Burst transmission: Difference between revisions
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In [[telecommunication]], the term '''burst transmission''' or '''data burst''' has the following meanings: |
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In [[telecommunications]], a '''burst transmission''' or '''data burst''' is the broadcast of a relatively high-bandwidth transmission over a short period. |
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# Any relatively high-bandwidth transmission over a short period. For example, a download might use 2 Mbit/s on average, while having "peaks" bursting up to, say, 2.4 Mbit/s. |
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# [[Transmission (telecommunications)|Transmission]] that combines a very high [[data signaling rate]] with very short transmission times - i.e., the message is compressed. This is popular with the military and [[espionage|spies]], who both wish to minimize the chance of their [[radio]] transmissions being detected, i.e. [[Low probability of intercept]] (LPI) and [[Low probability of recognition]] (LPR). |
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# Operation of a data [[computer network|network]] in which [[data transmission]] is interrupted at intervals. |
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Burst transmission can be intentional, broadcasting a compressed message at a very high [[data signaling rate]] within a very short transmission time. |
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''Note:'' Burst transmission enables [[telecommunication|communications]] between [[data terminal equipment]] (DTEs) and a data network operating at dissimilar data signaling rates. |
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In the 1980s, the term "data burst" (and "info burst")<ref>{{Cite web | url=https://forums.digitalspy.com/discussion/1794247/does-anyone-remember-databurst |title = Does anyone remember "Databurst" ?}}</ref> was used for a technique used by some [[United Kingdom]] and South African TV programmes to transmit large amounts of primarily textual information. They would display multiple pages of text in rapid succession, usually at the end of the programme; viewers would videotape it and then read it later by playing it back using the pause button after each page. |
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Data bursts can occur naturally, such as when the download of data from the [[internet]] briefly experiences higher speeds. It can also occur in a [[computer network]] where [[data transmission]] is interrupted at intervals. Burst transmission enables communications between [[data terminal equipment]] (DTEs) and a data network operating at dissimilar data signaling rates. |
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==See also== |
==See also== |
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{{Wiktionary|burst}} |
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*[[Burst mode (computing)]] |
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*[[Iridium Short Burst Data]] |
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*[[Spread spectrum]] |
*[[Spread spectrum]] |
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==References== |
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{{Reflist}} |
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{{FS1037C MS188}} |
{{FS1037C MS188}} |
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[[Category:Automatic identification and data capture]] |
[[Category:Automatic identification and data capture]] |
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[[Category:Espionage devices]] |
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[[Category:Espionage techniques]] |
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[[Category:Radio-frequency identification]] |
[[Category:Radio-frequency identification]] |
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Latest revision as of 00:34, 16 September 2024
 | This article includes a list of references, related reading, or external links, but its sources remain unclear because it lacks inline citations. (January 2013) |
In telecommunications, a burst transmission or data burst is the broadcast of a relatively high-bandwidth transmission over a short period.
Burst transmission can be intentional, broadcasting a compressed message at a very high data signaling rate within a very short transmission time.
In the 1980s, the term "data burst" (and "info burst")[1] was used for a technique used by some United Kingdom and South African TV programmes to transmit large amounts of primarily textual information. They would display multiple pages of text in rapid succession, usually at the end of the programme; viewers would videotape it and then read it later by playing it back using the pause button after each page.
Data bursts can occur naturally, such as when the download of data from the internet briefly experiences higher speeds. It can also occur in a computer network where data transmission is interrupted at intervals. Burst transmission enables communications between data terminal equipment (DTEs) and a data network operating at dissimilar data signaling rates.
See also
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References
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This article incorporates public domain material from Federal Standard 1037C. General Services Administration. Archived from the original on 2022-01-22. (in support of MIL-STD-188).
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