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MtxVec for mission critical applications where complex real time data processing is needed. Ten times faster than conventional programming.
MtxVec applications

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Introduction

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Download evaluation version of DSP Master

Screen shots of component editors

DSP Master is a digital signal processing system add-on package for MtxVec math library. Strong and fast on filter design and Fast Fourier Transform (FFT), this DSP software can help you build the exact frequency analyzer and the precise filters you need. The signal processing library is available for C#, VB.NET, Delphi and C++ Builder.

The entire package is designed with streaming support in mind and runs in single or double precision on real or complex signals taking full advantage of vectorized MtxVec design. Components can be connected into pipes. The product features over 140 routines (not counting overloads) and more than 40 components. For a full product review, see the digital signal processing on-line help file. DSP Master for MtxVec is designed to work best with TeeChart Pro.

The package includes:

  • IIR filters: Design of analog or discrete Butterworth, ChebyshevI, ChebyshevII, Elliptic and Bessel filters. Order estimation includes all filter types: lowpass, highpass, bandpass and bandstop. Bilinear and Matched Z transform, group delay, frequency transformations in S or Z domain, in zero-pole or state-space form.
  • FIR Filters: Design of FIR filters with window method or with Remez exchange algorithm. Order estimation of FIR filters. Design of Hilbert transformers, differentiators and also integrators. Savitzky-Golay filtering, fast envelope detector. Multi-rate multi-stage half-band FIR filtering support includes: zoom-spectrum component, decimate and interpolate components and a high quality envelope detector.
  • Non-linear filters: sample-and-hold, sample-and-decay and median filter.
  • Spectral analysis: State-of-the-art spectrum analyzer component with ready to use component editor covering: FFT, CZT, Yule-Walker, Burg, Covariance and Modified Covariance spectral estimation, RMS of specified frequency bands, a set of peak interpolation algorithms, a large set of window functions including: Bartlett, Blackman, Chebyshev, CosineTapered, FlatTop, Hamming, Hanning and Kaiser window; sophisticated peak selection and peak tracking methods, phase unwrapping algorithm, dedicated components for bispectrum, bicoherence, coherence and transfer function estimation with real-time capability. Also real cepstrum, complex cepstrum and inverse complex cepstrum. Spectral statistics: Noise floor, SFDR, THD, THDN, SINAD, RMS, SNR...
  • Linear systems: find zeros of a linear system, convert between state-space, zero-pole and numerator-denominator forms of the transfer function.
  • ASIO audio component greatly simplifies reliable use of ASIO drivers and features click-pop free start, stop and pause operations. It supports real time processing with extra skip protection in all three operation modes: playback, record and record/playback.
  • WASAPI audio component features built-in (optional); rate converter, bit converter and channel count converter. Connect file in any format and start playing the file or perform recording in desired bit depth and sampling frequency. Main advantage of recording with WASAPI is the ability to completely bypass any preprocessing by Windows like noise filters and similar.
  • Noise generators include white, pink, brownian, blue and violate noise next to the standard triangular, square and multi-tone signals.
  • Kalman filtering algorithm supports standard and extended (non-linear) and it can work for single and multiple input/output Kalman filtering applications.
  • Fast rate conversion algorithms support conversion by any real number factor. The quality of the linear phase filtering allows 160dB noise attenuation. The speed of conversion is exceptionally high.
  • Signal modulation/demodulation algorithms covering: zoom-spectrum, signal (amplitude) modulator/demodulator, high speed linear phase narrow bandpass filtering, envelope detection and standard decimation/interpolation logic
  • High quality spectrogram/periodogram with a wide selection of processing and visualization options.
  • Signal forecasting with spectral analysis. Only user specified spectral peaks are used to generate the forecasted time series providing a very simple but efficient method.
  • Other components: signal generator component with ready to use component editor offers stack-based vectorized function evaluation with many built-in functions. Audio recording and playback components with monitor function and extensive support for triggers. Ready to use component editor for filtering component covers design of nearly all included filters. Components for streaming (read/write) different file formats.
  • TeeChart Pro (v5 and later) support includes: two new TChart components to allow visual connection of the signal processing pipes to charts, two new TChartSeries for faster drawing and 3 additional TeeTools components to help with peak marking and axis scaling.
  • Together with MtxVec the following functions/operations are provided: frequency response of analog and discrete filters, fast 1D and 2D convolution, fast autocorrelation and cross-correlation, deconvolution, 1D and 2D filtering, zero phase IIR filtering, interpolated FIR filters, DCT and inverse DCT, Geortzel algorithm and forward and inverse FFT for all combinations of real/complex source and destination, random number generators and more...
  • TSpectrum analyzer, TCrossSpectrumAnalyzer, TBispectrumAnalyzer, TSignalAnalyzer now have a report generator.

Create your DSP applications with our high performance, inexpensive DSP technology. DSP Master and MtxVec are great tools for programming DSP with in general.

For more information on DSP Master the digital signal processing add-on package for MtxVec math library:

View the screen shots.
Read the release history.
Download the evaluation version.

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