Recovery Algorithms: An Analysis

Schagaev, Igor; Zouev, Eugene; Thomas, Kaegi

doi:10.1007/978-3-030-21244-5_10

Cited by 1 publication

(8 citation statements)

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“…The traditional process of monitoring faults as an algorithm was already generalized using our approach of [1][2][3]. An extension of our algorithm of fault tolerance we have called the generalized algorithm of fault tolerance (GAFT) [1][2][3]. Figure 1 illustrates this.…”

Section: The Generalized Algorithm Of Fault Tolerance For Health Mana...mentioning

confidence: 99%

“…In turn, for computer system designs a combination of HW and SSW implementation should be quite effective depending on the variety of tolerated faults and the acceptable level of performance degradation, if it is the only option. It is clear that GAFT should deal with malfunctions first, as we wrote already in [1][2][3] and elsewhere. Moreover, dealing with diseases we should be pursuing the principles of ASAP and ALAP -as soon as possible and as local as possible.…”

Section: In Our Terms Let Us See What Health State Means For Various ...mentioning

confidence: 99%

“…GAFT can be initiated and operating as background process permanently, it can be activated differently, using rules, such as activation of some hardware for fault detection, periodic testing or maintenance procedures [3]. GAFT can be performed synchronously or asynchronously using hardware or software redundancy.…”

Section: In Our Terms Let Us See What Health State Means For Various ...mentioning

confidence: 99%

“…Also, our further algorithms of searching a correct state of a system, "guilty" element, and analysis of potential damages with formation or "recovery line, to restore system as good as possible" become powerful extension of GAFT for challenging applications not only like avionic systems, aircraft as a whole but the diagnostic of diseases of human -individually, nationally and internationally. In all our papers since 1983 [5], [6], [7], and books [1][2][3], we showed that fault tolerance should be treated as a process. In this work, we elaborate further this process into a clearly defined algorithm and develop a framework to the design of fault tolerant systems as health monitoring system.…”

Section: Introductionmentioning

confidence: 99%

“…This categories are not rigorous -what was not recoverable recently due to progress of treatments might be cured today. In engineering -through all our books on fault tolerance and active system control [1][2][3], and classic of reliability [4], it becomes clear that to increase reliability of a system it is worth to make our best efforts to eliminate the impact of malfunctions.…”

Section: Introductionmentioning

confidence: 99%

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Quantified Methodology of Health

Schagaev¹,

Geurkov²

2023

Preprint

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Fault tolerance in science and engineering so far was considered as a property of a system. If we think a bit deeper, it can be discovered that it is actually a process, that has to be pursued from the conceptual, design phase of a project up to the complete end and scrap value of the product. To deal with this process, we have introduced A Generalized Algorithm of Fault Tolerance. An implementation analysis of this algorithm - if we make it rigorous - might be useful for analysis of complex systems like a health care. Various options of dealing with diseases, along proposed algorithm, diagnosis and treatment (recovery), separation of diseases in terms of lethality, enable to analyze their different “power” at various steps. Implementation of an algorithm as a tool to analyze efficiency of healthcare efforts enable to create a quantifiable analysis of overall performance of healthcare system. A technical concept of fault tolerance is proposed, which should be applied for the analysis of health care and health monitoring. Along the text, when possible, health maintenance was discussed in terms of a technical system. This approach, when applied in the future, might become a core of analysis, rigor analysis of health systems and health management. This work is just the first step and invitation to researchers from related domains to start thinking about the path suggested.

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