Maple 12

无水1324

Throughout the month of May Maplesoft will be offering Introduction to Maple 12 webinars for both Professionals and Academics. Don抰 miss your opportunity to see Maple 12 in action! In addition to the Introduction to Maple 12 webinars, we are also offering Clickable Engineering Problem Solving Part 1; Clickable Calculus: Differential Equations, Linear Algebra, and Vector Calculus; and Maple Connectivity Tools for Simulink/MATLAB. I抦 looking forward to your participation!





1.             Introduction to Maple 12 for Professionals



Tuesday, May 13, 2008 2:00 pm EDT.  Register here.

Monday, May 26, 2008 2:00 pm EDT.  Register here.



Maple 12 is the essential technical computing software for today抯 engineers and scientists. Whether you need to do quick calculations, develop design sheets, or produce sophisticated high-fidelity simulation models, Maple 12 provides the necessary technology to reduce errors and dramatically increase your analytical productivity.



In this one-hour demonstration and Q&A forum, you will learn how Maple 12 combines the world抯 most powerful mathematical computation engine with an intuitive user interface, a smart document environment that automatically captures all of your technical knowledge in an electronic form, and the ability to integrate with the rest of your toolchain.



2.           Introduction to Maple 12 for Academics



Wednesday, May 14, 2008 2:00 pm EDT.  Register here.

Tuesday, May 27, 2008 2:00 pm EDT.  Register here.



Maple 12抯 unique blend of computational power and ease-of-use makes it an essential tool for mathematics and modeling. Its smart document environment provides revolutionary Clickable Calculus?and Clickable Engineering?techniques for solving problems from any technical discipline, ensuring that students are instantly productive and engaged. The results can be incorporated in rich, interactive, live documents that are as professional-looking as a textbook.



In this one-hour demonstration and Q&A forum, you will learn how Maple 12 is redefining math education and opening new horizons in technical research. By taking advantage of such features as interactive tutors, context-sensitive menus, expanded mathematical capabilities, and the new Exploration Assistant, see how teachers can bring complex problems to life, students can focus on concepts rather than the mechanics of solutions, and researchers can develop more sophisticated algorithms or models.



3.        Clickable Engineering Problem Solving Part 1  



Thursday, May 15, 2008 2:00 pm EDT.  Register here.



Maplesoft抯 揅lickable Calculus檾 introduced an exciting new dimension in calculus education. The idea of powerful mathematics delivered using very visual, interactive, point and click methods, is launching a new generation of teaching and learning techniques in mathematics. 揅lickable Engineering Math?carries this philosophy into the applied sciences.



Part I of this two part Webinar will present general engineering problem-solving methods using clickable techniques. Drawing on application areas in mechanics, circuits, control and others, Maple will be shown in a new light. Specific techniques including symbolic equation solving, differential equations and transforms, plotting and visualization, and units, will be covered.





4.        Clickable Calculus: Differential Equations, Linear Algebra, and Vector Calculus



Wednesday, May 21, 2008 2:00 pm EDT.  Register here.



Join Dr. Robert Lopez as he explores Maple 11抯 remarkable set of user-interface features that makes common mathematical operations as easy as pointing and clicking. By solving a spectrum of standard (and not-so-standard) problems drawn from differential equations, linear algebra, and vector calculus, this session will demonstrate the potential of 揅lickable Calculus?to enrich your mathematical experience.





5.     Maple Connectivity Tools for Simulink?MATLAB?/u>



Thursday, May 29, 2008 2:00 pm EDT.  Register here.



This Webinar will introduce you to the power of the Maple product line for rapidly developing solutions and deriving highly efficient engineering system models for easy implementation in your simulation tool-chain.  Within an hour, you will learn how to reduce project time 揻rom weeks to days?by making advanced engineering math work for you, generate optimal design parameters using automated optimization tools, and import Simulink models into Maple for analysis and simplification.