Dynamic Task Scheduling Based on Abelian Sandpile and Rotor-Router Models | Zendy

Hayk E. Nahapetyan | Zendy; Suren Poghosyan | Zendy

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Dynamic Task Scheduling Based on Abelian Sandpile and Rotor-Router Models

Author(s) -

Hayk E. Nahapetyan,

Suren Poghosyan

Publication year - 2018

Publication title -

mathematical problems of computer science

Language(s) - English

Resource type - Journals

eISSN - 2738-2788

pISSN - 2579-2784

DOI - 10.51408/1963-0005

Subject(s) - abelian sandpile model , computer science , distributed computing , router , scheduling (production processes) , visualization , software , emulation , artificial intelligence , computer network , engineering , operating system , statistical physics , operations management , physics , economics , economic growth

This study is dedicated to the possible usage of self-organized criticality models in large-scale computing systems for load balancing and energy-awareness. Methods and software tools aimed at modeling and visualization of dynamic tasks scheduling in virtual distributed systems constructed over sandpile and rotor-router models, are also presented.

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