- Detalles
- Categoría: Maple
- Visto: 3868
TIPS AND TECHNIQUES
- Maple Tips & Techniques: Analyzing Data Files in Maple
- Classroom Tips & Techniques: Multiple Integrals in Maple
- Maple T.A. Tips & Techniques
APPLICATION CENTER HIGHLIGHTS
- Quantum Grover’s Algorithm. Prof. Andrey Tsiganov.
- COSVAM - Complex-Octonion Scalars, Vectors, And Matrices. Mr. John Fredsted.
- Stroud System of Units. J.M Redwood.
- Quaternions. Michael Carter.
- ScoMan: Scores Manager. Jorge Garcia.
- An Algorithm to Approximate Pi. Dr. Friedrich Futschik.
- Probabilistic Approach to Fractal Modeling of Shapes. Dr. Wieslaw Kotarski, Agnieszka Lisowska.
THE INSIDE VIEW
How Maple is an open system. Dr. Laurent Bernardin, Chief Scientist, Maplesoft.
MAPLESOFT IN THE PRESS
- Tapping into Maple’s Problem Solving Power.
- Math Matters in Design.
MAPLESOFT EVENTS & SEMINARS
- Maple Conference 2005
- Clickable Calculus: Syntax-Free Maple for the Calculus Student
- Control System Development using System Identification
- Detalles
- Categoría: Maple
- Visto: 4462
La primera etapa de esta innovadora metodología consiste en la captura de la información matemática en tareas de ingeniería. Artículos como Math Matters in Design, escrito por Paul Gossens, director de desarrollo del mercado comercial de Maplesoft (compañía desarrolladora de Maple) publicado en la edición de marzo de Desktop Engineering Magazine muestran cómo la indsutria del software científico está tomando en consideración esta nueva metodología que presta un especial interés a los cálculos matemáticos. En particular, el artículo destaca las bondades de la herramienta de cálculo analítico Maple para la captura del conocimiento matemático: "[...] The software system Maple (from Maplesoft) is an example of a genre of software—broadly categorized as interactive math systems—that explicitly manages math information in a way that is closer to the way engineers work. Maple offers a range of solvers that cover all of the principal areas of engineering math and more. [...] Systems like Maple go a long way in capturing the steps of supporting calculations. They provide both the calculation environment that promotes fast, intuitive exploration and analysis, and a rich documentation and solution deployment environment. You can do your calculations and as you do them, you can annotate with commentary, visualizations, reference links, etc. and in the end you have captured both the answers and thinking behind your analysis."
Lectura completa del artículo:
Gossens, Paul. Math Matters in Design. Desktop Engineering Magazine. March 2005.
- Detalles
- Categoría: Mathematica
- Visto: 2673
El artículo en cuestión analiza la problemática del uso de herramientas de software por parte de los profesionales y de las ventajas que presenta Maple para solventar esa problemática.
"[...] Engineers today depend on a variety of software tools to help them do the work they are paid to do. Employers usually provide these tools, now that they have become a vital part of the engineering process. Often they are extensive and rather costly, providing more capability than the engineer really needs. In addition, unfamiliar tools may require several weeks of training, with proficiency coming only after actual use. For a casual user of these engineering tools, the ramp-up time is too long, and the engineer spends more time learning how to use the tool than in actually applying it to a project. One software program is looking to change all that. Maple is an environment for scientific and engineering problem solving, mathematical exploration, data visualization, and technical authoring.[...]"
El artículo también cubre las herramientas complementarias a Maple en el ámbito de la industria: MapleNET y las librerías: Maple Database Integration Toolbox y Global Optimization Toolbox.
Finalmente el artículo analiza de forma breve el uso de Maple por la Canadian Space Agency (CSA) y Matsushita:
"[...] In another case, an engineer at Matsushita’s semiconductor development division is tasked with the design of large scale integrated (LSI) circuits. His team is designing specialized analog circuits and, more specifically, electronic filters and phase-locked loops. Maple is used during the early stages of circuit design, analyzing circuits, or calculating the precision of the LSIs that are designed.[...]"
Lectura completa del artículo (en línea):
Binder, John D. Tapping into Maple’s Problem Solving Power. Aerospace America. March 2005.
- Detalles
- Categoría: NAG
- Visto: 4477
El artículo se concentra en ACML, la librería matemática de los procesadores AMD, desarrollada conjuntamente entre AMD y NAG, que es la base de la funcionalidad matemática de los procesadores AMD64. La altamente optimizada ACML está soportada por Linux y Windows e incorpora rutinas BLAS, LAPACK y FFT para uso en aplicaciones matemáticas, científicas, financieras y de ingeniería.
Lectura completa del artículo:
High-Performance Math Libraries. Pont, Mick. Dr Dobb's Journal. March 2005.
- Detalles
- Categoría: Mathematica
- Visto: 2705
- NAG’s IRIS Explorer for Apple Power MAC OS X
- NAG In the News – ‘High-Performance Math Libraries’
- NAG Mathematical and Statistical Components in C#
- Congratulations… Ian Gladwell, contributor to the NAG Library
- Tips & Hints – NAG Fortran Library and Absoft Pro Fortran Version 9
- Events: BCME 6, YOR14, ERCOFTAC, ACCU Conference, CARISMA
- Product News - New Implementations: The NAG Fortran Library (Mark 21), The NAG Fortran 90 Library (fl90) (Release 4), NAG’s IRIS Explorer (Release 5.2)
- Detalles
- Categoría: Comsol
- Visto: 4051
Solicite el CD a través del formulario disponible en la sección ENLACES RELACIONADOS de la página de FEMLAB 3.1.
- Detalles
- Categoría: Comsol
- Visto: 3870
- FEMLAB.
- Módulos de FEMLAB: Chemical Engineering Module, Earth Science Module, Electromagnetics Module, Heat Tranfer Module, MEMS Module, Structual Mechanics Module.
- Requerimientos de hardware y software.
- Tipología de licencias.
- Listado parcial de usuarios internacionales de FEMLAB.
- Citas de usuarios.
- Evaluación comparativa de FEMLAB.