Archive:History of delay-tolerant networking - Revision history

wikademia>Wikademia: moved History of delay-tolerant networking to Archive:History of delay-tolerant networking

2009-06-12T17:29:00Z

moved History of delay-tolerant networking to Archive:History of delay-tolerant networking

← Older revision	Revision as of 17:29, 12 June 2009
(No difference)

wikademia>Wikademia at 22:04, 23 March 2009

2009-03-23T22:04:20Z

← Older revision		Revision as of 22:04, 23 March 2009
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	The '''history of delay-tolerant networking''' examines the bulk of the technologies that began the field that is known today as [[delay-tolerant networking]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].		The '''history of delay-tolerant networking''' examines the bulk of the technologies that began the field that is known today as [[delay-tolerant networking]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].
			{{RightTOc}}
	In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.		In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.

wikademia>Wikademia: 10 revisions

2009-03-21T11:24:29Z

10 revisions

← Older revision	Revision as of 11:24, 21 March 2009
(No difference)

wikademia>Michael Hardy: moved History of delay tolerant networking to History of delay-tolerant networking

2009-01-22T22:41:03Z

moved History of delay tolerant networking to History of delay-tolerant networking

← Older revision	Revision as of 22:41, 22 January 2009
(No difference)

wikademia>Michael Hardy at 22:40, 22 January 2009

2009-01-22T22:40:55Z

← Older revision		Revision as of 22:40, 22 January 2009
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	The '''history of delay tolerant networking''' examines the bulk of the technologies that began the field that is known today as [[~~Delay Tolerant Networking~~]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].		The '''history of delay-tolerant networking''' examines the bulk of the technologies that began the field that is known today as [[delay-tolerant networking]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].

	In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.		In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.

	With the growing interest in mobile ad-hoc routing and the increasing complexity of the Interplanetary Internet, the [[2000–2009\|2000s]] brought about a growing number of [[academic conferences]] on delay and disruption tolerant networking. This field saw many optimizations on classic ad-hoc and delay-tolerant networking algorithms and began to examine factors such as security, reliability, verifiability, and other areas of research that are well understood in traditional [[computer networking]].		With the growing interest in mobile ad-hoc routing and the increasing complexity of the Interplanetary Internet, the [[2000–2009\|2000s]] brought about a growing number of [[academic conferences]] on delay and disruption-tolerant networking. This field saw many optimizations on classic ad-hoc and delay-tolerant networking algorithms and began to examine factors such as security, reliability, verifiability, and other areas of research that are well understood in traditional [[computer networking]].

	== Early research efforts ==		== Early research efforts ==
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	With the wide-spread use of [[802.11]] protocols for personal communications and the expanded use of [[mobile phones]], there was a significant increase in self-organizing wireless ad-hoc networking and network devices. This area of research focused on topics ranging from low-level physical transmission of signal ([[CDMA]], [[Carrier sense multiple access\|CSMA]], [[Time division multiple access\|TDMA]], and others) all the way to high-level protocol details (optimization of [[Transmission Control Protocol\|TCP]] for MANETs).		With the wide-spread use of [[802.11]] protocols for personal communications and the expanded use of [[mobile phones]], there was a significant increase in self-organizing wireless ad-hoc networking and network devices. This area of research focused on topics ranging from low-level physical transmission of signal ([[CDMA]], [[Carrier sense multiple access\|CSMA]], [[Time division multiple access\|TDMA]], and others) all the way to high-level protocol details (optimization of [[Transmission Control Protocol\|TCP]] for MANETs).

	== Unified research at delay tolerant networking ==		== Unified research at delay-tolerant networking ==
	{{see\|Routing in delay tolerant networking}}		{{see\|Routing in delay-tolerant networking}}

	In the [[2000–2009\|2000s]], many of the concepts seen in used in the early stages of the interplanetary communication and the developments made during the [[1990s]] in MANETs were combined and used to develop and deploy a complete networking on satellites orbiting numerous planets. This network, often referred to as the [[Interplanetary Internet]]<ref>V. Cerf et al., “Interplanetary Internet (IPN): Architectural Definition”, http://www.ipnsig.org/reports/memo-ipnrg-arch-00.pdf</ref>, has helped to unify the research of MANETs and traditional interplanetary communication into a common area of delay tolerant networking.		In the [[2000–2009\|2000s]], many of the concepts seen in used in the early stages of the interplanetary communication and the developments made during the [[1990s]] in MANETs were combined and used to develop and deploy a complete networking on satellites orbiting numerous planets. This network, often referred to as the [[Interplanetary Internet]]<ref>V. Cerf et al., “Interplanetary Internet (IPN): Architectural Definition”, http://www.ipnsig.org/reports/memo-ipnrg-arch-00.pdf</ref>, has helped to unify the research of MANETs and traditional interplanetary communication into a common area of delay-tolerant networking.

	== References ==		== References ==

wikademia>RussBot: Robot-assisted disambiguation: 2000s

2008-12-21T19:43:10Z

Robot-assisted disambiguation: 2000s

← Older revision		Revision as of 19:43, 21 December 2008
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	In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.		In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.

	With the growing interest in mobile ad-hoc routing and the increasing complexity of the Interplanetary Internet, the [[2000s]] brought about a growing number of [[academic conferences]] on delay and disruption tolerant networking. This field saw many optimizations on classic ad-hoc and delay-tolerant networking algorithms and began to examine factors such as security, reliability, verifiability, and other areas of research that are well understood in traditional [[computer networking]].		With the growing interest in mobile ad-hoc routing and the increasing complexity of the Interplanetary Internet, the [[2000–2009\|2000s]] brought about a growing number of [[academic conferences]] on delay and disruption tolerant networking. This field saw many optimizations on classic ad-hoc and delay-tolerant networking algorithms and began to examine factors such as security, reliability, verifiability, and other areas of research that are well understood in traditional [[computer networking]].

	== Early research efforts ==		== Early research efforts ==
Line 23:		Line 23:
	{{see\|Routing in delay tolerant networking}}		{{see\|Routing in delay tolerant networking}}

	In the [[2000s]], many of the concepts seen in used in the early stages of the interplanetary communication and the developments made during the [[1990s]] in MANETs were combined and used to develop and deploy a complete networking on satellites orbiting numerous planets. This network, often referred to as the [[Interplanetary Internet]]<ref>V. Cerf et al., “Interplanetary Internet (IPN): Architectural Definition”, http://www.ipnsig.org/reports/memo-ipnrg-arch-00.pdf</ref>, has helped to unify the research of MANETs and traditional interplanetary communication into a common area of delay tolerant networking.		In the [[2000–2009\|2000s]], many of the concepts seen in used in the early stages of the interplanetary communication and the developments made during the [[1990s]] in MANETs were combined and used to develop and deploy a complete networking on satellites orbiting numerous planets. This network, often referred to as the [[Interplanetary Internet]]<ref>V. Cerf et al., “Interplanetary Internet (IPN): Architectural Definition”, http://www.ipnsig.org/reports/memo-ipnrg-arch-00.pdf</ref>, has helped to unify the research of MANETs and traditional interplanetary communication into a common area of delay tolerant networking.

	== References ==		== References ==

wikademia>Utopianheaven: Revert to revision 235106923 dated 2008-08-30 01:58:03 by CmdrObot using popups

2008-11-02T09:43:37Z

Revert to revision 235106923 dated 2008-08-30 01:58:03 by CmdrObot using popups

← Older revision		Revision as of 09:43, 2 November 2008
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	The ~~<nowiki>~~'''history of delay tolerant~~</nowiki>~~ networking''' examines the bulk of the technologies that began the field that is known today as [[Delay Tolerant Networking]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].		The '''history of delay tolerant networking''' examines the bulk of the technologies that began the field that is known today as [[Delay Tolerant Networking]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].

	In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.		In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.

168.224.160.14 at 11:34, 19 September 2008

2008-09-19T11:34:05Z

← Older revision		Revision as of 11:34, 19 September 2008
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	The '''history of delay tolerant networking''' examines the bulk of the technologies that began the field that is known today as [[Delay Tolerant Networking]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].		The <nowiki>'''history of delay tolerant</nowiki> networking''' examines the bulk of the technologies that began the field that is known today as [[Delay Tolerant Networking]]. Research began as projects under [[space race\|United States government grants]] relating to the necessity of networking technologies that can sustain the significant delays and packet corruption of space travel. Initially, these projects looked only short-range communication between manned missions to the moon and back, but the field quickly expanded into an entire sub-field of DTNs that created the technological advances to allow for the [[Interplanetary Internet]].

	In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.		In the [[1970s]], spurred by the [[History of computing hardware (1960s–present)\|micronization of computing]], researchers began developing technology for routing between non-fixed locations of computers. While the field of ad-hoc routing was inactive throughout the 1980s, the wide-spread use of wireless protocols reinvigorated the field in the 1990s as [[mobile ad-hoc routing]] and [[vehicular ad-hoc network\|vehicular ad-hoc networking]] became areas of increasing interest.

wikademia>CmdrObot: sp: et. al.→et al.

2008-08-30T01:58:03Z

sp: et. al.→et al.

← Older revision		Revision as of 01:58, 30 August 2008
Line 23:		Line 23:
	{{see\|Routing in delay tolerant networking}}		{{see\|Routing in delay tolerant networking}}

	In the [[2000s]], many of the concepts seen in used in the early stages of the interplanetary communication and the developments made during the [[1990s]] in MANETs were combined and used to develop and deploy a complete networking on satellites orbiting numerous planets. This network, often referred to as the [[Interplanetary Internet]]<ref>V. Cerf et. al., “Interplanetary Internet (IPN): Architectural Definition”, http://www.ipnsig.org/reports/memo-ipnrg-arch-00.pdf</ref>, has helped to unify the research of MANETs and traditional interplanetary communication into a common area of delay tolerant networking.		In the [[2000s]], many of the concepts seen in used in the early stages of the interplanetary communication and the developments made during the [[1990s]] in MANETs were combined and used to develop and deploy a complete networking on satellites orbiting numerous planets. This network, often referred to as the [[Interplanetary Internet]]<ref>V. Cerf et al., “Interplanetary Internet (IPN): Architectural Definition”, http://www.ipnsig.org/reports/memo-ipnrg-arch-00.pdf</ref>, has helped to unify the research of MANETs and traditional interplanetary communication into a common area of delay tolerant networking.

	== References ==		== References ==

wikademia>Nillerdk: cat and sortorder

2008-06-26T21:24:01Z

cat and sortorder

← Older revision		Revision as of 21:24, 26 June 2008
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	== References ==		== References ==
	{{reflist}}		{{reflist}}
	{{~~uncategorized\|date=May 2008~~}}
			{{DEFAULTSORT:Delay tolerant networking}}
			[[Category:Network architecture]]