An easy way to boost home calculation performance with HGRID

Sergey A. Balabaev, Sergey Lupin

Abstract


The paper considers an approach to increasing the computing power of a personal computer by integrating a distributed system of smartphones with it. An overview of the main hardware and software features of mobile devices is given. Based on the analysis of sources, software for integrating mobile devices with a PC has been developed. It allows you to load the calculated task onto nodes, run it, accumulate the results obtained from the nodes, and display the calculation result. Interaction between devices occurs over the network. The used node load balancing algorithm allows combining smartphones of different generations, which differ significantly in performance, into a single environment. It is shown that for efficient operation, it is necessary to use value based on the actual performance of the nodes as the load factor. The paper presents the results of solving the problem of training a neural network in a distributed environment organized using the developed software. They confirm the possibility of increasing the productivity of home computing by including a distributed system of smartphones in this process.

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References


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