Embedded IDE Link™ VS  (for Analog Devices™ VisualDSP++®) 2.0

Product Description

• Introduction and Key Features
• Working with Embedded IDE Link™ VS
• Automating Verification and Debugging of Code
• Generating VisualDSP++ Projects from Simulink® Models
• Profiling the Performance of Embedded Code

Automating Verification and Debugging of Code

Embedded IDE Link VS provides methods for automatically controlling, testing, and debugging VisualDSP++ applications using MATLAB commands. It enables you to perform memory exchange for programming and debugging control. For example, you can transfer data from memory locations in VisualDSP++ to the MATLAB workspace to:

• Create plots
• Calculate statistics
• Fit curves to data
• Perform signal processing and other post-processing operations that analyze and visualize your data

You can transfer data into VisualDSP++ and run your algorithm with this test data on the processor. You can also use it for bidirectional, interactive data analysis from the MATLAB command window.

Embedded IDE Link VS utilizes the high-performance in-process communication and data transfer technology in VisualDSP++. As a result, you can quickly read and write large data sets from and to the target processor, and verify embedded code.

PIL simulation of a model (center) executing the primary subsystem (in orange) on the target Analog Devices™ Blackfin® processor through the VisualDSP++® project. The resulting plot (right) verifies that the output of the processor matches that of the simulation running on the host machine and using the same test bench signals in Simulink®. Click on image to see enlarged view.