Products New products
Maple 15 Maplesoft has announced a substantial release of its fl agship product, Maple. With more than 270 new mathematical functions and 1,000 enhancements to existing algorithms, customers can solve more complex problems faster than previously possible. Maple 15 offers effi cient fundamental operations, sophisticated algorithms for advanced operations, and options to fully harness the power of multi-core computers. The company says the new software
Matlab Coder
MathWorks has released Matlab Coder, enabling design engineers to automatically generate readable, portable C and C++ code directly from their Matlab algorithms. This product eliminates the need to manually translate Matlab algorithm
can compute symbolic solutions to differential equations that no other
code into C and C++ code for prototyping, implementation and software integration. Design engineers can use Matlab to speed up development tasks, such as fi xed- point design and prototyping, and then automatically generate C code with Matlab Coder. This automation results in a faster, more effi cient
system can handle, and solves 96 per cent of the benchmark standard for differential equations. With Maple 15, users can work effectively with large datasets and create more compelling interactive applications using the new data table. With the new variable manager, they can gain greater control over their Maple sessions, quickly assessing the state of their computations.
www.maplesoft.com
system-development workfl ow. Matlab Coder supports an extensive set of language features for algorithm development, including built-in matrix math operators and dynamic array handling.
www.mathworks.com/products/ matlab-coder
FastROCS 1.0 OpenEye Scientifi c Software, a developer of molecular modelling and cheminformatics solutions for drug discovery, has released FastROCS 1.0 to its collaborators at Abbott Labs and Pfi zer. FastROCS is a fast shape comparison application that uses the parallel processing capabilities of Nvidia Tesla GPUs to enable real-time shape similarity for virtual screening, lead hopping and shape clustering. Molecular similarity based on 3D-shape comparison has become an industry standard over the past decade because it is one of the most accurate predictors of shared bioactivity. The technology underlying FastROCS is based on the idea that molecules have similar shape if their volumes overlay well and that any volume mismatch is a measure of dissimilarity. FastROCS is capable of matching over two million conformations per second.
www.eyesopen.com
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