The perfect choice for deploying
live technical knowledge and applications over the Web
MapleNet
for enterprise-wide solution deployment
Maple has long been the environment of choice
for engineers and scientists who need powerful
technology to solve complex problems and to capture
and manage the underlying knowledge. But for
large enterprises, solving the problem is often
the easy part; the greater challenge is to deploy
the solution to the people who can benefit from
it.
That’s where MapleNet comes in.
Share technical knowledge with anyone, anywhere
Powered by the renowned Maple technology, MapleNet
allows you to embed dynamic formulas, mathematical
models, plots and animations as live knowledge
within a standard Web browser.
Gone are the days of static reports and charts.
With MapleNet, your colleagues, clients, and
peers can run the computations in your technical
analyses live over the Web, without needing any
extra software or plug-ins on their machines,
including Maple.

Scenario: An investment bank in
New York writes a Maple program for pricing an option it has designed.
The bank deploys it as a MapleNet application for its international branches
to run using market data from their own.
Deliver powerful computations through the Maple
10 Document, and custom user interfaces.
Deliver powerful computations
through the Maple 10 Document...
Technical documents created in Maple 10 can be
easily published as MapleNet applications, and
are backed by the Maple math engine, bolstering
your analyses with the world's most powerful
numerical solvers and intelligent symbolic computation.
- With over 3,000 high-level mathematical
functions, MapleNet applications soar above
standard VB applications and Java™ applets,
which are limited to arithmetic operations
and hand-coded algorithms.
- With Maple, tasks like optimisation, control simulations, and signal
processing are no longer expensive add-on packages; they are built-in
tools right on your desktop - and you can make them freely available
through Maple documents on your web pages.
... and custom user
interfaces
Powerful computation doesn't compromise elegance.
MapleNet also allows you to develop your own
user interfaces as Maplet, Java or JSP applications
- from simple input and output fields, to the
full richness of a custom package.
Users don’t need expertise in your field
to benefit from your MapleNet applications; MapleNet
lets you determine the user interface and the
level of detail to show.
Manage technical knowledge.
A key success factor for any engineering and
scientific undertaking is the generation and
dissemination of technical knowledge. However,
capturing that knowledge in a reusable form
has been a major challenge and it is only in
this decade that efficient tools have emerged
to manage that knowledge across companies with
thousands of employees, and along lengthy supply
chains.
Scenario: An engineering consultant
develops an algorithm in Maple for computing
the required dimensions and materials for
the supports of a bridge, given the load, wind
and temperatures the bridge will have to
sustain. The consultant deploys the algorithm
as a MapleNet application, which their client
can run over the Web without needing to understand
the theory behind the algorithm or to install
the application in-house.
MapleNet is such a tool:
- New employees from different offices
can be trained on your company’s methods,
applications, and designs.
- Your enterprise can
archive designs and problem solutions as MapleNet
Web pages in a single knowledge base, enabling efficient, enterprise-wide peer
review.
- Supported by MapleNet’s distributed computing across multiple
servers, large numbers of users can run a MapleNet application at the same
time without tying up server resources.
Scenario: A research physicist derives a new model
for the orbit of a particle near a black hole. He puts the model on his
home page as a Maplet application driven by MapleNet. His colleagues,
students, and the referees for the journal to which he has submitted his
results can visit his home page and see what the model would predict under
any set of conditions. |