Personal Autonomic Computing Reflex Reactions and Self-Healing

R Sterritt, DF Bantz

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19 Citations (Scopus)

Abstract

The overall goal of this research is to improve the self-awareness and environment-awareness aspect of personal autonomic computing (PAC) to facilitate self-managing capabilities such as self-healing. Personal computing offers unique challenges for self-management due to its multiequipment, multisituation, and multiuser nature. The aim is to develop a support architecture for multiplatform working, based on autonomic computing concepts and techniques. Of particular interest is collaboration among personal systems to take a shared responsibility for self-awareness and environment awareness. Concepts mirroring human mechanisms, such as reflex reactions and the use of vital signs to assess operational health, are used in designing and implementing the PAC architecture. As proof of concept, this was implemented as a self-healing tool utilizing a pulse monitor and a vital signs health monitor within the autonomic manager. This type of functionality opens new opportunities to provide self-configuring, self-optimizing, and self-protecting, as well as self-healing autonomic capabilities to personal computing

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Keywords

  • Autonomic computing (AC) environment aware personal autonomic computing (PAC) personal computing self-aware self-healing self-managing systems

Cite this

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title = "Personal Autonomic Computing Reflex Reactions and Self-Healing",
abstract = "The overall goal of this research is to improve the self-awareness and environment-awareness aspect of personal autonomic computing (PAC) to facilitate self-managing capabilities such as self-healing. Personal computing offers unique challenges for self-management due to its multiequipment, multisituation, and multiuser nature. The aim is to develop a support architecture for multiplatform working, based on autonomic computing concepts and techniques. Of particular interest is collaboration among personal systems to take a shared responsibility for self-awareness and environment awareness. Concepts mirroring human mechanisms, such as reflex reactions and the use of vital signs to assess operational health, are used in designing and implementing the PAC architecture. As proof of concept, this was implemented as a self-healing tool utilizing a pulse monitor and a vital signs health monitor within the autonomic manager. This type of functionality opens new opportunities to provide self-configuring, self-optimizing, and self-protecting, as well as self-healing autonomic capabilities to personal computing",
keywords = "Autonomic computing (AC) environment aware personal autonomic computing (PAC) personal computing self-aware self-healing self-managing systems",
author = "R Sterritt and DF Bantz",
note = "Other Details ------------------------------------ This paper is significant because it (i) introduced a novel Autonomic Computing construct, the ‘Pulse Monitor', illustrating its use in a Personal Computing Environment; (ii) was undertaken jointly with IBM, who introduced the autonomic computing initiative; (iii) has been taken forward with NASA, leading to 7 joint Patent applications; and (iv) is currently being implemented in NASA systems and other toolsets in Germany and USA. This early work in the emerging field led to Sterritt being invited by the IEEE to form a Task Force on Autonomous and Autonomic Systems (2005), which was upgraded to a Technical Committee in 2007.",
year = "2006",
month = "5",
day = "1",
doi = "10.1109/TSMCC.2006.871592",
language = "English",
volume = "36",
pages = "304--314",
journal = "IEEE Transactions on Systems, Man, and Cybernetics, Part C: Applications and Reviews",
issn = "1094-6977",
number = "3",

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AU - Sterritt, R

AU - Bantz, DF

N1 - Other Details ------------------------------------ This paper is significant because it (i) introduced a novel Autonomic Computing construct, the ‘Pulse Monitor', illustrating its use in a Personal Computing Environment; (ii) was undertaken jointly with IBM, who introduced the autonomic computing initiative; (iii) has been taken forward with NASA, leading to 7 joint Patent applications; and (iv) is currently being implemented in NASA systems and other toolsets in Germany and USA. This early work in the emerging field led to Sterritt being invited by the IEEE to form a Task Force on Autonomous and Autonomic Systems (2005), which was upgraded to a Technical Committee in 2007.

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N2 - The overall goal of this research is to improve the self-awareness and environment-awareness aspect of personal autonomic computing (PAC) to facilitate self-managing capabilities such as self-healing. Personal computing offers unique challenges for self-management due to its multiequipment, multisituation, and multiuser nature. The aim is to develop a support architecture for multiplatform working, based on autonomic computing concepts and techniques. Of particular interest is collaboration among personal systems to take a shared responsibility for self-awareness and environment awareness. Concepts mirroring human mechanisms, such as reflex reactions and the use of vital signs to assess operational health, are used in designing and implementing the PAC architecture. As proof of concept, this was implemented as a self-healing tool utilizing a pulse monitor and a vital signs health monitor within the autonomic manager. This type of functionality opens new opportunities to provide self-configuring, self-optimizing, and self-protecting, as well as self-healing autonomic capabilities to personal computing

AB - The overall goal of this research is to improve the self-awareness and environment-awareness aspect of personal autonomic computing (PAC) to facilitate self-managing capabilities such as self-healing. Personal computing offers unique challenges for self-management due to its multiequipment, multisituation, and multiuser nature. The aim is to develop a support architecture for multiplatform working, based on autonomic computing concepts and techniques. Of particular interest is collaboration among personal systems to take a shared responsibility for self-awareness and environment awareness. Concepts mirroring human mechanisms, such as reflex reactions and the use of vital signs to assess operational health, are used in designing and implementing the PAC architecture. As proof of concept, this was implemented as a self-healing tool utilizing a pulse monitor and a vital signs health monitor within the autonomic manager. This type of functionality opens new opportunities to provide self-configuring, self-optimizing, and self-protecting, as well as self-healing autonomic capabilities to personal computing

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