Results conclude that the individual pre-processing techniques produce modest improvements to the high frequency reproduction of binaural Ambisonic rendering, and that using multiple pre-processing techniques can produce cumulative, and statistically significant, improvements. We have 1 possible answer in our database. It was last seen in The New York Times quick crossword. Incubus Binaural Summoning Magick w/ Chants ( Digital Invocation ). Here are the possible solutions for 'Binaural' clue. The Crossword Solver finds answers to classic crosswords and cryptic crossword puzzles. We will try to find the right answer to this particular crossword clue. Evaluation of the presented techniques compares binaural Ambisonic rendering to direct HRTF rendering numerically, using perceptually motivated spectral difference calculations, auditory cue estimations and localisation prediction models, and perceptually, using listening tests assessing similarity and plausibility. Binaural Today's crossword puzzle clue is a quick one: Binaural. If I recall correctly, there’s a dream-revelation as part of the plot. I think I’ll take ZBS’ binaural pastiche adventure called The Maltese Goddess. Tell me how to feel about this themeless. These techniques include Ambisonic Diffuse-Field Equalisation, to improve spectral reproduction over all directions Ambisonic Directional Bias Equalisation, to further improve spectral reproduction toward a specific direction and Ambisonic Interaural Level Difference Optimisation, to improve lateralisation and interaural level difference reproduction. Binaural/970659 Crossword Clue The Crossword Solver found 30 answers to 'Binaural/970659/', 8 letters crossword clue. Burnikel’s Los Angeles Times crossword Stella’s write-up. This thesis presents novel HRTF pre-processing techniques, such that when using the augmented HRTFs in the binaural Ambisonic rendering stage, the high frequency reproduction is a closer approximation of direct HRTF rendering. A limitation of low-order Ambisonic rendering is poor high frequency reproduction, which reduces the accuracy of the resulting binaural synthesis. Ambisonics is a spatial audio technology that decomposes a soundfield into a weighted set of directional functions, which can be utilised binaurally in order to spatialise audio at any direction using far fewer HRTFs. However, reproducing soundfields with multiple sources, or at multiple locations, requires a highly dense set of HRTFs. These auditory cues can be recorded for a position in space using the head-related transfer function (HRTF), and binaural synthesis at this position can then be achieved through convolution of a sound signal with the measured HRTF. Humans can localise sounds in all directions using three main auditory cues: the differences in time and level between signals arriving at the left and right eardrums (interaural time difference and interaural level difference, respectively), and the spectral characteristics of the signals due to reflections and diffractions off the body and ears. High Frequency Reproduction in Binaural Ambisonic Rendering
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