Self-Star Properties - Revision history

Jfromm: /* Forms and Types */

2009-01-03T07:59:13Z

Forms and Types

← Older revision		Revision as of 02:59, 3 January 2009
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	'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.		'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.

			'''Self-Design''' can be found in (unsupervised) [[Learning\|learning]] and [[Adaptation\|adaptation]].
	As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.		As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.
	The usually involve some form of '''Self-Reference'''. Yet the existing self-* properties of living systems are not exactly identical with the desirable self-* properties of artificial systems. Living systems are characterized by the following self-* properties or self-organizing processes. What all living systems have in common is [[Autopoiesis]] and [[Self-Organization]]. '''[[Self-Regeneration]]''' and '''Self-Reproduction''' can be found even in plants through metabolism and sex (in Greek, 'metabolos' means something fluctuating or changing, that is always changing or in perpetual change)		The usually involve some form of '''Self-Reference'''. Yet the existing self-* properties of living systems are not exactly identical with the desirable self-* properties of artificial systems. Living systems are characterized by the following self-* properties or self-organizing processes. What all living systems have in common is [[Autopoiesis]] and [[Self-Organization]]. '''[[Self-Regeneration]]''' and '''Self-Reproduction''' can be found even in plants through metabolism and sex (in Greek, 'metabolos' means something fluctuating or changing, that is always changing or in perpetual change)

Jfromm: /* Forms and Types */

2008-12-07T14:39:42Z

Forms and Types

← Older revision		Revision as of 09:39, 7 December 2008
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	[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]		[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]

	'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''[[Self-Cleaning]]''', '''[[Self-Healing]]''' or '''[[Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well). '''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.		'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''[[Self-Cleaning]]''', '''[[Self-Healing]]''' or '''[[Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).

			'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.

	As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.		As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.

Jfromm: /* Forms and Types */

2008-12-07T14:39:20Z

Forms and Types

← Older revision		Revision as of 09:39, 7 December 2008
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	[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]		[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]

	'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''[[Self-~~Healing\|~~Self-Healing]]''' or '''[[~~Self-Repairing\|~~Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).		'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''[[Self-Cleaning]]''', '''[[Self-Healing]]''' or '''[[Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well). '''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.
	'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.

	As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.		As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.

Jfromm: /* Forms and Types */

2008-12-07T14:24:47Z

Forms and Types

← Older revision		Revision as of 09:24, 7 December 2008
Line 31:		Line 31:
	[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]		[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]

	'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''Self-Healing''' or '''[[Self-~~Repair~~\|Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).		'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''[[Self-Healing\|Self-Healing]]''' or '''[[Self-Repairing\|Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).
	'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.		'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.

Jfromm: /* Forms and Types */

2008-12-07T14:23:37Z

Forms and Types

← Older revision		Revision as of 09:23, 7 December 2008
Line 31:		Line 31:
	[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]		[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]

	'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''Self-Healing''' or '''Self-Repairing''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems.		'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''Self-Healing''' or '''[[Self-Repair\|Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).
	Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb
	says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).
	'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.		'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.

Jfromm: /* Forms and Types */

2008-11-15T11:47:39Z

Forms and Types

← Older revision		Revision as of 06:47, 15 November 2008
Line 37:		Line 37:

	As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.		As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.
	The usually involve some form of '''Self-Reference'''. Yet the existing self-* properties of living systems are not exactly identical with the desirable self-* properties of artificial systems. Living systems are characterized by the following self-* properties or self-organizing processes. What all living systems have in common is [[Autopoiesis]] and [[Self-Organization]]. '''Self-Regeneration''' and '''Self-Reproduction''' can be found even in plants through metabolism and sex (in Greek, 'metabolos' means something fluctuating or changing, that is always changing or in perpetual change)		The usually involve some form of '''Self-Reference'''. Yet the existing self-* properties of living systems are not exactly identical with the desirable self-* properties of artificial systems. Living systems are characterized by the following self-* properties or self-organizing processes. What all living systems have in common is [[Autopoiesis]] and [[Self-Organization]]. '''[[Self-Regeneration]]''' and '''Self-Reproduction''' can be found even in plants through metabolism and sex (in Greek, 'metabolos' means something fluctuating or changing, that is always changing or in perpetual change)
	, '''Self-Movement''', '''Self-Control''' and '''Self-Defense''' in animals due to digestion, cognition, and the immune system, and finally '''Self-Awareness''' and '''Self-Consciousness''' in humans. In other words the application of the principles found in natural systems to artificial and distributed systems is, unfortunately, not an easy, straightforward process. We cannot simply obtain amazing self-* properties in artificial systems just by imitating nature. A self-reproductive application is known as a dangerous virus, a self-defending system can be a nightmare, and a self-regenerative application can perhaps prevent a deactivation.		, '''Self-Movement''', '''Self-Control''' and '''Self-Defense''' in animals due to digestion, cognition, and the immune system, and finally '''Self-Awareness''' and '''Self-Consciousness''' in humans. In other words the application of the principles found in natural systems to artificial and distributed systems is, unfortunately, not an easy, straightforward process. We cannot simply obtain amazing self-* properties in artificial systems just by imitating nature. A self-reproductive application is known as a dangerous virus, a self-defending system can be a nightmare, and a self-regenerative application can perhaps prevent a deactivation.

Jfromm: /* Forms and Types */

2008-11-15T11:46:36Z

Forms and Types

← Older revision		Revision as of 06:46, 15 November 2008
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	Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb		Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb
	says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).		says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).
	'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''Self-Protection''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.		'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.

	As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.		As the prefix self-* suggests, such self-* properties occur indeed often in self-organizing systems.

Jfromm: /* Conclusion */

2008-11-15T11:44:53Z

Conclusion

← Older revision		Revision as of 06:44, 15 November 2008
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	* self-optimizing -> slow-down, halt, stop		* self-optimizing -> slow-down, halt, stop

	Any strong self-* property could also lead to rejection or overwriting of		Any automatic or strong self-* property without a conscious controller
	manual changes, or to the inability to ~~deactive~~ the ~~system~~ - to the loss of		in the loop has the advantage that it can react fast and immediately.
			But it could also lead to rejection or overwriting of manual changes,
			or to the inability to deactivate the self-* mechanism - to the loss of
	control. The fear that we will lose control of our software, if it is modified to		control. The fear that we will lose control of our software, if it is modified to
	be more like living systems is justified.		be more like living systems is justified.

Jfromm: /* Protection, Pain and Allergies */

2008-11-15T11:41:34Z

Protection, Pain and Allergies

← Older revision		Revision as of 06:41, 15 November 2008
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	=== Protection, Pain and Allergies ===		=== Protection, Pain and Allergies ===

	~~Pain is an unpleasant sensation resulting from the intricate interplay between~~		[[Self-Protection\|Self-protection]] can have very severe consequences
	~~sensory~~ and ~~cognitive mechanisms. It is associated with actual or~~		and side-effects if the integrity of the self is affected: if the self
	~~potential tissue damage in natural organisms. Although it is unpleasant,~~		is not recognized correctly, allergies and autoimmune diseases occur.
	~~it is a necessary mechanism~~ of ~~systems with~~ the ~~capability of effective selfprotection.~~		The system attacks itself if the self cannot be distinguished
	~~Effective self-protection means fast~~ self~~-protection. The rapid~~		correctly from the non-self.
	~~warning through pain~~ is ~~a critical component of~~ the ~~body’s defense system.~~		Pain is also a consequence of self-protection, it seems to be
	~~Pain~~ is ~~an unpleasant sensation resulting from the intricate interplay between~~		a general, necessary mechanism of systems with the capability
	~~sensory and cognitive mechanisms. A painful stimulus leads to a massive~~		of self-protection, because it signals the place where the
	~~activation of multiple units~~, and ~~prevents at the same time any actions~~		self-protecting mechanisms fail or where they are badly needed.
	~~associated with it~~. ~~It is characterized by a loss in the flow of information, or~~
	in the ~~members of the system.~~

	* A trainer of a sports team feels pain if his players are banned from the ~~field, and he cannot send in new players~~.
	* A general feel pain if his army loses in a ~~continued campaign lots~~ of ~~soldiers~~, ~~and he cannot replace them with new ones.~~
	* A bishop feel pain if his church loses lots of members, while the number of new members is sinking, too. A chief of a political party will do the same

	~~Pain~~ seems to be a general, necessary mechanism of systems with the
	~~capability~~ of self-protection, because it signals the place where the ~~selfprotecting~~
	mechanisms fail.
	~~Another negative side-effect of self-protection are autoimmune diseases~~
	~~and allergies. In autoimmune diseases the body attacks the ‘self’ and its~~
	~~own cells, examples are Diabetes Mellitus (type 1)~~ or ~~Multiple Sclerosis. In~~
	~~allergies, the body attacks harmless targets which~~ are ~~normal parts of the~~
	~~body: allergens such as dust, pollen, or certain foods. In both cases, the body~~
	~~attacks parts of itself which are harmless. The distinction between self/nonself~~
	~~and harmless/harmful goes wrong. In autoimmune diseases, parts of the~~
	~~self are mistaken for hostile agents, and in allergies, harmless targets are~~
	~~mistaken for harmful intruders.~~
	~~Most autoimmune diseases are probably the result of multiple circumstances,~~
	~~for example, a genetic predisposition triggered by an infection. Autoimmune~~
	~~diseases result from at least three different interacting components:~~
	~~genetic, environmental and regulatory. A unifying concept for the explanation~~
	~~of an autoimmune disease needs “to incorporate genetic predisposition,~~
	~~environmental factors and immune dysregulation”, as Ermann and Fathman~~
	~~argue~~.

	=== Rejuvenation and Cancer ===		=== Rejuvenation and Cancer ===

Jfromm: /* Rejuvenation and Cancer */

2008-11-15T11:33:10Z

Rejuvenation and Cancer

← Older revision		Revision as of 06:33, 15 November 2008
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	=== Rejuvenation and Cancer ===		=== Rejuvenation and Cancer ===

	[[Self-Rejuvenation\|Self-rejuvenation]] and [[Self-Regeneration\|self-regeneration]] can have very severe consequences, because they affect the integrity and structure of the system itself. If a [[Complex_Adaptive_System\|complex adaptive system]] has a built-in [[Self-Rejuvenation\|self-rejuvenation]] ability, and it grants it’s agents the rights to create and to found new elements, these elements can severely damage or threaten the function of the whole system. Any system which is able to remould and reinvent itself can replace itself by something else.		[[Self-Rejuvenation\|Self-rejuvenation]] and [[Self-Regeneration\|self-regeneration]] can have very severe consequences, because they affect the integrity and structure of the system itself. If a [[Complex_Adaptive_System\|complex adaptive system]] has a built-in [[Self-Rejuvenation\|self-rejuvenation]] ability, and it grants it’s agents the rights to create and to found new elements, these elements can severely damage or threaten the function of the whole system. Any system which is able to remould and reinvent itself can replace itself by something else. It seems as if [[Rejuvenation and Cancer\|rejuvenation and cancer]] are closely related to each other.

	=== Conclusion ===		=== Conclusion ===

← Older revision		Revision as of 09:24, 7 December 2008
Line 31:		Line 31:
	[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]		[[Image:SelfStarProperties.png\|thumb\|400px\|The basic Self-* Properties and the four sections of Autonomic Computing]]

	'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''Self-Healing''' or '''[[Self-~~Repair~~\|Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).		'''Self-Configuration''' is the automated configuration of components and systems. Autonomic systems will configure themselves automatically in accordance with high-level policies that specify what is desired, not how it is to be accomplished. '''[[Self-Optimization]]''' means systems, sub-systems and components continually seek opportunities to improve their own performance and efficiency. It requires the autonomous ability of identifying and seizing opportunities to make the system more efficient in performance or cost. '''[[Self-Healing\|Self-Healing]]''' or '''[[Self-Repairing\|Self-Repairing]]''' is the ability of a system to automatically detect, diagnose, and repair localized software and hardware problems. Self-Healing requires monitoring, detection and diagnosis of faults and errors: an old Latin proverb says "Bene diagnoscitur, bene curatur" (Something that is well diagnosed can be cured well).
	'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.		'''Self-Stabilization''' refers to a system's ability to recover automatically from unexpected faults. '''[[Self-Protection]]''' is finally a property of systems which automatically defend themselves against malicious attacks or cascading failures. It uses early warning to anticipate and prevent systemwide failures. Other useful self-properties are related to analysis and diagnosis: '''Self-Describing''' and '''Self-Explaining''' systems are useful if we want to understand distributed systems which are getting more and more complex. They are also necessary for intelligent autonomous systems with the abilities of self-healing. Less intelligent systems must rely on restart of affected components, which is the foundation of the [[Recovery-Oriented Computing]] (ROC). All these properties are desirable, because the deploying, operating and maintaining of complex systems can be very costly, difficult and expensive. Modern [[Distributed System\|distributed systems]] are inherently complex.