| Document Date: 2010-03-19 08:22:09
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City Tokyo / Reading / / Company Intel / / Currency USD / / / Facility Server vs. library / MIDI port / / IndustryTerm manipulation tools / stage applications / mode allowing applications / Complicated software / server startup / music audio applications / logical devices / precision processing / generic device / stereo devices / telephony / appropriate input device / given device / socket1 socket2 device / audio hardware / aucat server / aucat audio server / actual audio device / hardware device / external device / audio processing / µ-law / default audio device / server start-up / extra device / non-audio applications / audio device / a-law samples / sequencer device / vice infrastructure / software services / kernel tiple small tools / desktop applications / channel device / data processing / 4Front technologies / audio allowing audio applications / actual hardware devices / audio server / sndio audio server / music applications / multichannel hardware / computer processing / sound server / hardware devices / manipulation tool / audio applications / communication mechanism nipulation tool / data processing chain / audio software / non-blocking processing / audio devices / character device / / MusicAlbum I/O / Nevertheless / / NaturalFeature Mixing streams / / OperatingSystem Unix / Linux / OpenBSD / FreeBSD / NetBSD / Unix-like / GNU / / Person Paul Davis / Jacob Meuser / Doug McIlroy / Alexandre Ratchov / / Position driver / kernel driver / OpenBSD scheduler / device driver / Player / audio driver / author / writer / scheduler / character device driver / controller / / Technology full-duplex / MIDI protocols / Unix / Linux / API / operating system / shared memory / MIDI protocol / Ethernet / turn MIDI protocol / flow control / 4Front technologies / MIDI / PXA27x ARM processor / in not using shared memory / / URL http /
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OpenBSD audio & MIDI framework for music and desktop applications Alexandre Ratchov AsiaBSDCon 2010 — Tokyo, Japan Abstract