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Product
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Developer
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Description
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| Stat/Transfer |
Circle Systems
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Stat/Transferprovides fast, reliable, and convenient data transfer. Stat/Transfer knows about statistical data--it handles missing data, value and variable labels and all of the other details that are necessary to move as much information as is possible from one file format to another.Stat/Transfer provides both an easy-to-use menu interface and a powerful batch facility. Stat/Transfer supports many file types, including SAS, Excel, SPSS, etc..
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Gaussx 9.0: Full set of professional econometrics routines
Gaussx 9.0 Flyer [87k .pdf]
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Gaussx incorporates a full-featured set of professional state-of-the-art econometric routines that run under GAUSS. These tools can be used within Gaussx, both in research and in teaching. Alternatively, since the GAUSS source is included, individual econometric routines can be extracted and integrated in stand-alone GAUSS programs.
Platforms: Windows, Mac OS X, LINUX, UNIX
Requires GAUSS for Windows 4.0 or higher
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| LikPak 1.0: Likelihood procedures for GAUSS
LikPak 1.0 Flyer [138k .pdf]
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LikPak 1.0 consists of over 50 likelihood functions and examples for GAUSS. LikPak is designed to be used with GAUSS optimization packages such as Constrained Maximum Likelihood MT, Maximum Likelihood, and Maximum Likelihood MT; it saves the programmer from having to write the likelihood and shows how the likelihood can be parameterized for a particular problem.
Platforms: Windows, Mac OS X, LINUX, UNIX
Requires: GAUSS for Windows 4.0 or higher)
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| GUI Tools 1.0
GUI Tools 1.0 Flyer [138k .pdf]
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Econotron Software
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GUI Tools provides you with an interactive graphic user interface for GAUSS for Windows. This product enables the programmer to develop graphic-based dialog boxes and standard Windows controls for their end users to respond to, using both keyboard and mouse.
GUI tools is called from GAUSS with a minimum of programming. Typically, it is only necessary to specify a title, prompt, and the name of the control or GUI, followed by a one line call. GUI Tools does the rest to produce professional custom dialogs for you.
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IGX:Integrated GraphiX for GAUSS
Econotron Web for further details
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Econotron Software
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Interactive GraphiX (IGX) is a Windows graphics package specifically designed for GAUSS. IGX provides a high degree of control over a graphic environment while the graph is displayed, either interactively through menus using the mouse and keyboard, or through the use of GAUSS commands.
IGX allows you to:
- Generate 20 different 2D and 3-D plot types such as scatter, line, bar, pie, radar, surface, contour, area, pyramid, candlestick, bubble, gantt.
- Rotate the plot, and set shadow, depth and perspective.
- Zoom and scroll plots
- Use any Windows font; support for Greek and mathematical symbols, subscripts and superscripts.
- Display, arrange, and print multiple windows, as overlays or inserts.
- Use a wide range of annotation objects.
- Use templates as a graphics style sheet.
- Plot real time (streaming) data, as well as animations.
- Export to 10 different output formats.
- Use image processing tools to enhance your graphic.
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Mercury 5.1: Interface tools for GAUSS
Econotron Web for further details
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Mercury consists of a set of functions that provide an interface with GAUSS. These function permit sending strings, values and data from the external application to, running GAUSS code or procedures, and returning the data back to the external application. Thread control is explicitly supported.
Mercury is designed for developers who wish to use GAUSS functionality within their applications, or who need to provide a custom front end for GAUSS; it is available for the Windows version of GAUSS.
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| Mercury GE 6.1: Interface tools for GAUSS Engine
Econotron Web for further details
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Mercury GE consists of a set of functions that provide an interface with the GAUSS Engine. These functions permit sending strings, values and data from the external application, running GAUSS Engine code or procedures, and returning the data back to the external application. Thread control is explicitly supported.
Mercury GE is designed for developers who wish to use GAUSS Engine functionality within their applications, or who need to provide a custom front end for the GAUSS Engine. It is available on a royalty free basis to developers who wish to use the GRTE as part of an application.
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Symbolic Tools: for GAUSS and GAUSS Engine
Econotron Web for further details
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Econotron Software
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The concept behind Symbolic Tools is to augment the numeric and graphical capabilities of the GAUSS Mathematical & Statistical System (TM) and GAUSS Engine (TM) with additional types of mathematical functionality based on symbolic computations.
The computational work is carried out by the Maple kernel using the Open Maple API. Maple is a symbolic mathematics package developed at the University of Waterloo. Symbolic Tools provides for an interface between GAUSS and the Maple Kernel. This interface permits code to be evaluated symbolically in Maple, and the results returned to GAUSS, or to create a GAUSS proc based on Maple's symbolic results.One of the main uses of Symbolic Tools is to enable GAUSS to undertake Automatic Differentiation. Optimization packages, such as Aptech's Maximum Likelihood, Constrained Maximum Likelihood, Optimization, and Nonlinear Equations GAUSS Applications, can use procedures that return the gradient and/or Hessian, instead of doing forward differencing.
Platform: Windows
Requires: GAUSS Mathematical & Statistical System v4.0+ for Windows or GAUSS Engine v4.0+ for Windows and Maple 9 or higher
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CtrlGauss 1.0: Control Systems Transformation & Analysis
Forward Software Web for further details
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Forward Software
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This application allows you to transform linear system models between various representations such as pole-zero form, transfer function form and state-space form. It also allows you to build up complex multi-input- multi-output linear systems from smaller blocks. Both continuous and discrete systems are supported. On the analysis side, CtrlGauss allows you to analyze the system by looking at it's time response, its frequency response, or the way the poles vary with the system gain. Singular value and eigenvalue responses are supported. Using the analysis function to guide your choice of compensators you can carry out frequency domain and pole-zero designs with this application module.
CtrlGauss is ideal for anyone interested in analyzing the response of linear systems. Control systems and economic models are just two possible applications.
CtrlGauss and SimGauss are designed to work together.
Platforms: Windows
Requirements: GAUSS Mathematical & Statistical System v.3.2 or above.
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Parallel GE 1.1: A networked user interface
Forward Software Web for further details
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Forward Software
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A networked user interface for the GAUSS Engine™, new from Forward Software. With Parallel GE you can run multiple GAUSS Engine workspaces simultaneously on either local or remote computers. Increase your productivity and maximize your use of computer resources with Parallel GE.
Platforms: Windows or Linux
Requires:GAUSS Engine v5.0+ for Windows or Linux
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QueGauss 1.0: A discrete simulation module
Forward Software Web for further details
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Forward Software
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QueGauss allows you to simulate discrete systems involving queues. These include such things as phone exchanges, manufacturing processes and hospital patient services. Using QueGauss you can examine the statistics of waiting times, transit times and utilization of resources
Platforms: Windows
Requirements: GAUSS Mathematical & Statistical System v.3.2 or above.
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SimGauss 2.1: Nonlinear simulation
Forward Software Web for further details
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Forward Software
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A fully interactive nonlinear simulation module written in GAUSS, SimGauss provides a fast and easy way to simulate nonlinear differential equations and state-space systems, such as vehicle dynamics, biological systems and economic models. The module features extensive user control. GAUSS's Publication Quality Graphics provide exceptional ways to visualize your results. Comprehensive documentation and on-line help complete the package.
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SSATS 2.0: State Space Aoki Time Series
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SSATS 2.0 is a set of preprogrammed GAUSS procedures that perform all the tasks necessary to and associated with the specification, estimation, and forecasting of multivariate state space time series models.
Masanao Aoki developed a particularly successful algorithm to estimate such models based on the balanced representation and relying heavily on results from linear systems theory. SSATS 2.0 will let a researcher easily begin to implement the techniques laid out in Aoki's book, State Space Modeling of Time Series (Springer-Verlag, 1987, 1990).
Platform: Windows, LINUX, UNIX
Requires: GAUSS Mathematical & Statistical System v3.2 and above.
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SNAP 2.2: Social Network Analysis Procedures
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Noah Friedkin
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SNAP provides an integrated environment in which to conduct general mathematical/statistical investigations and social network analyses. It consists of four groups of procedures that operate on the value matrix of a network.
- Create networks or perform basic operations; return adjacency matrices, profile similarities, quadratic placements, normalizations, and random networks.
- Return information about a network or its parts. Network model of the social influence that is a special case for the mixed regressive- autoregressive model: Y = aWY+XB+E.
- Network databases.
Platforms: Windows
Requires: GAUSS Mathematical and Statistical System v3.2 and above.
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COINT 2.0: Co-integrated Systems
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Sam Ouliaris and Peter C.B. Phillips
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A suite of econometric software for GAUSS users with a special focus on nonstationary time series, unit roots, cointegration and modern model selection methods for economists, econometricians, statisticians, engineers, forecasters and other users of time series methods.
Platforms: Windows, LINUX, UNIX
Requirements: GAUSS version 3.2 and above.
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TSM 1.2: Time Series/Wavelets for Finance
Click here for further information
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Ritme Informatique
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TSM is a GAUSS library for time series modeling in both time domain and frequency domain and works in conjunction with the GAUSS Application - Optimization. It is primarily designed for the analysis and estimation of ARMA, VARX processes, state space models, fractional processes and structural models. To study these models, special tools have been developed like procedures for simulation, spectral analysis, Hankel matrices, etc. Estimation is based on the Maximum Likelihood principle and linear restrictions may be easily imposed.
Platforms: Windows
Requires: GAUSS Mathematical & Statistical Systems v3.2 and above AND GAUSS Application "Optimization v3.1.
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GENO 1.0: General Evolutionary Numerical Optimizer
GENO 1.0 Flyer [138k .pdf] |
APEX Research
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GENO is a numerical optimiser with exceptionally wide application. It may be used to solve uni- or multi-objective optimisation problems: the problem may be static or dynamic, linear or nonlinear, unconstrained or constrained (by equations or inequalities); in addition, any combination of the variables may assume real or discrete values.
GENO has been tested on many optimization problems from well-known test suites that cover a wide range of problem-types. GENO consistently out-performs many algorithms of its genre; and in terms of solution quality
Platforms: Windows, UNIX, LINUX
Requires: GAUSS 6.0 or higher
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LALIB 1.0: LAPACK for GAUSS
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RJS Software
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The LALIB package is an implementation of LAPACK as an extension of the GAUSS Run-time Library. The LAPACK routines for real and complex general, real symmetric, complex symmetric, and complex Hermitian matrices are implemented.
Platform: Windows
Requires: GAUSS Mathematical & Statistical System v3.2 and above.
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QP 1.0: Quadratic Programming
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RJS Software
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QP solves the standard quadratic programming problem: min{1/2x'Qx - x'R}, subject to constraints: Ax = B and Cx >= D, with bounds: Xl <= x <= Xu, where x is a vector of unknown coefficients, and Q, R, A, B, C, D, Xl, and Xu are known matrices.Constrained least squares is a special case of the the quadratic programming problem. CLSQ is a procedure included in the QP module for computing constrained least squares regression estimates. The ability to specify inequality constraints and to place bounds on the coefficients is unique to this procedure and not available in other GAUSS applications. CLSQ also computes the correct standard errors of the constrained coefficients.
Platform: Windows, LINUX and UNIX
Requires: GAUSS Mathematical & Statistical System v3.2 or above.
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