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[PDF] Real-time audio processing for an embedded Linux ...
https://www.semanticscholar.org/paper/Real-time-audio-processing-for-an-embedded-Linux-a-Kulkarni/0035038facbafea50cd281479656367509e94ed3
Real-time audio processing for an embedded Linux system using a dual-kernel approach. Professional audio processing systems such as digital musical instruments, audiomixers, etc. must operate with very tight constraints on overall processing latencyand CPU performance.
Real-time Audio on Embedded Linux
https://elinux.org/images/8/82/Elc2011_lorriaux.pdf
Remi Lorriaux - ELC 2011 15 Choosing a board for our project Deciding factors: Pick a board that is supported in the latest mainline kernel with real-time patches (2.6.33) Tested real-time features (Open Source Automation Development Lab) Pick a board that was available at the time Power and features did not matter (except for audio) Other boards could have been chosen (e.g.
AudioLinux - The audiophile realtime plug & play operative ...
http://www.audio-linux.com/
AudioLinux is the first plug & play realtime audio system based on Archlinux with programmed IRQ and application realtime priority Audio latency at 44.1 kHz < 1 ms depending on hardware configuration. Incredibly low processor latency (average 2-6 microseconds on fairly powerful processors) Boot time 10/15 s Full menu system
Real Time [Linux-Sound]
https://wiki.linuxaudio.org/wiki/real_time_info
In an audio-related context, some kind of “real-time” is preferable, in order to gain low latencies. (Here, Latency is the time elapsed between audio-input and audio-output (including processing in between). ) The simplest way to obtain lower latency than usual, is to use an optimized linux audio distribution (see below). These generally utilize real-time patched …
Real-time audio processing for an embedded Linux system ...
http://www.diva-portal.org/smash/record.jsf?pid=diva2:1148515
The solution is developed usingthe Xenomai framework for real-time computation, which is based on a techniqueknown as interrupt pipeline (I-pipe). I-Pipe enables interrupt virtualization througha micro-kernel running between the Linux kernel and the interrupt controller hardware.The designed system includes an x86 Atom System-on-Chip (SoC), an XMOSmicrocontroller and …
Embedded Real-Time Audio Signal Processing With Faust
https://ccrma.stanford.edu/~rmichon/publications/doc/ifc-20-embedded.pdf
Linux allowed them to deal with embedded audio process- ing in the same way than on a desktop computer through the use of high-level tools like PureData [3], ChucK [4], SuperCollider [5], etc. Specialized Linux distributions with specific configurations for real-time audio processing such as Satellite CCRMA [6] were also developed in this context.
Effects Processors [Linux-Sound] - Linux Audio
https://wiki.linuxaudio.org/apps/categories/effects_processors
Real-Time Linux - Toradex
https://developer.toradex.com/knowledge-base/real-time-linux
To provide real-time capabilities to a process or thread the priority and scheduler options need to be set. From within an application the standard Linux system call sched_setscheduler can be used. For a code example refer to the Hello World example on the Real-Time Linux Wiki at kernel.org. The utility chrt (part of util-linux) can be used to configure a …
Real-Time Audio Processor - File Exchange - MATLAB …
https://www.mathworks.com/matlabcentral/fileexchange/37770-real-time-audio-processor
The RealTimeAudioProcessor makes it easy to stream or generate audio in real time in MATLAB. It includes examples for generating sound from a qwerty keyboard, generating sound from a MIDI keyboard (with included MIDI interface for acquiring MIDI inputs), and using any old algorithm you have lying around as real-time processor. For a smooth experience, …
RealTime Kernel For Audio and Visual ... - Linux Audio
http://lac.linuxaudio.org/2010/papers/15.pdf
time. It explains how the realtime kernel achieves lowlatency and shows how userspace can take advantage of realtime capabilities. This talk is presented by one of the realtime kernel programmers, and gives an overview of the real time kernel for audio and video. Keywords realtime, linux kernel
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