![]() ![]() "Being able to demonstrate algorithms in real-time adds a lot of credibility to our research endeavour. "I am impressed by the relatively short time required to convert the MATLAB code into a running real-time implementation. “The Speedgoat real-time target machine was selected because of its widespread use in the hearing instruments industry." Application of neural networks and artificial intelligence (AI) for control prototyping through seamless integration of Speedgoat hardware with MATLAB Statistics and Machine Learning Toolbox™ and Deep Learning Toolbox™. ![]() ![]() Simulation of acoustic environment including background noise and sound events.Automatic testing of audio control algorithms.Runtime tunable filter and control parameters.Buffered (frame-based) sample processing.The main benefits of the Speedgoat and MathWorks real-time simulation and testing platform for audio signal processing applications are: Also, benefit from digital audio interface solutions supporting AES/EBU and S/PDIF standards. Discover how real-time simulation is applied to complex open and closed-loop signal control, such as active noise canceling, acoustic feedback cancellation, electroacoustic absorbers, predictive maintenance, and audio classification.Īnalog audio IO modules with high signal-to-noise (SNR) ratios and fast sampling frequencies allow you to connect your audio devices directly to the real-time target machine. Real-time simulation and testing enable you to design and validate more rapidly, avoiding laborious hardware development and DSP coding at early stages. Engineers use Speedgoat for automatic testing of audio control algorithms. Tight cost and time targets are usually significant drivers. Early testing and validation of control algorithms are indispensable for the development of new audio signal processing electronics. ![]()
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