Matches in DBpedia 2016-04 for { <http://wikidata.dbpedia.org/resource/Q4741502> ?p ?o }
Showing triples 1 to 31 of
31
with 100 triples per page.
- Q4741502 subject Q15402853.
- Q4741502 subject Q6967994.
- Q4741502 abstract "This page focusses on decoding of classic first-order Ambisonics. Other relevant information is available on the Ambisonic reproduction systems page.The Ambisonic B-format WXYZ signals define what the listener should hear. How these signals are presented to the listener by the speakers for best results, depends on the number of speakers and their location. Ambisonics treats directions where no speakers are placed with as much importance as speaker positions. It is undesirable for the listener to be conscious that the sound is coming from a discrete number of speakers. Some simple decoding equations are known to give good results for common speaker arrangements.But Ambisonic Speaker Decoders can use much more information about the position of speakers, including their exact position and distance from the listener. Because human beings use different mechanisms to locate sound, Classic Ambisonic Decoders it is desirable to modify the speaker feeds at each frequency to present the best information using Shelf Filters.Some views on the complexities of Shelf Filters and Distance Compensation are explained in "Ambisonic Surround Decoders" and "SHELF FILTERS for Ambisonic Decoders" in the External links.There are specialised decoders for large audiences in large spaces.Hardware decoders have been commercially available since the late 1970s; currently, Ambisonics is standard in surround products offered by Meridian Audio, Ltd.. Ad hoc software decoders are also available (see External links).There are five main types of decoder:".
- Q4741502 wikiPageExternalLink harpex.net.
- Q4741502 wikiPageExternalLink faq_latest.html.
- Q4741502 wikiPageExternalLink ricardo.
- Q4741502 wikiPageExternalLink Playback_Software.
- Q4741502 wikiPageExternalLink www.blueripplesound.com.
- Q4741502 wikiPageExternalLink b2x.html.
- Q4741502 wikiPageWikiLink Q11210.
- Q4741502 wikiPageWikiLink Q1366301.
- Q4741502 wikiPageWikiLink Q1432854.
- Q4741502 wikiPageWikiLink Q1524510.
- Q4741502 wikiPageWikiLink Q15402853.
- Q4741502 wikiPageWikiLink Q16726164.
- Q4741502 wikiPageWikiLink Q17099045.
- Q4741502 wikiPageWikiLink Q1747222.
- Q4741502 wikiPageWikiLink Q192527.
- Q4741502 wikiPageWikiLink Q294440.
- Q4741502 wikiPageWikiLink Q376150.
- Q4741502 wikiPageWikiLink Q457547.
- Q4741502 wikiPageWikiLink Q4741501.
- Q4741502 wikiPageWikiLink Q4820038.
- Q4741502 wikiPageWikiLink Q569874.
- Q4741502 wikiPageWikiLink Q6967994.
- Q4741502 wikiPageWikiLink Q714886.
- Q4741502 wikiPageWikiLink Q758847.
- Q4741502 wikiPageWikiLink Q7806653.
- Q4741502 wikiPageWikiLink Q910775.
- Q4741502 comment "This page focusses on decoding of classic first-order Ambisonics. Other relevant information is available on the Ambisonic reproduction systems page.The Ambisonic B-format WXYZ signals define what the listener should hear. How these signals are presented to the listener by the speakers for best results, depends on the number of speakers and their location. Ambisonics treats directions where no speakers are placed with as much importance as speaker positions.".
- Q4741502 label "Ambisonic decoding".