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Linear Consensus Algorithms Based on Bal...

Bolouki, Sadegh...

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Linear Consensus Algorithms Based on Balanced Asymmetric Chains by Bolouki, Sadegh ( Author )

Content Provider	Lemonjar Open Access
Publisher	Australian National University
Publication Date	11-08-2023
Summary	Multi agent consensus algorithms with update steps based on so-called balanced asymmetric chains, are analyzed. For such algorithms it is shown that (i) the set of accumulation points of states is finite, (ii) the asymptotic unconditional occurrence of single consensus or multiple consensuses is directly related to the property of absolute infinite flow for the underlying update chain. The results are applied to well known consensus models.
ISBN	-
Item Type	Article
File Type	pdf
File Size	30.00 KB
Language	English
Subjects	-
Unlimited	MYR 0.01
Total read	-
URL	http://arxiv.org/abs/1204.6093

Citation

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AMA 11th EditionReferences

Bolouki, Sadegh. Linear Consensus Algorithms Based on Balanced Asymmetric Chains. Australian National University. August 11, 2023. Accessed October 02, 2025. https://online.provdatabase.com/cite/15881

APA 7th EditionReferences

Bolouki, Sadegh. (2023). Linear Consensus Algorithms Based on Balanced Asymmetric Chains. Australian National University. https://online.provdatabase.com/cite/15881

Chicago 17th EditionReferences

Bolouki, Sadegh. Linear Consensus Algorithms Based on Balanced Asymmetric Chains. Australian National University. 2023. https://online.provdatabase.com/cite/15881

HarvardReferences

Bolouki, Sadegh. (2023). Linear Consensus Algorithms Based on Balanced Asymmetric Chains. [Online]. Australian National University. Available from: https://online.provdatabase.com/cite/15881. (Accessed 02 October 2025).

Harvard AustraliaReferences

Bolouki, Sadegh, 2023, Linear Consensus Algorithms Based on Balanced Asymmetric Chains, Australian National University, viewed 02 October 2025, <https://online.provdatabase.com/cite/15881>

MLA 9th EditionWorks Cited

Bolouki, Sadegh. Linear Consensus Algorithms Based on Balanced Asymmetric Chains. Australian National University, 2023. PROV Database, https://online.provdatabase.com/cite/15881.

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