![]() Maybe I've been overloaded with learning all this shit the last year that I think buying equipment might be the wrong way to go, considering we went to the extent of removing any colouration of the sound that could come from the microphones, speakers and headphones just so we could get the truest binaural response we could achieve and then I still wasn't impressed with the outcomes. I know the above doesn't really answer your question, but I would consider doing some research on HRTFs and using that information to what makes binaural recordings work. inaudible or unitelligible whisper in an Binaural Ear to Ear recording. It was a creepy scary story and from what we recorded the best sounds came from being up close to the head, I guess where there is a distinct time and level delay produced by the interference of the head. Super Long Relaxing ASMR Haircut Head Massage, Hair Brushing, 11 Triggers. ![]() 2) There are lots of aural blind spots with the sounds of binaural recordings, the main one for me being that sound localisation for front and back sources is difficult. However I made a radio play utilising a dummy head. 1) Everyones head and ears are of different sizes so produce frequency notches and peaks at different points, which therefore affect our localisation skills of sound sources. 2) There are lots of aural blind spots with the sounds of binaural recordings, the main one for me being that sound localisation for front and back sources is difficult, some people in tests said a sound was infront while others heard the same sound at the rear. 1) Everyones head and ears are of different sizes so produce frequency notches and peaks at different points, which therefore affect our localisation skills of sound sources. This and other tests pointed out to me the two main problems I have with HRTFs or binaural recordings. ASMR Haircut, Brushing, and Brain Massage (NO Talking Binaural Recording) Sleep and Relax ASMR. The idea being to use a GUI to say whether one sound was higher or lower in elevation to the previous sound. We also ran through quite a few tests where the teacher played back sounds to us over headphones that he had convolved with a range of different peoples HRTFs. Originally Posted by Sovkiller /img/forum/goquote.gif Binaural is a recording in which the mikes are placed in the exact place where the ears are, so that gives you the exact way you should hear the event recorded, with the soundstage and spacial distribution of the intruments the exact real life way, instead of a simulated distribution done on the console in the recording studio. It gave me some good ideas to experiment with filtering those freqs when designing sounds to evoke the feeling that a sound was localised at a certain elevation. ![]() This showed me that certain notches and peaks appear when sound is heard from different angles of elevation. After processing and analysis you end up with a frequency response that shows how your head responds to sounds. The way we did it was stick a microphone facing out of our ears and record the sound of several speakers at varying heights playing a short sine sweep. Having studied the last year with a lecturer who is in love with researching HRTFs (Head Related Transfer Functions) I have a few personal thoughts on binaural recording and mixing. ![]()
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