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Summer-Fall 1997

CODEE Adieu; ODE Architect: A Multimedia Teaching/Research Tool; Bringing Technology into the ODE Classroom: How and Why; DFIELD and PPLANE; Nonlinear Analysis of Yellowstone's Plume Geyser; Book Review: A Guided Tour of Differential Equations using Computer Technology; Book Review: Differential Equations: A Modeling Perspective

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Item CODEE Adieu
By Borrelli, Robert
 

Item ODE Architect: A Multimedia Teaching/Research Tool
By Robert Borrelli; Barbara Holland; Phillippe Marchal; Douglas Campbell; Wade Ellis; Margie Hale; Michael Branton; William Boyce; William Siegmann; Courtney Coleman; Michael Moody; John Hubbard; Beverly West; Anne Noonburg; Ben Pollina; Thomas LoFaro; Larry Shampine
This article describes ODE Architect, a multimedia teaching and research tool for differential equations. The various modules (mathematical models) that come with the software are described.

Item Bringing Technology into the ODE Classroom: How and Why
By Elly Claus-McGahan
The author describes some of the benefits of integrating technology into an ODEs course and some strategies and resources for doing so.

Item DFIELD and PPLANE
By David Arnold
DFIELD and PPLANE are two programs for manipulating the graphical solutions to ODEs, written by John Polking. The author of this review found that these two programs have a low learning curve and high reliability and performance.

Item Nonlinear Analysis of Yellowstone's Plume Geyser
By Julie Knowles Raye; Kevin M. Short
This paper presents a model for the characteristic dynamics behind Plume Geyser's eruption intervals.

Item Book Review: A Guided Tour of Differential Equations using Computer Technology
By Noonburg, Anne
 

Item Book Review: Differential Equations: A Modeling Perspective
By Radunskaya, Ami
 

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