The phrase "audio buffer" is correct and usable in written English.
It is typically used in the context of audio processing, referring to a temporary storage area for audio data during playback or recording.
Example: "The software requires a larger audio buffer to prevent glitches during playback."
Alternatives: "sound buffer" or "audio cache".
If the signal is lost while the listener is traveling under a bridge or through a short tunnel, the radio can use its audio buffer, then can pick up the signal from the second satellite, which transmits the same signal as the first, but four seconds later.
This article distinguishes between the terms audio buffer and audio frame as follows: Audio buffer: A group of consecutive audio samples taken from the input signal.
Pay $1.99 for the "Bigger Audio Buffer" in-app purchase, and you can bump the recording buffer up to 30 seconds, 1 minute, or 5 minutes.
These frames are four audio buffers (2,048 samples) in duration, consisting of the most recent audio buffer which is passed directly to the algorithm, combined with the previous three buffers which are saved in memory.
Unlike Heard, Kapture seems quite married to the concept of a set, 60-second audio buffer, so this isn't going to be a device spies use to make sure they capture every juicy tidbit, and the Kapture folks are positioning it more as a way to make sure those organic memorable moments don't just fade away into the ether.
This will wait for an incoming connection from a client, using jack as audio server (-j) with a buffer size (-z) of 64 that should match the settings of jack, with 2 audio buffers of redundancy (-b), 2 packets on input queue (-q) and 8 channels (-a).
Audio frame: A group of consecutive audio buffers.
All of the onset-detection schemes that are described in this article have latency of 1,024 samples (the size of two audio buffers), except for the peak amplitude difference method (given in Section 4.3) which has an additional latency of 512 samples, or 1,536 samples of latency in total.
If multiple ball bearings are detected, the values will be superimposed by adding them to the audio sample buffer.
The ISR clears an 8-bit audio sample buffer and then adds the current sample from the tables corresponding to any present ball bearings (stored as 1s in the bearing table 2D array).
Cherish the moment, as you wait for the park audio to buffer in the Live365 web-browser player, which is the only player available when you don't have a paid account.
