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...''' is an intentional slight [[frequency shift (disambiguation)|shift]] of broadcast [[radio frequency]] (RF), to reduce [[RF interference|interference]] with o [[Category:Broadcast engineering]] ...

...of some basic communication primitives such as [[Broadcasting (networking)|Broadcast]], All-[[Reduce (parallel pattern)|Reduce]], and [[Prefix sum]].<ref>Grama, ...g and Building Parallel Programs: Concepts and Tools for Parallel Software Engineering. Addison Wesley; {{ISBN|0201575949}}.</ref> Initially, each processing elem ...

[[Category:Broadcast engineering]] [[Category:Broadcast transmitters]] ...

[[Category:Broadcast engineering]] ...

[[Category:Broadcast engineering]] ...

*<math>\tau</math> is the [[Latency (engineering)|latency]], or time at which a processor takes to initiate a communication *Broadcast: <math>O(log(p) (\tau+\sigma m)) </math> ...

[[Category:Broadcast engineering]] ...

[[Category:Broadcast engineering]] ...

...utions|normal Gaussian distribution]], and has applications in [[broadcast engineering]] for signal enhancement. ...to [[beamforming]] and [[pattern synthesis]] in the field of [[electrical engineering]]. The distribution was found to increase the [[beamwidth]] of the [[main l ...

...n a periodic manner through techniques such as [[Broadcasting (networking)|broadcast]] or [[multicast]]s in larger clusters.{{sfn|Robertson|2000|p=2}} Since CMs ...from Init to Alive. Every node in the Alive state would receive a periodic broadcast heartbeat message from the HS subsystem and expects an acknowledgment messa ...

...ei.ardascience.com/index.php/journal/article/view/119 |journal=Sustainable Engineering and Innovation |language=en |volume=3 |issue=1 |pages=11–14 |doi=10.37868/s ...Through the temporary reduction of data in silent intervals, Audio can be broadcast over the internet in real-time more efficiently.<ref name=":1" /><ref name= ...

...>Hirsch C.J., “Four Tube, Separate Luminance Color Television Camera”, RCA Broadcast News, Vo. 133, April 1967, pp.30-47</ref> .../Fernseh, their type KCU40 <ref name = Summers2>Summers B., “Museum of the Broadcast TV Camera”, European and American TV Cameras, Bosch KCU40, http://www.tvca ...

...) was the [[625 lines|625-line]] VHF analog [[Broadcast television systems|broadcast television system]] which at its peak was adopted by more than one hundred ...own as the "Gerber-norm", it was eventually approved along with four other broadcast standards on the next formal CCIR meeting in May 1951 in Geneva.<ref name=" ...

All GPS satellites broadcast on the same two frequencies, known as L1 (1575.42&nbsp;MHz) and L2 (1227.60 ...was usually the unpredictable delay through the ionosphere. The spacecraft broadcast ionospheric model parameters, but they are necessarily imperfect. This is o ...

...as interviewed by [[Jim Al-Khalili]] for ''[[The Life Scientific]]'' first broadcast on [[BBC Radio 4]] in March 2014.<ref name=tls/> ...receives AAAS Public Engagement with Science Award |website=UCL Mechanical Engineering |date=15 February 2016 |access-date=20 February 2020}}</ref> ...

...traffic messages to the end customer (e. g., radio listener or driver) via broadcast channel [[Radio Data System|RDS]]. The application covers a part of the who ...rn, B.S. Kerner, ASDA and FOTO Models based on Probe Vehicle Data, Traffic Engineering and Control Vol 52 No 4, 183-191 (2011)]</ref> Each of the transition point ...

...kHz prototype. In the early 1980s, a 32&nbsp;kHz sampling rate was used in broadcast (esp. in UK and Japan), because this is sufficient for [[FM stereo]] broadc .../standards/search.cfm?docID=14 |url-access=subscription |publisher=[[Audio Engineering Society]]}}</ref> Until recently{{When|date=December 2024|reason=seems outd ...

{{Short description|Concept in electrical and audio engineering}} '''Nominal impedance''' in [[electrical engineering]] and [[audio engineering]] refers to the approximate designed [[Electrical impedance|impedance]] of ...

...nough, with enough [[magnet|magnetic poles]] on its [[armature (electrical engineering)|armature]], it would generate alternating current in the [[radio frequency ...t they had been unable to produce frequencies above 15&nbsp;kHz due to the engineering problems of building a machine with many poles that would rotate fast enoug ...

| title=Efficient Broadcast Time-Stamping There is no [[Internet Engineering Task Force|IETF]] [[Request for Comments|RFC]] or standard draft about link ...