Search Results for "dsp digital signal processing ide"
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Showing 26 open source projects for "dsp digital signal processing ide"
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DSP.jl
Filter design, periodograms, window functions
DSP.jl provides a number of common digital signal processing routines in Julia. -
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Faust
Functional programming language for signal processing
Faust (Functional Audio Stream) is a functional programming language for sound synthesis and audio processing with a strong focus on the design of synthesizers, musical instruments, audio effects, etc. Faust targets high-performance signal processing applications and audio plug-ins for a variety of platforms and standards. The core component of Faust is its compiler. It allows to "translate" any Faust digital signal processing (DSP) specification to a wide range of non-domain specific languages such as C++, C, LLVM bit code, WebAssembly, Rust, etc. ... -
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Freeverb3_vst
Freeverb3 DSP VST effect plugins
The Freeverb3VST is a package of VST DSP effect plugins utilizing the Freeverb3 signal processing library. Many types of audio processing effects including high quality reverbs and impulse response convolution processors are available. -
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GuitarPedal
Linus learns analog circuits
GuitarPedal is an experimental repository exploring a digital guitar-effects signal chain implemented with lean, low-level code. The project demonstrates how to read audio input, process it through simple transformations, and write the result out in real time with minimal latency. It emphasizes straightforward, inspectable DSP so developers can follow the math and tweak parameters without a giant framework in the way. -
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Pybris
B language compiler written in Python targeting RISVM
Pybris is a compiler written in Python using Pyparsing for the B Programming Language. The compiler emits a variant of Bitmario RISVM assembly. The practical goal of the project is to provide a way to develop digital signal processing (DSP) effects for the Competent Audio library that is a friendlier alternative to writing RISVM assembly by hand. Pybris is written for Python 2.7, but has also been tested to run with Python 3.8.10. -
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Gwyscope
Open hardware SPM controller with advanced sampling support.
Gwyscope is a low cost, open hardware, Digital Signal Processor (DSP) suitable for Scanning Probe Microscopy measurements, focusing on demonstrating the concept of adaptive scanning, general XYZ data acquisition and statistical data processing on the controller level. More details can be found in: M. Valtr et al., Scanning Probe Microscopy controller with advanced sampling support, HardwareX, Volume 15, e00451 https://www.hardware-x.com/article/S2468-0672(23)00058-5/fulltext It is based on a low cost FPGA board Red Pitaya and additional high bit depth AD and DA converters. ... -
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GXSM
Scanning Probe Microscopy Controller and Data Visualization Software
GXSM -- Gnome X Scanning Microscopy: A multi-channel image and vector-probe data acquisition and visualization system designed for SPM techniques (STM,AFM..), but also SPA-LEED/LEED/LEEM data analysis. A plug-in interface allows any user add-on data-processing and special hardware and instrument support. Latest: NC-AFM and related explorative methods as SQDM can be configured. High-Speed external PAC-PLL hardware option with digital DSP link. Based on several hardware options it supports a commercially available DSP hardware and provided also Open Source Code for all the low level signal processing tasks and instrument controls in a most flexible and adaptable manner. ... -
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pyrpl
PyRPL turns your Red Pitaya into a powerful analog feedback device.
The Red Pitaya is a commercial, affordable FPGA board with fast analog inputs and outputs. This makes it useful for quantum optics experiments, in particular as a digital feedback controller for analog systems. Based on the open source software provided by the board manufacturer, PyRPL (Python RedPitaya Lockbox) implements many devices that are needed for optics experiments with the Red Pitaya. PyRPL implements various digital signal processing (DSP) modules (see features below). It allows to arbitrarily interconnect the available DSP modules and retrieve signal values on timescales below 1 ms. ... -
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DSP Lab
Digital Signal Processing Simulation
DSP Lab is a digital signal processing simulation application created to simulate and visualize process of sampling and filtering analog signal using DSP system. This application is created to provide as a tool for educator and student to visualize and understand DSP system. Source code is available at https://payhip.com/b/9mPY -
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Capsim(r) C Text Mode Kernel(TMK),DSP and communication blocks, topologies, libraries and tools for the development of high performance block diagram digital signal processing and communications systems,built in interpreter for scripting.SystemC support.
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Arnav Digital Signal Processing
A real-time Discrete Signal Processing software and API for MS Windows
A real-time Discrete Signal Processing software and API for Microsoft Windows OS which can connect to SDR devices like RTL-SDR and USRP. The API can be called from C/C++ programs as well from any .NET 4.5 client applications. -
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GTK+ IOStream
GTK+iostream, Data plots, ORB, Neural Networks, WSOLA
...You can also plot like so : Plot figure; figure.plot(x, y, x.size()); Plotting utilises GtkDataBox.sf.net ORB utilises www.zeroc.com Feed forward neural networks with different activation functions. Audio playback/recording and digital signal processing (DSP) - utilising Jack www.jackaudio.org -
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Timbre Imitation and Adaptation
Timbre Imitation and Adaptation for Experimental Music Instruments
Timbre Imitation and Adaptation for Experimental Music Instruments: An Interactive Approach Using Real-Time Digital Signal Processing Framework Mingfeng Zhang Dept. of Electrical and Computer Engineering, University of Rochester We present a real-time digital signal processing toolbox to extend the timbre control capability of experimental musical instruments. This toolbox is written in C for Texas instrument OMAP-L138 DSP + ARMS9 Development Kit (TMDXLCDK138) and TI/ Digital Spectrum XDS100 14 Pin JTAG Emulator (TMDSEMU100V2U-14T) The readme file in the zip file has more details More details can be found in this paper: Mingfeng Zhang, John Granzow, Gang Ren, and Mark Bocko, “Timbre Imitation and Adaptation for Experimental Music Instruments: An Interactive Approach Using Real-Time Digital Signal Processing Framework”, Proceedings of the Audio Engineering Society (AES) 137th Convention, pp. 1- 8,Los Angeles, CA, Oct. 9-12, 2014. -
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JAMin is the JACK Audio Connection Kit (JACK) Audio Mastering interface. JAMin is designed to perform professional audio mastering of stereo input streams from JACK enabled applications. It uses LADSPA for digital signal processing (DSP).
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Kernel Adaptive Filtering Toolbox
a Matlab benchmarking toolbox for kernel adaptive filtering
...If you use this toolbox in your research please cite: @inproceedings{vanvaerenbergh2013comparative, author = {Van Vaerenbergh, Steven and Santamar{\'i}a, Ignacio}, booktitle = {2013 IEEE Digital Signal Processing (DSP) Workshop and IEEE Signal Processing Education (SPE)}, title = {A Comparative Study of Kernel Adaptive Filtering Algorithms}, year = {2013}, note = {Software available at \url{https://github.com/steven2358/kafbox/}} } -
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Bermuda Text-to-Speech
This project includes basic NLP and DSP techniques for Text-to-Speech
See TTS demo at: http://rslp.racai.ro/index.php?page=tts This is an entirely written in JAVA project which includes a set of tools and methods designed to enable Multilingual Text-to-Speech (TTS) synthesis. We currently support English and Romanian but we will soon train more models and make them available for download. If you want to read more about our other NLP and TTS tools check out http://nlptools.racai.ro. -
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e-byte
Pathway from EE to Embedded Software Dev.
This project is the implementation of a development plan for efficient transition from being a trained Electrical Engineer to an Embedded Software Developer with more emphasis on embedded controls and maybe Digital Signal Processing (DSP). -
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This is a simple DSP simulator for educational purposes: developed as a course supplement of CIT-4617 (Digital Signal Processing) at Islamic University of Technology (IUT). Written in C++.
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A Collection of Useful C++ Classes for Digital Signal Processing This project has been moved to here: http://code.google.com/p/dspfilterscpp/
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The MuDiSP3 is a set of C++ classes acting as a framework for the execution of Digital Signal Processing (DSP) simulations. The entire simulated system is represented by a "System" class which inherits his properties from a general purpose DSP. The user c
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The objective of SPUC is to provide the Digital Communications Systems Designer or DSP Algorithm designer with simple, efficient and reusable DSP building block objects written in C++.
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AimeDsp, by Leon Zadorin - a Digital Signal Processing library relevant to software projects which require audio DSP features. AimeDsp was insipired by and originally created for AiME, Another Interactive Music Engine, project by Dr Brown and Mr Sorensen
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A Digital Signal Processing Program for educational purposes, written in Java, tested on Windows, should work on Linux too. Plugin architecture for inputs, outputs, filters, analisys.
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A digital signal processor for Home Theater PCs providing core functionality (bass management, external input signal processing, calibration of multiple channel levels, etc.) for a soundcard-independent audio control panel.
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Ekstasis
A digital signal processing (DSP) framework (w/ audio to midi focus)
Ekstasis is currently a rapidly produced prototype version of a Digital Signal Processing (DSP) framework which seeks to provide signal/data processing modules which can be strung together via Boost library interprocess message queues. Tools for creating and destroying the communication queues, loading/saving PCM 44100 Hz to/from the signal processing chain, windowing the data (currently only a Hann windowing function module), performing a Discrete Fourier Transform (DFT) on the data (using FFT, currently only real part), detecting the presence of an event within a data segment/packet via normalized spectral signature matching/comparison, and the generation of a midi file from the detection of said patterns (i.e., event occurrences) as output are currently available.
