Multiversion environment creation for control algorithm execution by autonomous unmanned objects

Ковалев, И В; Зеленков, П В; Лосев, В. В.; Ковалев, Д. И.; Ивлева, Н В; Сарамуд, М В

doi:10.1088/1757-899x/173/1/012025

Cited by 12 publications

(6 citation statements)

References 2 publications

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“…• набор подсистем, обеспечивающих основной и «полезный» функционал отказоустойчивого объекта мониторинга [10].…”

Section: постановка задачи и методы исследованияunclassified

“…требует надежной обработки информации, что, в свою очередь, предъявляет высокие требования по надежности к программным средствам [1][2][3][4][5][6][7][8]. Очевидно, что компьютерные системы мониторинга и контроля объектов, работающих в режиме реального времени, играют очень важную роль в обеспечении их безопасности, поэтому всегда существует потребность в высококачественном программном обеспечении [9][10][11][12].…”

Section: Introductionunclassified

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Analysis of the transactional structure of software in monitoring systems for fault-tolerant objects

Mansurova¹,

Kovalev²,

Podoplelova³

et al. 2022

Proceedings of II All-Russian Scientific Conference "Science, Technology, Society"

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The article provides an overview of approaches to the analysis of the transactional structure of software in systems for monitoring fault-tolerant objects. These objects, as a rule, are distributed and operate in real time. It is shown that computer systems for monitoring and controlling objects operating in real time play a very important role in ensuring their safety, so there is always a need for high-quality software. The aim of the work is to increase the efficiency of the analysis of the transactional reliability of software systems for information processing and monitoring by automating the simulation of the life cycle of the transactional structure of the software. Modeling the life cycle of a software transactional structure is primarily associated with the formalization of its processes and stages, as well as with the use of a methodology that allows describing the semantics of the processes and stages of the formation, implementation and maintenance of software. For visual modeling of the life cycle of the transactional structure of the software, the IDEF0 methodology is used, which allows you to build a functional model of the life cycle and describe the rules of this model, that is, the logical relationships between works.

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Section: постановка задачи и методы исследованияunclassified

Section: Introductionunclassified

Analysis of the transactional structure of software in monitoring systems for fault-tolerant objects

Mansurova¹,

Kovalev²,

Podoplelova³

et al. 2022

Proceedings of II All-Russian Scientific Conference "Science, Technology, Society"

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show abstract

“…The element of forgetting is needed to ensure the rapid response of the system to changes in versions behavior. In case when the versions significantly change their reliability when the input data stream changes, it is necessary to change quickly their rating for the most correct weighted voting [10].…”

Section: Modifications Of Existing Algorithmsmentioning

confidence: 99%

Simulation environment for the choice of the decision making algorithm in multi-version real-time system

Ковалев

Сарамуд

Лосев

2020

Information and Software Technology

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Nowadays the most effective way to improve the reliability of software is an approach with the introduction of software redundancy -multi-version programming. The reliability of a multi-version system is determined not only by the reliability of the versions that make it up, but to a greater degree by the decision making algorithm.Objective: Our objective is evaluation and selection of the most reliable voting algorithms in multi-version environments. In order to get this objective there is a need to check all the algorithms in the execution environment, simulating characteristic of the developed system. Thus, we obtain the characteristics of the quality of the algorithm operation in precisely those conditions in which it will work in the system that is developed. Method:The article suggests weighted voting algorithms with a forgetting element, as well as modifications of existing voting algorithms. To be able to check the quality of their work, the simulation environment has been implemented that simulates the operation of the software multi-version execution environment. Results:The article substantiates the use of the most reliable decision making algorithms in the decision block of the real-time operating system. A comparative analysis of decision making algorithms for the operation of the decision making block of the multi-version real-time execution environment has been carried out. Conclusions:The software implementation of the simulation environment that implements the simulations of versions with given characteristics is considered, not only classical decision making algorithms, but also the author's modifications are investigated. The environment allows to obtain the quality characteristics of all implemented decision making algorithms with given system characteristics.The modeling results are considered, the dependence of the system reliability indicators on its input parameters is shown, a comparative analysis of various decision making algorithms based on the modeling results is made.

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“…After all the versions gave an answer (response time limit in this model is absent [8]), the weights of the resulting classes are compared. Thus, the class with the greatest weight wins, but as it is seen, is not always a class, which the largest number of versions "voted".…”

Section: Software Implementation Of the Simulation Environmentmentioning

confidence: 99%

Model implementation of the simulation environment of voting algorithms, as a dynamic system for increasing the reliability of the control complex of autonomous unmanned objects

et al. 2017

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Abstract. In the article the question of application of redundant schemes for the development of faulttolerant software, in particular multiversion programming, is considered with reference to the task increasing the reliability of the control complex of autonomous unmanned objects. Modifications of the basic voting algorithms by an agreed majority and its fuzzy version are proposed. The software implementation of the simulation environment that implements the described approach and the proposed modified algorithms is considered. The results of the simulation the dependence of the reliability indicators of the system on its input parameters are shown by authors.

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Multiversion environment creation for control algorithm execution by autonomous unmanned objects

Cited by 12 publications

References 2 publications

Analysis of the transactional structure of software in monitoring systems for fault-tolerant objects

Analysis of the transactional structure of software in monitoring systems for fault-tolerant objects

Simulation environment for the choice of the decision making algorithm in multi-version real-time system

Model implementation of the simulation environment of voting algorithms, as a dynamic system for increasing the reliability of the control complex of autonomous unmanned objects

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