It targets DSP-development teams who employ Matlab as an algorithm-development environment and who implement algorithms on fixed-point processors, FPGAs, and ASICs. Starting from a floating-point ...

Conventional DSP hardware design flows Figure 2 shows a general form of a typical DSP hardware design flow. DSP design has traditionally been divided into two types of activities – systems/algorithm ...

I've never used the matlab dsp toolkit, so what do I know..<BR><BR>Anyway, you might check out if octave-forge has something suitable (it's on sourceforge iirc). Or then scilab might have ...

Reverb units were all the rage back then, and for his DSP class project, [nebk] creates a reverb filter using Matlab and ports it to C++. Digital reverb was introduced around the 1960s by Manfred ...

Migrating floating-point algorithms to fixed-point platforms got significantly easier for users of the Mathworks' Matlab model-based development environment. Catalytic's Fixed-Point DSP Studio ...

MATLAB and Simulink are widely used for modeling and simulating real-time dynamical systems. To verify the performance of MATLAB/Simulink models of these systems in a real-time application, ...

MATLAB & Simulink R14 Compatibility System Generator for DSP automatically translates a DSP system developed using MATLAB and Simulink into highly optimized hardware description models and ...

With the Simulink HDL Coder, the MathWorks hopes to have in place the "missing link" that bridges the yawning gap between those high-level Matlab models and synthesizable RTL (see the figure).