Decompression algorithm - Revision history

Pbsouthwood: removed Category:Decompression theory; added Category:Decompression algorithms using HotCat

2024-01-16T07:20:15Z

removed Category:Decompression theory; added Category:Decompression algorithms using HotCat

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Pbsouthwood: added Category:Decompression theory using HotCat

2024-01-16T07:19:16Z

added Category:Decompression theory using HotCat

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			[[Category:Decompression theory]]

Pbsouthwood at 07:18, 16 January 2024

2024-01-16T07:18:51Z

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Pbsouthwood: add short description

2018-11-06T11:25:20Z

add short description

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			{{short description\|Procedure to calculate the decompression needed for a given dive profile}}
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Pbsouthwood: change to section in split article

2013-04-16T08:27:28Z

change to section in split article

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RexxS: target specific section

2012-09-10T13:54:44Z

target specific section

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Pbsouthwood: Cut and redirect for merge with Decompression (diving)

2011-10-22T09:11:52Z

Cut and redirect for merge with Decompression (diving)

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	A '''decompression algorithm''' is used to calculate the [[decompression stop]]s needed for a particular [[dive profile]] to reduce the risk of [[decompression sickness]] occurring after surfacing at the end of a dive. The algorithm can be used to generate [[decompression tables]] or be implemented in [[dive computer]] software.

	== Deterministic Models ==

	[[Determinism\|Deterministic]] decompression models are a rule based approach to calculating decompression. These models work from the idea that "excessive" [[supersaturation]] in various [[Tissue (biology)\|tissues]] is "unsafe" (resulting in [[decompression sickness]]). They usually contain multiple depth and tissue dependent rules. These rules are revised by [[Qualitative data\|qualitative]] [[judgement]]. There is no [[Objectivity (science)\|objective]] mathematical way of evaluating the rules or overall [[risk]].

	== Probabilistic Models ==

	[[Probability\|Probabilistic]] decompression models are designed to calculate the [[risk]] (or probability) of [[decompression sickness]] (DCS) occurring on a given decompression profile. These models can vary the [[decompression stop]] depths and times to arrive at a final decompression schedule that assumes a specified probability of DCS occurring. The model does this while minimizing the total decompression time. This process can also work in reverse allowing one to calculate the probability of DCS for any decompression schedule.

	== Bubble Models ==

	[[Bubble]] decompression models are a rule based approach to calculating decompression. These models work from the idea that microscopic bubble nuclei always exist in water and tissues that contain water and that by predicting/ controlling the bubble growth, one can avoid decompression sickness.

	== References ==
	* {{cite book \|last1=Lippmann \|first1=John \|last2=Mitchell \|first2=Simon \|authorlink2=Simon Mitchell \| title=Deeper into Diving \|edition=2nd \|year=2005 \|publisher=J L Publications \|location=Melbourne, Australia \|isbn=0-9752290-1-X}} Section 2 chapters 13–24 pages 181–350

	== Further reading ==
	* {{cite book \|last=Powell \|first=Mark \| title = Deco for Divers \|publisher=Aquapress \|location=Southend-on-Sea \|year=2008 \|isbn=1-905492-07-3}}

	{{Decompression}}

	{{DEFAULTSORT:Decompression Algorithms}}
	[[Category:Diving decompression]]
	[[Category:Decompression algorithms\| ]]


	{{Underwater-diving-stub}}

203.122.223.121: clarify summary

2010-11-21T05:22:05Z

clarify summary

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	A '''decompression algorithm''' is used to calculate the [[decompression stop]]s needed for a particular [[dive profile]] to ~~prevent~~ [[decompression sickness]] ~~when~~ ~~diving~~. The algorithm can be used to generate [[decompression tables]] or be implemented in [[dive computer]] software.		A '''decompression algorithm''' is used to calculate the [[decompression stop]]s needed for a particular [[dive profile]] to reduce the risk of [[decompression sickness]] occurring after surfacing at the end of a dive. The algorithm can be used to generate [[decompression tables]] or be implemented in [[dive computer]] software.

	== Deterministic Models ==		== Deterministic Models ==

RexxS: more appropriate cleanup template

2010-10-24T16:43:03Z

more appropriate cleanup template

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	{{~~Unreferenced~~\|date=~~September~~ 2010}}		{{No footnotes\|date=October 2010}}
	A '''decompression algorithm''' is used to calculate the [[decompression stop]]s needed for a particular [[dive profile]] to prevent [[decompression sickness]] when diving. The algorithm can be used to generate [[decompression tables]] or be implemented in [[dive computer]] software.		A '''decompression algorithm''' is used to calculate the [[decompression stop]]s needed for a particular [[dive profile]] to prevent [[decompression sickness]] when diving. The algorithm can be used to generate [[decompression tables]] or be implemented in [[dive computer]] software.

RexxS: No longer orphaned

2010-10-24T16:41:04Z

No longer orphaned

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	{{orphan\|date=September 2010}}

	{{Unreferenced\|date=September 2010}}		{{Unreferenced\|date=September 2010}}
	A '''decompression algorithm''' is used to calculate the [[decompression stop]]s needed for a particular [[dive profile]] to prevent [[decompression sickness]] when diving. The algorithm can be used to generate [[decompression tables]] or be implemented in [[dive computer]] software.		A '''decompression algorithm''' is used to calculate the [[decompression stop]]s needed for a particular [[dive profile]] to prevent [[decompression sickness]] when diving. The algorithm can be used to generate [[decompression tables]] or be implemented in [[dive computer]] software.