mathematica for Stewart’s Multivariable specialized fields such as parallel computing, image processing, and neural networks. -
Wolfram Announces Systemmodeler—Launching a New Era of Integrated Design Optimization
2012-05-23 20:12 CEST Wolfram Announces SystemModeler—Launching a New Era of Integrated Design Optimization Champaign, Illinois—May 23, 2012—Today the Wolfram Group announced the release of Wolfram SystemModeler—the high-fidelity modeling environment that uses versatile symbolic components and computation to drive design efficiency and innovation. Traditional systems have focused on optimization just within the modeling feedback loop. Instead,SystemModeler integrates with the Wolfram technology platform to enable modeling, analysis (of many types), and reporting, all together achieving the first fully agile design optimization loop. "Agility to iterate between modeling and engineering phases will be a key driver of tomorrow's design optimization," says Roger Germundsson, Director of Research & Development at Wolfram. "The Wolfram solution uniquely puts these together into an integrated design." Many of today's tools are limited in their fidelity by their foundations: using block diagrams that poorly represent key components, and producing models just for simulation and not engineering analysis. Moreover, computation is numerics-only or not integrated at all. It's theSystemModeler approach of versatile symbolic components backed by the ultimate computation environment that enables an all-in-one integrated workflow. "You wouldn't build a skyscraper just with stone blocks, so why model your future innovations just with block diagrams," says Jan Brugård, CEO of Wolfram MathCore andSystemModeler Manager. "Symbolic components provide the full gamut of high-fidelity representation. Be empowered to think the unthinkable—and then test it out." "If you think models are just for modeling, you're missing the future of design optimization," continues Brugård. "Instead, build the high-fidelity model once for modeling, simulation, and analysis. -
Professor Chandler Is Quoted in a Press Release from Wolfram
Professor Chandler is quoted in a press release from Wolfram Research concerning the introduction of the Computable Document Format (CDF), a new interactive document format. This press release from Wolfram Research appeared online on Thursday, July 21, 2011 http://finance.yahoo.com/news/Wolfram-Launches-Computable-iw-3423607171.html?x=0&.v=1 Wolfram Launches Computable Document Format (CDF): Bring Documents to Life With the Power of Computation As Everyday as a Document, But as Interactive as an App, the New Standard Dramatically Broadens the Author-Reader Communication Pipeline CHAMPAIGN, IL--(Marketwire - 07/21/11) - Wolfram Research today announced the Computable Document Format (CDF), a new standard to put interactivity at the core of everyday documents and empower readers with live content they can drive. Traditional documents are easy to author, but are limited to content that's static or can only be played back. Interactivity is familiar in apps, but usually requires programmers to create, rarely making it cost- effective for communicating ideas. As a result, today's content lacks interactivity to engage with -- dramatically limiting readers' understanding. By contrast, CDFs are as interactive as apps, yet as everyday as documents. Central to the concept are knowledge apps, interactive diagrams, or info apps -- the live successors of traditional diagrams and infographics. "Today it's inconceivable that textbooks, financial reports, or news articles wouldn't include visuals; they're too valuable to communicating the idea," said Conrad Wolfram, Director of Strategic Development at Wolfram Research. "Tomorrow, communicating ideas without interactivity will be just as inconceivable. CDF is here to make that change." Wolfram added, "If a picture is worth a thousand words, an interactive knowledge app is worth a thousand pictures. -
Was Kann Ihnen Mathematica 6 Und 7 Neues Bieten ?
Neues in Mathematica 6 und 7 Präsentation.nb 1 Was kann Ihnen Mathematica 6 und 7 Neues bieten ? 11 12 1 10 2 9 3 8 4 7 6 5 mathemas ordinate Dipl. Math. Carsten Herrmann, M.Sc. www.ordinate.de [email protected] Hauptthemen ("sorry für das Denglish") - Prinzipien - neue Eigenschaften - neu seit Mathematica 5.2 - einige Beispiele Kennenlernen mathemas ordinate Copyright 2009 Carsten Herrmann 2 Präsentation.nb Neues in Mathematica 6 und 7 Das Mathematica System Wie man es sehen könnte Was ist Mathematica ? Mathematica ist nicht nur: ein System für Computeralgebra, für die Visualisierung, nicht nur eine Computersprache oder ein System für Formelsatz, sondern: Es ist all dieses, aber vor allem ein alles-in-einem-integriertes System - das heisst vor allem auch: es werden keine weiteren "Toolboxes" o. ä. für alle wesentlichen Aufgaben des "Technical Computing" benötigt ! (Sicher gibt es spezielle Zusatzpakete wie Wavica, Optica, FeynCalc etc. !) Mit Mathematica werden ohne zusätzliche Toolboxes möglich Ë numerische Berechnungen Ë symbolische Berechnungen Ë Formelsatz hoher Qualität (auch XML, TeX) Ë Visualisierung Ë Dokumentationserzeugung und -präsentation (so wie diese) Ë Programmierung von Berechnungen, Visualisierungen, Dokumenterzeugung usw. Ë "deployable" Routinen mit dynamischen interaktiven Benutzerschnittstellen Ë und mehr wie z.B. Wolfram|Alpha ("computable knowledge") Der oben gezeigte Mathematica-Stern "integriert" alle erwähnten Aspekte von Mathematica. In all diesen Bereichen gab es für Mathematica außerordentliche Weiterentwicklungen seit Version 5.2. mathemas ordinate Copyright 2009 Carsten Herrmann Neues in Mathematica 6 und 7 Präsentation.nb 3 Der oben gezeigte Mathematica-Stern "integriert" alle erwähnten Aspekte von Mathematica. In all diesen Bereichen gab es für Mathematica außerordentliche Weiterentwicklungen seit Version 5.2.