22 file audio bebas royalti untuk "Component"

The electromagnetic noises from an ipad recorded with a jrf coil pickup to a sound devices 633.

Some clips of my diy analog synth on the build.

I recorded the fan on quite loud and i opened and closed the cd drive on my hp eletebook 8460p, different laptop models have a different frequency from the fan and different cd drives make a different sound when checking it. Recorded from the internal microphone.

Taps played on the bugle by a member of the U.S. Army Band. It is played by the U.S. military nightly to indicate that it is "lights out". Taps became an official component of military funerals in 1874. The song accompanies a funeral procession at Arlington National Cemetery, and is generally present at most funerals.

Stochastic component.

This is a volume level testing component for a sleep study.

Metal dragging on metal. Created using a baking pan and a brass component from an air compressor.

A component of an discordant club music track i made. I dont remember what ajan means! could be useful for someone?.

More work with vclfos and lopping envelopes. And i'm using a one component rectifier. . .

Stochastic component of guitar sound. Sound from http://freesound. Org/people/ajlekceu/sounds/257418/ with a creative commons 0 license.

A very short electronic impulse with a buzz component. Created by making a sine wave sweep in symsynth and edited in soundforge.

Original sound: http://freesound. Org/people/orpheuz/sounds/258090/. This is a combination of the harmonic component and the stochastic component. It was extracted with sms-tools, hps model, with parameters:windowtype: blackmanwindowsize (m): 1765fftsize (n): 2048# parameters to identify peaks and harmonics:magnitude threshold (t): -100min duration: 0. 1max number of harmonics: 147min f0: 250max f0: 400max error in f0 detection: 7max freq dev in harmonic tracks: 0. 01stochastic approximation factor: 0. 2.

An orchestral music sting with thunder, for the appearance of a villain or evil threat. Music composed and played on a korg krome. The thunder component is similar to the old classic bbc taped thunder effect. Mastered with adobe audition cs6.

Sound of an anti-gravity hover device starting up, humming for a short while and shutting down again. Created as an experiment for a short film. Component sounds: a spinning hard drive, a vacuum cleaner and a fridge.

Generated in audacity by applying the vocoder effect to a sine-wave tone from a spoken work, "yes", recording and then removing the voice component. A short sine-wave tone was then appended to the end of each pulse to create a futuristic heartbeat sound. File available in. Wav,. Mp3, and. Aiff formats.

A recording of my sharpening a machete that we would use to chop drift wood for a beach fire at an island art residency. Between times, you can hear my being offered and resisting advice on how best to sharpen the blade, and my requesting a 'grown up gummie bear'. Also, my then eight-year-old updating me on their search for a pencil sharpener. I used the recording for a sound design commission and as a sort of white noise component of an uplifter for a pop song.

Some kind of tardis-esque machinery humming away, ready to project the adventurer into outer space. Would be useful as a sound effect for a video involving strange futuristic machinery. No effects have been put on it to aid this. This was created with my eurorack, the main component is a waldorf wavetable oscillator nw-1 module, put through an a-127 triple voltage controlled resonance filter and a a-188-2 tapped bdd delay. The filter and oscillator are modulated in sync by an a-145 lfo.

Harmonic component obtained from the analysis of a female speech sound: http://www. Freesound. Org/people/xserra/sounds/254374/. This was done using the harmonic plus stochastic model implemented in the sms tools: http://mtg. Upf. Edu/technologies/sms. The parameters used for the analysis were:. - window: blackman- window size: 2001- fft size: 2048- magnitude threshold: -100- minimum duration of sinusoidal tracks: 0. 05- maximum number of harmonics: 100- minimum fundamental frequency: 150- maximum fundamental frequency: 250- maximum error in f0 detection algorithm: 5- max frequency deviation in harmonic tracks: 0. 05stochastic approximation factor: 1.

Stochastic component obtained from the analysis of a sound of erhu : http://freesound. Org/people/ricemutt/sounds/23933/. This was done using the harmonic plus stochastic model implemented in the sms tools: http://mtg. Upf. Edu/technologies/sms. The parameters used for the analysis were:. - window: blackman- window size: 1601- fft size: 2048- magnitude threshold: -90- minimum duration of sinusoidal tracks: 0. 1- maximum number of harmonics: 20- minimum fundamental frequency: 100- maximum fundamental frequency: 2000- maximum error in f0 detection algorithm: 5- max frequency deviation in harmonic tracks: 10stochastic approximation factor: 0. 2.

Harmonic component obtained from the analysis of a sound of erhu : http://freesound. Org/people/ricemutt/sounds/23933/. This was done using the harmonic plus stochastic model implemented in the sms tools: http://mtg. Upf. Edu/technologies/sms. The parameters used for the analysis were:. - window: blackman- window size: 1601- fft size: 2048- magnitude threshold: -90- minimum duration of sinusoidal tracks: 0. 1- maximum number of harmonics: 20- minimum fundamental frequency: 100- maximum fundamental frequency: 2000- maximum error in f0 detection algorithm: 5- max frequency deviation in harmonic tracks: 10stochastic approximation factor: 0. 2.

Piano sound produced with fl studio 10 for the aspma course peer assesment 7 (part 2). Original sound from http://freesound. Org/people/hmartelb/sounds/328547/. This sound is the stochastic component of the hps model analysis using sms-tools. The parameters used in the analysis were:. Window-type = hamming;window-size = 3001;fft-size = 4096;magnitude-threshold = -120;minimum-duration-of-harmonic-tracks = 0. 1;maximum-number-of-harmonics = 200;minimum-fundamental-frequency = 80;maximum-fundamental-frequency = 280;maximum-error-in-f0-detection-algorithm = 5;max-frequency-deviation-in-harmonic-tracks = 0. 01;stochastic approximation-factor = 0. 05;.

Shortwave wide-band digital emission recorded on july 15, 2014 at 15:17 utc in am mode using 2 instances of the online remote controllable short-wave receiver located at the amateur radio club etgd at the university of twente the netherlands. Left channel was recorded below the central frequency, at a frequency of 10187khz, right channel was recorded above the central frequency, at 10191khz. This was an experiment to see if selective fading would create stereo effects, as the lower frequency part of the transmission would be heard better in the left channel, and the higher frequency component would be heard better on the right. I used goldwave to put the separate recordings into 2 channels of the same file, after i synched the recordings by ear at 1/16 playback speed using a set of 2 particularly strong lightning static crashes as a guide, trimming off everything that came before the first strike in both original recordings, then inserting silence in the range of a few milliseconds until the stereo separation was as close to zero as i could get it. I wasn't as successful at that as i've been with experiments with voice recordings from simultaneous broadcasts on 2 wavelengths that i haven't posted here.