Derek Abbott - Revision history

Henryho at 07:33, 31 May 2019

2019-05-31T07:33:06Z

← Older revision		Revision as of 17:03, 31 May 2019
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	{{Infobox		{{Infobox person
	\|~~abovestyle~~ = ~~background-color:#efefef;~~		\| person_name = Derek Abbott
	\|~~bodystyle~~ = ~~width:200px~~		\| image_name = derek_abbott.png
	\|~~title~~ = ~~Derek Abbott~~		\| birth_date = 1960
	\|~~data1~~ = ~~Description&emsp; to our knowledge~~, ~~the provable security property is often taught as being self evident and is not questioned on any level~~ (~~recent advances in quantum hacking may be an exception; however~~, ~~such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself~~). ~~The commonly cited reason for no~~-~~cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a~~ ~~key is often regarded as perfect whenever it is used in an application...~~		\| birth_place = South Kensington, London, UK
	\|~~data2~~ =		\| death_date = <!--Alive -->
	\|~~data3~~ =		\| death_place = <!--Alive -->
	}}		\| fields = complex systems, stochastics, photonics, biomedicine, microelectronics, energy policy
			\| workplaces = [[GEC Hirst Research Centre]]<br>[[Austek Microsystems]]<br>[[University of Adelaide]]
			\| high_school = Holland Park School
			\| undergrad_university = [[Loughborough University]]
			\| undergrad_degree = {{nowrap\|BSc (Hons), Physics (1982)}}
			\| project_advisors = [[Mike A. Brown]]
			\| masters_university = <!-- None -->
			\| masters_degree = <!-- None -->
			\| masters_advisors = <!-- None -->
			\| doctoral_university = [[University of Adelaide]]
			\| doctoral_degree = PhD, Electrical & Electronic Engineering (1995)
			\| doctoral_advisors = {{nowrap\|[[Kamran Eshraghian]] and [[Bruce R. Davis]]}}
			\| awards = <!--{{nowrap\|[[University of Adelaide Divisional Scholarship]] (2009)}} <br> {{nowrap\|[[Walter and Dorothy Duncan Trust Grant]] (2010)}} <br>{{nowrap\|[[IEEE SA Chapter Travel Award]] (2010)}} <br> {{nowrap\|[[IEEE SA Chapter Travel Award]] (2011)}}--> }}

Henryho at 06:54, 31 May 2019

2019-05-31T06:54:57Z

← Older revision		Revision as of 16:24, 31 May 2019
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	\|bodystyle = width:200px		\|bodystyle = width:200px
	\|title = Derek Abbott		\|title = Derek Abbott
	\|data1 = Description&emsp;		\|data1 = Description&emsp; to our knowledge, the provable security property is often taught as being self evident and is not questioned on any level (recent advances in quantum hacking may be an exception; however, such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself). The commonly cited reason for no-cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a key is often regarded as perfect whenever it is used in an application...
	\|data2 =		\|data2 =
	\|data3 =		\|data3 =

Henryho at 06:53, 31 May 2019

2019-05-31T06:53:29Z

← Older revision		Revision as of 16:23, 31 May 2019
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	\|bodystyle = width:200px		\|bodystyle = width:200px
	\|title = Derek Abbott		\|title = Derek Abbott
	\|data1 = Description&emsp; to our knowledge, the provable security property is often taught as being self evident and is not questioned on any level (recent advances in quantum hacking may be an exception; however, such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself). The commonly cited reason for no-cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a key is often regarded as perfect whenever it is used in an application. One main purpose of this paper is to correct such a misconception and to demonstrate how the imperfect generated key affects the security proofs themselves.		\|data1 = Description&emsp;
	~~Please insert here~~
	\|data2 =		\|data2 =
	\|data3 =		\|data3 =
	}}		}}


	'''Derek Abbott''' was born in South Kensington, London UK in 1960. In 1978, he began work at the [[GEC Hirst Research Centre]], London, UK, and graduated from [[Loughborough University]], UK, with a BSc (Hons) in Physics. At Hirst, he was a Research Engineer until 1986, working in CCD, SOS, CMOS, and vacuum microelectronic technologies. He also worked on solid-state image sensors in the optical and infrared regimes. He migrated to Australia in 1986, and worked at [[Austek Microsystems]] as an analog VLSI design engineer until 1987. In 1987-1990, he was a part-time Research Engineer at the University of Adelaide, and also consulted for a number of companies including Austek Microsystems and British Aerospace. In 1990, he took up a position as a Lecturer at the University of Adelaide, where he completed his PhD in Electrical & Electronic Engineering in 1995 and graduated in 1997. He was promoted to Professor in 2006. He is a Fellow of the Institute of Electrical & Electronic Engineers and also a Fellow of the Institute of Physics.		'''Derek Abbott''' was born in South Kensington, London UK in 1960. In 1978, he began work at the [[GEC Hirst Research Centre]], London, UK, and graduated from [[Loughborough University]], UK, with a BSc (Hons) in Physics. At Hirst, he was a Research Engineer until 1986, working in CCD, SOS, CMOS, and vacuum microelectronic technologies. He also worked on solid-state image sensors in the optical and infrared regimes. He migrated to Australia in 1986, and worked at [[Austek Microsystems]] as an analog VLSI design engineer until 1987. In 1987-1990, he was a part-time Research Engineer at the University of Adelaide, and also consulted for a number of companies including Austek Microsystems and British Aerospace. In 1990, he took up a position as a Lecturer at the University of Adelaide, where he completed his PhD in Electrical & Electronic Engineering in 1995 and graduated in 1997. He was promoted to Professor in 2006. He is a Fellow of the Institute of Electrical & Electronic Engineers and also a Fellow of the Institute of Physics.

Henryho at 06:52, 31 May 2019

2019-05-31T06:52:52Z

← Older revision		Revision as of 16:22, 31 May 2019
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	\|title = Derek Abbott		\|title = Derek Abbott
	\|data1 = Description&emsp; to our knowledge, the provable security property is often taught as being self evident and is not questioned on any level (recent advances in quantum hacking may be an exception; however, such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself). The commonly cited reason for no-cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a key is often regarded as perfect whenever it is used in an application. One main purpose of this paper is to correct such a misconception and to demonstrate how the imperfect generated key affects the security proofs themselves.		\|data1 = Description&emsp; to our knowledge, the provable security property is often taught as being self evident and is not questioned on any level (recent advances in quantum hacking may be an exception; however, such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself). The commonly cited reason for no-cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a key is often regarded as perfect whenever it is used in an application. One main purpose of this paper is to correct such a misconception and to demonstrate how the imperfect generated key affects the security proofs themselves.
			Please insert here
	\|data2 =		\|data2 =
	\|data3 =		\|data3 =

Henryho at 06:48, 31 May 2019

2019-05-31T06:48:09Z

← Older revision		Revision as of 16:18, 31 May 2019
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	\|title = Derek Abbott		\|title = Derek Abbott
	\|data1 = Description&emsp; to our knowledge, the provable security property is often taught as being self evident and is not questioned on any level (recent advances in quantum hacking may be an exception; however, such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself). The commonly cited reason for no-cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a key is often regarded as perfect whenever it is used in an application. One main purpose of this paper is to correct such a misconception and to demonstrate how the imperfect generated key affects the security proofs themselves.		\|data1 = Description&emsp; to our knowledge, the provable security property is often taught as being self evident and is not questioned on any level (recent advances in quantum hacking may be an exception; however, such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself). The commonly cited reason for no-cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a key is often regarded as perfect whenever it is used in an application. One main purpose of this paper is to correct such a misconception and to demonstrate how the imperfect generated key affects the security proofs themselves.
	\|data2 = ~~paragraph2~~		\|data2 =
	\|data3 = ~~paragraph3~~		\|data3 =
	}}		}}

Henryho at 06:47, 31 May 2019

2019-05-31T06:47:45Z

← Older revision		Revision as of 16:17, 31 May 2019
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	{{Infobox ~~person~~		{{Infobox
	\| ~~person_name~~ = ~~Derek Abbott~~		\|abovestyle = background-color:#efefef;
	\| ~~image_name~~ = ~~derek_abbott.png~~		\|bodystyle = width:200px
	\| ~~birth_date~~ = ~~1960~~		\|title = Derek Abbott
	\| ~~birth_place~~ = ~~South Kensington~~, ~~London~~, UK		\|data1 = Description&emsp; to our knowledge, the provable security property is often taught as being self evident and is not questioned on any level (recent advances in quantum hacking may be an exception; however, such attacks are based on discrepancies between the model and real systems as opposed to the security of the model itself). The commonly cited reason for no-cloning or quantum entanglement is very far from sufficient. Even in the technical literature, a key is often regarded as perfect whenever it is used in an application. One main purpose of this paper is to correct such a misconception and to demonstrate how the imperfect generated key affects the security proofs themselves.
	~~\| death_date = <!--Alive -->~~		\|data2 = paragraph2
	~~\| death_place = <!--Alive -->~~		\|data3 = paragraph3
	~~\| fields = complex~~ systems~~, stochastics, photonics, biomedicine, microelectronics, energy policy~~		}}
	~~\| workplaces = [[GEC Hirst Research Centre]]<br>[[Austek Microsystems]]<br>[[University~~ of ~~Adelaide]]~~
	~~\| high_school = Holland Park School~~
	~~\| undergrad_university = [[Loughborough University]]~~
	~~\| undergrad_degree = {{nowrap\|BSc (Hons), Physics (1982~~)}}
	~~\| project_advisors = [[Mike A~~. ~~Brown]]~~
	~~\| masters_university = <!~~-~~- None -->~~
	~~\| masters_degree = <!-- None -->~~
	~~\| masters_advisors = <!-- None -->~~
	~~\| doctoral_university~~ ~~= [[University~~ of ~~Adelaide]]~~
	\| ~~doctoral_degree~~ = ~~PhD, Electrical & Electronic Engineering (1995)~~
	\| ~~doctoral_advisors~~ = ~~{{nowrap\|[[Kamran Eshraghian]] and [[Bruce R. Davis]]}}~~
	\| awards = <!--{{nowrap\|[[University of Adelaide Divisional Scholarship]] (2009)}} <br> {{nowrap\|[[Walter and Dorothy Duncan Trust Grant]] (2010)}} <br>{{nowrap\|[[IEEE SA Chapter Travel Award]] (2010)}} <br> {{nowrap\|[[IEEE SA Chapter Travel Award]] (2011)}}--> }}



	'''Derek Abbott''' was born in South Kensington, London UK in 1960. In 1978, he began work at the [[GEC Hirst Research Centre]], London, UK, and graduated from [[Loughborough University]], UK, with a BSc (Hons) in Physics. At Hirst, he was a Research Engineer until 1986, working in CCD, SOS, CMOS, and vacuum microelectronic technologies. He also worked on solid-state image sensors in the optical and infrared regimes. He migrated to Australia in 1986, and worked at [[Austek Microsystems]] as an analog VLSI design engineer until 1987. In 1987-1990, he was a part-time Research Engineer at the University of Adelaide, and also consulted for a number of companies including Austek Microsystems and British Aerospace. In 1990, he took up a position as a Lecturer at the University of Adelaide, where he completed his PhD in Electrical & Electronic Engineering in 1995 and graduated in 1997. He was promoted to Professor in 2006. He is a Fellow of the Institute of Electrical & Electronic Engineers and also a Fellow of the Institute of Physics.		'''Derek Abbott''' was born in South Kensington, London UK in 1960. In 1978, he began work at the [[GEC Hirst Research Centre]], London, UK, and graduated from [[Loughborough University]], UK, with a BSc (Hons) in Physics. At Hirst, he was a Research Engineer until 1986, working in CCD, SOS, CMOS, and vacuum microelectronic technologies. He also worked on solid-state image sensors in the optical and infrared regimes. He migrated to Australia in 1986, and worked at [[Austek Microsystems]] as an analog VLSI design engineer until 1987. In 1987-1990, he was a part-time Research Engineer at the University of Adelaide, and also consulted for a number of companies including Austek Microsystems and British Aerospace. In 1990, he took up a position as a Lecturer at the University of Adelaide, where he completed his PhD in Electrical & Electronic Engineering in 1995 and graduated in 1997. He was promoted to Professor in 2006. He is a Fellow of the Institute of Electrical & Electronic Engineers and also a Fellow of the Institute of Physics.

Henryho at 04:35, 31 May 2019

2019-05-31T04:35:25Z

@@ Line 1: / Line 1: @@
-{{Infobox
+{{Infobox person
-|title        = Derek Abbott
+| person_name = Derek Abbott
-|header1      = '''Derek Abbott''' was born in South Kensington, London UK in 1960. In 1978, he began work at the [[GEC Hirst Research Centre]], London, UK, and graduated from [[Loughborough University]], UK, with a BSc (Hons) in Physics. At Hirst, he was a Research Engineer until 1986, working in CCD, SOS, CMOS, and vacuum microelectronic technologies. He also worked on solid-state image sensors in the optical and infrared regimes. He migrated to Australia in 1986, and worked at [[Austek Microsystems]] as an analog VLSI design engineer until 1987. In 1987-1990, he was a part-time Research Engineer at the University of Adelaide, and also consulted for a number of companies including Austek Microsystems and British Aerospace. In 1990, he took up a position as a Lecturer at the University of Adelaide, where he completed his PhD in Electrical & Electronic Engineering in 1995 and graduated in 1997. He was promoted to Professor in 2006.  He is a Fellow of the Institute of Electrical & Electronic Engineers and also a Fellow of the Institute of Physics.
+| image_name  = derek_abbott.png

Henryho at 04:32, 31 May 2019

2019-05-31T04:32:35Z

← Older revision		Revision as of 14:02, 31 May 2019
Line 1:		Line 1:
	{{Infobox		{{Infobox
	\|title = Derek Abbott		\|title = Derek Abbott
			\|header1 = '''Derek Abbott''' was born in South Kensington, London UK in 1960. In 1978, he began work at the [[GEC Hirst Research Centre]], London, UK, and graduated from [[Loughborough University]], UK, with a BSc (Hons) in Physics. At Hirst, he was a Research Engineer until 1986, working in CCD, SOS, CMOS, and vacuum microelectronic technologies. He also worked on solid-state image sensors in the optical and infrared regimes. He migrated to Australia in 1986, and worked at [[Austek Microsystems]] as an analog VLSI design engineer until 1987. In 1987-1990, he was a part-time Research Engineer at the University of Adelaide, and also consulted for a number of companies including Austek Microsystems and British Aerospace. In 1990, he took up a position as a Lecturer at the University of Adelaide, where he completed his PhD in Electrical & Electronic Engineering in 1995 and graduated in 1997. He was promoted to Professor in 2006. He is a Fellow of the Institute of Electrical & Electronic Engineers and also a Fellow of the Institute of Physics.

	}}		}}

Henryho at 04:31, 31 May 2019

2019-05-31T04:31:08Z

@@ Line 1: / Line 1: @@
-{{Infobox person
+{{Infobox
-| person_name = Derek Abbott
+|title        = Derek Abbott
-| image_name  = derek_abbott.png
-| birth_date  = 1960
+}}

Henryho at 04:16, 31 May 2019

2019-05-31T04:16:20Z

@@ Line 1: / Line 1: @@
 {{Infobox person
 | person_name = Derek Abbott
-| Description = to our knowledge
+| image_name  = derek_abbott.png
-}}
+| birth_date  = 1960
 '''Derek Abbott''' was born in South Kensington, London UK in 1960. In 1978, he began work at the [[GEC Hirst Research Centre]], London, UK, and graduated from [[Loughborough University]], UK, with a BSc (Hons) in Physics. At Hirst, he was a Research Engineer until 1986, working in CCD, SOS, CMOS, and vacuum microelectronic technologies. He also worked on solid-state image sensors in the optical and infrared regimes. He migrated to Australia in 1986, and worked at [[Austek Microsystems]] as an analog VLSI design engineer until 1987. In 1987-1990, he was a part-time Research Engineer at the University of Adelaide, and also consulted for a number of companies including Austek Microsystems and British Aerospace. In 1990, he took up a position as a Lecturer at the University of Adelaide, where he completed his PhD in Electrical & Electronic Engineering in 1995 and graduated in 1997. He was promoted to Professor in 2006.  He is a Fellow of the Institute of Electrical & Electronic Engineers and also a Fellow of the Institute of Physics.