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Develop functionality and verify its correctness while running on the host
The Model Development license allows users to specify functionality using the block diagram language and to run on a single processor from within the development environment. It provides limited ability to specify implementation, primarily those needed to work out data flow issues. Models developed using this edition can be used in the Application Development Edition to produce standalone applications or the Simulation Edition to simulate running on multiple processors. |
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Create a standalone application from a model mapped to one or more processors
The Application Development license provides the user with the ability to export an application that will run on a target system. This exported application can be run attached to the development environment or in a standalone mode. The exported application, called a launch package, can be configured to produce executables suitable for booting from EEPROM. Applications can be developed for Windows, Linux, and Solaris workstations, as well as for embedded systems. System support is available for products from IBM, Mercury, Curtiss-Wright, VMetro, Thales and Bittware, and support for most other systems can be created through use of the Gedae Board Support Package Development Kit. |
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Simulate running a software model on a multiprocessor hardware model
The simulation license provides the user with the ability to run an application on a simulated hardware platform of up to 2048 processors. It provides all the implementation specification facilities of an Application Development License. The developer is able to work out the structural issues to configure an application that runs efficiently on a multiproccesor system. |
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One week hands-on training on the use of Gedae
The introductory training course focuses on the fundamentals of the Gedae language. It gives a broad overview of how to use Gedae to build applications. Topics include the Gedae programming language, the Gedae editors, parameters, how Gedae implements a block diagram, controlling the implementation, introductions to optimizing execution, application control, an overview of the Gedae primitive library and creating launch packages. |
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The advanced course focuses on specific topics in more depth. The topics include advanced signal processing, application control, GUI’s, debugging, performance, data optimization and fault tolerance. |
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Support developing applications using Gedae
The Gedae support team consists of experts in signal and data processing, application development and Gedae software. The focus of our consulting service is to impart knowledge to our customers on how to effectively use Gedae to address their specific challenges. |
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