Algunos desarrollos con software utilizado por Solfima

-- Brazo robótico espacial challenger.
Canada's contribution to the International Space Station is the Mobile Servicing System (MSS), a complex manipulator that includes robot "arms" that can pick up and manipulate everything from delicate objects to large payloads. Because it's designed for use in the weightless environment of space, the manipulator cannot be tested effectively on Earth. Therefore, to ensure reliability and check out its entire range of tasks and assignments, the Canadian Space Agency (CSA) tests the manipulator using mathematical models and simulators using software supplied
by Maplesoft (Waterloo, Ontario, Canada).

-- I+D de Toyota.
Founded by Toyota and Maplesoft, the Plant Modeling Consortium (PMC) promotes the development of new design techniques for the automotive and related industries.

-- Wall Street.
Designed for use by quantitative analysts, traders, risk managers, treasurers, and product designers, UnRisk offers a choice of front ends. It can be used both from within Mathematica and, with the addition of Mathematica Link for Excel, within Excel. With these two options available, traders, treasurers, risk managers, quants, and risk controllers can collaborate on a single-source model in the task-oriented environment of their choice.

-- Industria Genómica.
La solución de Mathematica para Bioinformática integra impecablemente capacidades especializadas--como datos computables de genomas y proteínas y alineación de secuencia-- al tiempo que proveyendo el entorno de computación, desarrollo e implementación más automatizado y confiable en el mercado.

-- Análisis de Metamateriales.
Modeling software is generally used to make the invisible visible to show the fields and flows in a product or process that are impossible to see with the eye or instruments. A group at Duke University, however, has done just the opposite: With the help of COMSOL Multiphysics, we ran simulations that showed it should be possible to fabricate the metamaterials necessary to make objects invisible. Based on the special properties of those materials, we created a computer simulation of an "invisibility cloak" that makes an object invisible to certain frequencies. We then successfully built and tested it.

-- Análisis de toma de decisiones.
W.L. Gore and Associates, makers of GORE-TEX® and other innovative materials, use Analytica to assess the technical and market risks and revenues of their portfolio of R&D projects. For more...

-- Simulación de cadenas industriales.
By its very nature, optimization cannot account for variability and since it’s the analytical tool of choice for supply chain analysis, organizations that rely on it will have a limited view of their business. In general, optimization and simulation can both lower costs. But only simulation can evaluate on-time delivery or the dynamic cost of quality. In some cases where enough data exists, simulation can predict the quality. No simulation software can model supply chains faster or easier than Simio.

-- Simulación de contaminación en el aire.
AERMOD View is our most commonly used air dispersion model and is applicable to a wide range of buoyant or neutrally buoyant emissions up to a range of 50km. In addition to more straight forward cases, AERMOD is also suitable for complex terrain and urban dispersion scenarios.
CALPUFF View is a non-steady state Gaussian puff model, suitable for long range transport, atmospheric chemistry, visibility and scenarios with complex wind fields, such as coastal and complex terrain areas.