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RTP-MIDI sessions are also able to provide a "patchbay" feature, which required a separate hardware device with MIDI 1.0 connections. A MIDI 1.0 patchbay is a hardware device which allows dynamic connections between a set of MIDI inputs and a set of MIDI outputs, most of the time in the form of a matrix. The concept of "dynamic" connection is ...
When any cue is called by a user (typically a stage manager) and/or preprogrammed timeline in a show control software application, the show controller transmits one or more MSC messages from its 'MIDI Out' port. A typical MSC message sequence is: the user has just called a cue; the cue is for lighting device 3; the cue is number 45.8
MIDI Machine Control, or MMC, a subset of the MIDI specification, provides specific commands for controlling recording equipment such as multi-track recorders. MMC messages can be sent along a standard MIDI cable for remote control of such functions as Play, Fast Forward, Rewind, Stop, Pause, and Record.
MIDI footswitches are commonly used to send MIDI program change commands to effects devices but may be combined with a pedalboard for more detailed adjustment of effects units. Pedals are available in the form of on/off switches, either momentary or latching or as expression pedals whose position determines the value of a MIDI continuous ...
To simplify initial adoption, existing products are explicitly allowed to only implement MIDI 1.0 messages. The Universal MIDI Packet is intended for high-speed transport such as USB and Ethernet and is not supported on the existing 5-pin DIN connections. [160] System Real-Time and System Common messages are the same as defined in MIDI 1.0. [160]
OSC's main features, compared to MIDI, include: [1] Open-ended, dynamic, URI-style symbolic naming scheme; Symbolic and high-resolution numeric data; Pattern matching language to specify multiple recipients of a single message; High resolution time tags "Bundles" of messages whose effects must occur simultaneously
A simplistic example of ECC is to transmit each data bit three times, which is known as a (3,1) repetition code. Through a noisy channel, a receiver might see eight versions of the output, see table below.
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