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Differential Equations Activities: more detail

Epileptiform Activity in Differential Equation Models of Neuronal Networks (Berichte Aus Der Physik) by Christian Hauptmann, 2000-10-12

Inverse Problems: Activities for Undergraduates (Classroom Resource Materials) by Charles W. Groetsch, 1999-12-02

Computing the Electrical Activity in the Heart (Monographs in Computational Science and Engineering) by Joakim Sundnes, Glenn Terje Lines, et all 2010-11-02

Computer Science Research Activities In Asia: Software Technology And Patents, Cim, Scientific Computation And Differential Equations, Computer And Mathmatics Modelling, And System Simulation by David K. Kahaner, 1993-09-30

Stochastic estimation in combined arms Lanchester modeling of warfare (Technical report / U.S. Army Materiel Systems Analysis Activity) by Herbert E Cohen, 1985

Methodology for stochastic modeling (Technical report / U.S. Army Materiel Systems Analysis Activity) by Herbert E Cohen, 1985

Ready-To-Use Vocabulary, Word Attack & Comprehension Activities: Fifth Grade Reading Level (Reading Skills Activities Library) by Henriette L. Allen, Walter B. Barbe, et all 1999-09

lists with details

IDEA, Internet Differential Equations Activities
IDEA. Internet differential equations activities.
http://www.sci.wsu.edu/idea/

Extractions: This project is supported, in part, by the National Science Foundation Opinions expressed are those of the authors, and not necessarily those of the Foundation. This project is supported, in part, by Brooks/Cole Publishing Opinions expressed are those of the authors, and not necessarily those of the Publishers.
Internet Differential Equations Activities: Bungee Jumping
http://www.sci.wsu.edu/idea/Bungee/bungee2.html

Extractions: Bungee Jumping This exercise requires the solution of linear second order equations. Maximum and minimum values of parameters must be found to allow a person to survive a jump. The meaning of zeros of the solution and its derivative, as well as the effect of a nonlinear term , are discussed qualitatively. Suppose that you are a bungee jumper, standing on a bridge somewhere in Colorado. Three hundred feet below you, a lovely little stream meanders through a scenic canyon. The lovely stream is six inches deep, and has lots of sharp pointy rocks in it. You have brought a variety of cords with which to secure your feet, ranging in stiffness from a steel cable to a soft rubber band. Every one of the cords is exactly 160 feet long, when hung from the bridge. If you choose a cord that is too stiff, then your body will no longer form a connected set after you hit the end of the cord. On the other hand, if you choose one that is too soft, your body may still be moving for a short time after you pass the point 300 feet below where you are standing. Which cord should you choose, if any? This physical system was studied by famous bungee jumper Robert Hooke about 300 years ago. Hooke's Law states that the force exerted on your body by the cord is proportional to the distance of your body past the
WorkPage: World Locator For New Research
IDEA Internet differential equations activities. A project at Washington State Univ. Research by Several P. Investigators. Summary WorkPage Links
http://www.workpage.com/f/28/552f.htm

Extractions: THE STUDY OF ORDINARY differential equations is a core element of any curriculum in engineering, computer science, or the physical sciences. This proposal addresses the need for increased emphasis on computational methods in differential equations education by establishing a World Wide Web server that will provide materials to instructors and students. These materials will be primarily computer-based examples illustrating analysis of physical and biological systems using differential equations, and software for use in conjunction with them. Provision will be made for submissions of exercises for electronic publication on the server. The ultimate objective is to provide a repository for instructional materials illustrating computational approaches in the study of differential equations. A-1 NSF FORM 1358 (1194) OPTIONS (below): Locate RELATED WORK More on THIS Work About WorkPage endWP
About "IDEA: Internet Differential Equations Activities"
IDEA Internet differential equations activities. Library Home Full Table of Contents Suggest a Link Library Help Visit
http://mathforum.org/library/view/6416.html

Extractions: Visit this site: http://www.sci.wsu.edu/idea/ Author: Thomas LoFaro; College of Sciences, Washington State Univ. (WSU) Description: Interdisciplinary computer-based activities for differential equations: a database of computer activities illustrating both mathematical concepts and the application of these concepts in a wide variety of disciplines. DynaSys, Java differential equations software that can be used to implement many of the activities, is available for downloading. Current project topics include: basic ecological models; bungee jumping; El Nino; irrigation and conservation; mathematical models of neurons; oscillating chemical reactions; rangeland ecosystems; salmon migration; small mammal dispersion; and discrete dynamics on the real line and in the complex plane. With a list of other Internet DiffEQ links. Levels: College Languages: English Resource Types: Lesson Plans and Activities Problems/Puzzles Internet-Based Projects Link Listings ... Topic Tools Miscellaneous Math Topics: Differential Equations Medicine/Health Animal Biology Plant Biology ... Search
WorkPage: World Locator For New Research
"IDEA Internet differential equations activities" A project at Washington State Univ. Research by Several P. Investigators. Summary WorkPage Links
http://www.best.com/~workline/f/28/552f.htm

Extractions: THE STUDY OF ORDINARY differential equations is a core element of any curriculum in engineering, computer science, or the physical sciences. This proposal addresses the need for increased emphasis on computational methods in differential equations education by establishing a World Wide Web server that will provide materials to instructors and students. These materials will be primarily computer-based examples illustrating analysis of physical and biological systems using differential equations, and software for use in conjunction with them. Provision will be made for submissions of exercises for electronic publication on the server. The ultimate objective is to provide a repository for instructional materials illustrating computational approaches in the study of differential equations. A-1 NSF FORM 1358 (1194) OPTIONS (below): Locate RELATED WORK More on THIS Work About WorkPage endWP
Math Forum: Differential Equations Software
more IDEA Internet differential equations activities Thomas LoFaro;College of Sciences, Washington State Univ. (WSU) Interdisciplinary
http://mathforum.org/differential/diff.software.html

Extractions: num. analysis This list contains some of the best differential equations software. For a more exhaustive list, or to find materials that fit your specific needs, search or browse Software in the Forum's Internet Mathematics Library. education.ti.com - Texas Instruments, Inc. Texas Instruments calculator resources and educational solutions: product information; free program downloads; classroom activities; discussion ... HPC-Netlib: High Performance Math Software - National HPCC Software Exchange (NHSE) The high performance branch of the Netlib mathematical software repository. HPC-Netlib provides information about high performance mathematical ... IDEA: Internet Differential Equations Activities - Thomas LoFaro; College of Sciences, Washington State Univ. (WSU)
Math Forum: Differential Equations Software
more IDEA Internet differential equations activities Thomas LoFaro; College of Sciences, Washington State Univ.
http://forum.swarthmore.edu/differential/diff.software.html

Extractions: num. analysis This list contains some of the best differential equations software. For a more exhaustive list, or to find materials that fit your specific needs, search or browse Software in the Forum's Internet Mathematics Library. education.ti.com - Texas Instruments, Inc. Texas Instruments calculator resources and educational solutions: product information; free program downloads; classroom activities; discussion ... HPC-Netlib: High Performance Math Software - National HPCC Software Exchange (NHSE) The high performance branch of the Netlib mathematical software repository. HPC-Netlib provides information about high performance mathematical ... IDEA: Internet Differential Equations Activities - Thomas LoFaro; College of Sciences, Washington State Univ. (WSU)
Internet Differential Equations Activities (IDEA)
return button, Internet differential equations activities (IDEA).help icon. http//www.sci.wsu.edu/idea/welcome.html,
http://www.aldea.com/guides/ag/b1218.html

Extractions: http://www.sci.wsu.edu/idea/welcome.html The site features a number of exercises drawn from the scientific literature, for use by students or instructors. Each exercise features a dynamical systems model of a phenomenon, as well as tools to work on it. The site offers free dynamical systems software for Microsoftoperating systems, as well as a Java applet generator. It is partially supported by the National Science Foundation. For explanation of categories see Commentary form. Quality Quantity Ease Up-to-date Faculty Grad Students Undergrads Others Community Commentary Back to UniGuide Academic Guide Help with icons Site developed and designed by AldeaCommunications
About "IDEA: Internet Differential Equations Activities"
IDEA Internet differential equations activities Thomas LoFaro; College of Sciences, Washington State Univ. (WSU)
http://mathforum.com/library/view/6416.html

Extractions: Visit this site: http://www.sci.wsu.edu/idea/ Author: Thomas LoFaro; College of Sciences, Washington State Univ. (WSU) Description: Interdisciplinary computer-based activities for differential equations: a database of computer activities illustrating both mathematical concepts and the application of these concepts in a wide variety of disciplines. DynaSys, Java differential equations software that can be used to implement many of the activities, is available for downloading. Current project topics include: basic ecological models; bungee jumping; El Nino; irrigation and conservation; mathematical models of neurons; oscillating chemical reactions; rangeland ecosystems; salmon migration; small mammal dispersion; and discrete dynamics on the real line and in the complex plane. With a list of other Internet DiffEQ links. Levels: College Languages: English Resource Types: Lesson Plans and Activities Problems/Puzzles Internet-Based Projects Link Listings ... Topic Tools Miscellaneous Math Topics: Differential Equations Medicine/Health Animal Biology Plant Biology ... Search
Internet Differential Equations Activities (IDEA)
Internet differential equations activities (IDEA). http//www.sci.wsu.edu/idea/welcome.html.Features FTP Software , Information , .
http://www.aldea.com/guides/ag/b1218ud.html

Extractions: Features: FTP Software , Information , . The site features a number of exercises drawn from the scientific literature, for use by students or instructors. Each exercise features a dynamical systems model of a phenomenon, as well as tools to work on it. The site offers free dynamical systems software for Microsoftoperating systems, as well as a Java applet generator. It is partially supported by the National Science Foundation. Faculty: Quality ; Quantity ; Ease ; Up-to-date Graduates: Quality ; Quantity ; Ease ; Up-to-date Undergraduates: Quality ; Quantity ; Ease ; Up-to-date Other: Quality ; Quantity ; Ease ; Up-to-date Back to Instructional Materials Development Community Commentary Back to UniGuide Academic Guide Site developed and designed by AldeaCommunications
Mathematics Archives - Topics In Mathematics - Ordinary Differential Equations
Gavin's DiffEq Resource Page ADD. KEYWORDS Lab Materials, Projects,Mathematica; IDEA Internet differential equations activities ADD.
http://archives.math.utk.edu/topics/ordinaryDiffEq.html
Math Forum: Differential Equations Problems And Puzzles
more IDEA Internet differential equations activities Thomas LoFaro; College of Sciences, Washington State Univ.
http://mathforum.com/differential/diff.puzzles.html

Extractions: num. analysis This list contains some of the best differential equations problems and puzzles. For a more exhaustive list, or to find materials that fit your specific needs, search or browse Differential Equations or Problems and Puzzles in the Forum's Internet Mathematics Library. 20,000 Problems Under the Sea - MathPro Press An online reference to mathematical problems, comprising a searchable database of 20,000+ math problems from journals and contests including the ... Complex, Technology Based Problems in Calculus - Math Department, Rose-Hulman Institute of Technology Nearly 100 problems with a higher level of complexity than traditional textbook problems and that foster use of a computer algebra system. Problem ... IDEA: Internet Differential Equations Activities - Thomas LoFaro; College of Sciences, Washington State Univ. (WSU)
IDEA Description
IDEA Internet differential equations activities Thomas LoFaro and Kevin Cooper Departmentof Pure and Applied Mathematics Washington State University. Abstract.
http://archives.math.utk.edu/ICTCM/EP-9/P11/html/paper.html

Extractions: IDEA is a "virtual dynamic lab book" on the World Wide Web illustrating applications of differential equations in a wide variety of disciplines. Activities are being developed by us and contributions are being accepted from individuals at other institutions. IDEA provides users with internal and external tools to explore these activities mathematically. The tremendous growth of the World Wide Web (WWW) in recent years has been prompted by individuals and groups wishing to share their message with a large audience at minimal cost. The increased use of the Internet has spawned equally astounding growth in the number of materials and tools available to Web site developers. From a mathematics education perspective, both of these factors provide us with new tools for the development of activities that demonstrate the utility and methods of mathematics to our students. The continually increasing number of WWW sites provides us with easy access to ideas and data from which we can develop material, and the development of new tools provides us with useful and exciting ways to disseminate our materials. In this paper we focus on the undergraduate differential equations curriculum and discuss one project that attempts to deliver these tools to instructors and students. IDEA , or I nternet D ifferential E quations A ctivities, is an NSF funded project whose goal is the development of an "interactive virtual lab book" for differential equations at the undergraduate level. The goals of
Differential Equations
1. Internet differential equations activities http//www.sci.wsu.edu/idea/ Supportedby NSF and BrookesCole. Has java software to run the applications.
http://www.math.unc.edu/Faculty/scheick/dela.html

Extractions: Differential Equations, Linear Algebra and Technology This is a collection of links gleaned from the WWW and from colleagues and graduate students at UNC. I have not checked them out thoroughly. Some of them look superb, and others may be of questionable value. I have added my first impressions with the links. There does not seem to be many sites devoted to linear algebra. If you find more, let me know. There are a few scattered ones using Maple or Mathematica that are not listed here. Supported by NSF and Brookes-Cole. Has java software to run the applications. Now has 9 projects, mostly done? Has a "java code generator" to help in writing applets. The second package is a more sophisticated graphics package for Microsoft Windows machines. It is called DynaSys. It is posted in a self-extracting compressed form (using PKZIP 2.04). The file is smaller than 200KB.
Read This: Revolutions In Differential Equations
Borrelli Coleman give an overview of three packages Interactive DifferentialEquations (IDE), Internet differential equations activities (IDEA), and ODE
http://www.maa.org/reviews/revode.html

Extractions: by Michael J. Kallaher A revolution is rumbling through the teaching of differential equations. Computers are beginning to inundate the classroom, and courses are changing in response to the availability of software. Although computers have been used for a long time in differential equations courses, the last few years has seen an explosion in software written specifically for such classes and textbooks focusing on graphical methods. Hence, the mainstream now follows the revolutionists. To incorporate computers fully into a course, the structure of the course, and possibly the classroom itself, must be revamped. The topic of class structure is treated well in this volume. West, especially, gives many ideas and suggestions on how to incorporate computer exercises and projects, including helpful hints on assigning, grading, and presenting results of student work. Boyce, also, discusses class structure, advocating the "studio course" in which students have access to computers at all times in the classroom. The revolution is worth joining, and this volume is worth having, for anyone who teaches differential equations. Although the reader may wish for a better catalogue and review of software, or a longer list of relevant books (no-one mentions as part of the revolution, for example, the excellent textbook
ODEs On The Web: Differential Equations : Graphics, Models, Data - By Lomen And
IDEA is Internet differential equations activities, an interdisciplinary effortto provide students and teachers around the world with computer based
http://www.math.arizona.edu/~dsl/webodes.htm

Extractions: ODEs on the Web Archives: Projects: Modeling Population Growth examines simple differential equations that model populations. It also introduces and explores techniques for the geometric analysis of differential equations: phase space, equilibria, and stability. NWU Differential Equations Resource Page . Differential Equations Labs that assume the student is running Mathematica. The SCHOL Project is an effort to modernize the sophomore-level ODE course by incorporating a mathematical software system into the course. The DiffEQ Resource Center is a place where teachers and students of differential equations can look for the latest information. A Web Study Guide for Ordinary Differential Equations . Click on the road maps to navigate the site. IDEA is Internet Differential Equations Activities, an interdisciplinary effort to provide students and teachers around the world with computer based activities for differential equations in a wide variety of disciplines. S.O.S. Mathematics - Differential Equations
Differential Equations Policy
IDEA (Internet differential equations activities) also has a nicelist of topics at http//www.sci.wsu.edu/idea/current.html. You
http://mail.fvcc.edu/~dhicketh/Math222/math222policy.html

Extractions: Assignments will be made almost daily. The homework will be due 2 class days after it is assigned. Some time will be set aside at the beginning of class to discuss the previous day's homework. Homework will not be discussed the day it is due. Each homework assignment is worth 5 points. The homework will be graded according to the following criteria: 5 points : All work completed correctly in a neat and organized manner showing all work. 4 points : All problems attempted in a neat and organized manner showing all work with no more that 3 incorrect. 3 points : All problems attempted in a neat and organized manner showing all work with more than 3 incorrect answers.
Student Projects In Differential Equations
Here are some nice links to potential projects. Project Links at VirginiaTech; Internet differential equations activities (IDEA);
http://online.redwoods.cc.ca.us/instruct/darnold/deproj/

Extractions: You will need Adobe Acrobat Reader to read the files on this site. You can down load the necessary software from the Adobe Site by selecting the AAR link. AAR is free software and has no timelimit on its ownership. You will need to use the Scientific Notebook to read the files on this site. You can also view the files with the Scientific Workplace . You can download viewer software that will allow you to view Scientific Notebook files online. There is no charge for the viewer. You can also download a time-locked, 30-day free trial sample of the Scientific Notebook . There is no charge for the first 30 days, but the software will no longer function beyond the 30-day time limit. Configuring Communicator 4.5 to Read Scientific Notebook Files If Communicator is not configured to read Scientific Notebook files, when you click on a Scientific Notebook file, Communicator will attempt to help you with configuration. Usually, you will be queried with an Unknown File Type dialog. If so, click the Pick App... button. Click the Browse button and browse to the directory containing the Scientific Notebook installation and select the file Scinoteb.exe. Click OK. You will then be asked if you want to Open the file or Save to disk. Select open. From this point forward, you should not have to repeat the process. Communicator is now configured to recognize Scientific Notebook files.
ODEs: Useful Links
IDEA Internet differential equations activities, an interdisciplinary effort toprovide students and teachers around the world with computer based activities
http://hornacek.coa.edu/dave/Teaching/Odes.01/links.html
Untitled Document
Differential Equations IDEA is an Internet differential equations activities, aninterdisciplinary effort to provide students and teachers around the world
http://math.sierra.cc.ca.us/Links/links.asp

Extractions: Algebra Trigonmetry Statistics Statistical Abstract of the United States : As the National Data Book it contains a collection of statistics on social and economic conditions in the United States. Selected international data are also included. The Abstract is also your Guide to Sources of other data from the Census Bureau, other Federal agencies, and private organizations. US Census Bureau : Popular tables and maps for the U.S., states, counties, cities, towns, and American Indian reservations Calculus Differential Equations : IDEA is an Internet Differential Equations Activities, an interdisciplinary effort to provide students and teachers around the world with computer based activities for differential equations in a wide variety of disciplines. Qualitative Differential Equations Software : ODE software and Trench differential equations software C*ODE*E's : The goal of the Consortium of ODE Experiments is to share the rapidly growing wealth of computational instruction techniques with as many teachers of differential equations as is possible.

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