Abstract: This article proposes distributed algorithms free of Hessian for both time-invariant and time-varying optimization (TVO) problems. To this end, a subsystem is introduced to estimate the ...

Abstract: Fault-tolerant distributed algorithms contribute to the reliability and resilience of modern computation due to their fault-tolerant properties. Moreover, the increasing need for computing ...

schedule some execution in the future (hence modeling the cyclic nature of these algorithms) send a message to some process (including itself) Network latency can be modeled as a constant or based on ...

The study of population protocols and distributed algorithms occupies a pivotal position in the ongoing development of computational theory and its practical implementations. Population protocols ...

This work focuses on the study of state-of-practice distributed algorithms for general matrix multiplication and their shortcomings when executed in modern multi-node multi-GPU systems. By utilizing ...

Distributed systems comprise a network of independent computing nodes that collaborate to achieve shared objectives despite challenges such as network latency, asynchrony and process failures. At the ...

Distributed algorithms are the foundation on which system services are built. The aim of the module is to cover core algorithms by concentrating on three key attributes that are very significant in ...