A Real-Time Chain and Variable Bulk Arrival and Variable Bulk Service (VBAVBS) Model with λF
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ID: 114615
2020
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Abstract
This paper proposes a real-time chain and a novel embedded Markovian queueing model with variable bulk arrival (VBA) and variable bulk service (VBS) in order to establish and assure a theoretical foundation to design a blockchain-based real-time system with particular interest in Ethereum. Based on the proposed model, various performances are simulated in a numerical manner in order to validate the efficacy of the model by checking good agreements with the results against intuitive and typical expectations as a baseline. A demo of the proposed real-time chain is developed in this work by modifying the open source of Ethereum Geth 1.9.11. The work in this paper will provide both a theoretical foundation to design and optimize the performances of the proposed real-time chain, and ultimately address and resolve the performance bottleneck due to the conventional block-synchrony by employing an asynchrony by the real-time deadline to some extent.
| Reference Key |
park2020applieda
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| Authors | Nohpill Park;Abhilash Kancharla;Hye-Young Kim;Park, Nohpill;Kancharla, Abhilash;Kim, Hye-Young; |
| Journal | applied sciences |
| Year | 2020 |
| DOI |
10.3390/app10103651
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| URL | |
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