Professional
Maple: Behind the Scenes
Maple is the result of over 30 years of dedication and effort by many talented people. In this video, you'll hear from a few of these people, and get a glimpse into the guiding principles that underlie Maple's development, making it what it is today.
State-of-the-Art Visualisation Capabilities
Visualisation is a powerful and indispensable tool for gaining insight
into any modeling, simulation or analysis work. Maple makes visualising
your problems and solutions easy through its extensive plotting
functionality. In this brief demonstration you’ll see how
Maple can quickly produce professionally-rendered graphics to enhance
your mathematical solutions.
Unparalleled Technical Documents
Maple’s Smart Document Environment provides you with all the
tools you need to easily create professional-looking assignments,
research reports, and other technical documents and presentations.
In this brief demonstration, you will see how a typical problem-solving
session can be transformed into a polished document.
Extensive Collection of Built-in Mathematical Algorithms
Whether you need to do quick calculations, develop design sheets,
or produce sophisticated high fidelity simulation models, Maple
provides the mathematical breadth and depth to handle all your
analytical needs. In this brief demonstration, you will see a sample
of Maple’s mathematical abilities, with examples taken from
a variety of fields.
Differential Equations
In this video, learn why Maple can solve differential equations problems no other system can handle.
High-Performance in Computing
In this video, learn what makes Maple the ideal environment for performing difficult, large-scale computations.
Optimisation in Maple
In this video, learn about the flexible, powerful tools Maple provides for solving optimisation problems.
Multithreaded Programming
In this video, learn how the task programming model in Maple makes multi-threaded programming much easier than other tools. |
Academic
Clickable Math
“Clickable Math” techniques redefine what is possible in mathematics,
engineering and science education. During this brief demonstration, you will
see firsthand how Maple’s easy-to-use equation editor, context
menus, palettes, and other clickable interface features allow you
to focus on the concepts, not the tool.
State-of-the-Art Visualisation Capabilities
Visualisation is a powerful, indispensable tool in mathematics education
and research. In this brief demonstration you’ll see how
Maple can quickly produce engaging graphics of mathematical concepts.
Unparalleled Technical Documents
Maple’s smart document environment provides you with all the
tools you need to easily create professional-looking assignments,
research reports, and other technical documents and presentations.
In this brief demonstration, you will see how a typical problem-solving
session can be transformed into a polished document.
Extensive Collection of Built-in Mathematical Algorithms
Maple’s world-leading computation engine offers the breadth
and depth to handle every type of mathematics, from pre-calculus
to graduate work and beyond. In this brief demonstration, you will
see a sample of Maple’s problem-solving abilities, with examples
taken from a variety of subject areas.
The Student Experience
Maple provides an innovative, enriching experience for students that
allows them to become instantly productive and engaged in learning,
without extra tutorials or instruction. This brief demonstration
highlights several aspects of Maple designed especially for students.
Maple in the Classroom
Maple has transformed the way that people teach and learn mathematics. It helps students learn better by illuminating theory and giving substance to abstract concepts. For instructors, it provides a creative environment for presenting math concepts in a creative and relevant way. Learn how real educators are using Maple in their classrooms to provide an engaging, effective learning experience for their students.
Improving CAD Designs
Maple adds important analysis capabilities to CAD systems, giving
CAD users the ability to use Maple's computational power to analyse
and optimise designs. This brief demonstration shows how Maple’s
CAD connectivity works. |
Datasheet
