| AWS |
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aws is a contributed package within the R-Project for Statistical Computing that contains a reference implementation of the adaptive weights smoothing algorithms for local constant likelihood and local polynomial regression models. Binaries for several operating systems are available from the Comprehensive R Archive Network.
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| aws4SPM - structure adaptive smoothing in SPM |
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The toolbox implements the structure adaptive smoothing algorithm for the analysis of single-subject fMRI data in SPM.
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| BOP - A Simulator for Large-Scale Process Engineering Problems |
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The simulator BOP (Block Orientend Process Simulator) is a software package for steady-state, transient and Monte Carlo simulation of large-scale problems from process engineering. The simulation concept is based on a divide-and-conquer strategy which is efficiently applicable on parallel computers with shared memory.
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| ClusCorr98 ® for exploratory data analysis |
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This collection of statistical software components is written in Visual Basic for Applications (VBA). Internal and external databases are accessed from the Excel environment. ClusCorr98® runs under Microsoft Windows.
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| DiPoG - Direct and Inverse Problems for Optical Gratings |
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Based on coupled generalized finite/boundary elements and gradient type optimization methods this program package provides simulation and optimization of periodic diffractive structures with multilayer stacks.
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| gltools for interactive or non-interactive graphical output |
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Enhancing the OpenGL API with additional functionalities, gltools has been designed with the needs of numerical analysts in mind. Thus, unlike many other packages available, it can be used to enhance existing codes with interactive or non-interactive graphical output.
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| WIAS R-packages for imaging |
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At WIAS a number of R-packages for image processing are developed focussing on structural adaptive smoothing methods. Applications range from digital color images via functional magnetic resonance imaging to diffusion weighted imaging.
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| LDSL-tool for the simulation of longitudinal dynamics in semiconductor lasers |
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This software is used to investigate and to design multi-section lasers which exhibit various nonlinear dynamical effects such as self-pulsations, chaos, hysteresis, mode switching, excitability, and synchronization to an external signal frequency.
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| pdelib - a FVM and FEM toolbox for PDEs |
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The toolbox pdelib has been developed for solving partial differential equations in one, two and three dimensions. It includes a grid generator, iterative and direct solvers for systems of equations, an online graphics package and interfaces to packages of other institutes and companies.
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| WIAS-QW for the simulation of strained multi quantum well structures |
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Based upon multiband kp-models WIAS-QW allows to treat band mixing effects, confinement effects, crystal symmetry, and the influence of mechanical strain.
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| WIAS-SHarP for laser and electron beam hardening |
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Based on a data bank with material parameters for 20 important steels, WIAS-SHarP contains routines to describe the evolution of phase volume fractions and temperature during one heat treatment cycle.
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| WIAS-TeSCA for two and three dimensional semi-conductor analysis |
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Augmented by a vast variety of additional physical phenomena playing a role in the operation of specialized semiconductor devices, WIAS-TeSCA serves to simulate numerically the charge carrier transport in semiconductor devices based upon the drift-diffusion model.
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| TetGen - a Delaunay Tetrahedral Mesh Generator |
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TetGen is a program for generating tetrahedral meshes from three-dimensional domains. One of its main applications is to generate suitable meshes for numerically solving PDEs by finite element and finite volume methods. TetGen uses Delaunay-based algorithms which have theoretical guarantees on mesh quality and mesh size.
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