BlockSim: A Simulation Framework for Blockchain Systems

Maher Alharby; Aad van Moorsel

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BlockSim: A Simulation Framework for Blockchain Systems

机译：BlockSim：区块链系统的仿真框架

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Both in the design and deployment of blockchains many configuration choices need to be made. Investigating different implementation and design choices is not feasible or practical on real systems. Therefore, we propose BlockSim as a framework to build discrete-event dynamic system models for blockchain systems. BlockSim is organized in three layers: incentive layer, connector layer and system layer and is implemented in Python. This paper introduces BlockSim, with a particular emphasis on the modeling and simulation of block creation through the Proof of Work consensus algorithm.

机译：在区块链的设计和部署中，都需要做出许多配置选择。在实际系统上研究不同的实现和设计选择是不可行或不实际的。因此，我们建议使用BlockSim作为框架，为区块链系统构建离散事件动态系统模型。 BlockSim分为三层：激励层，连接器层和系统层，并用Python实现。本文介绍了BlockSim，特别强调了通过工作量证明共识算法进行块创建的建模和仿真。

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来源
《Performance evaluation review》 |2018年第3期|135-138|共4页
作者
Maher Alharby; Aad van Moorsel;
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作者单位

School of Computing, Newcastle University, UK;

School of Computing, Newcastle University, UK;

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原文格式 PDF
正文语种 eng
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关键词
Blockchain; Proof of Work; discrete-event simulation;

机译：区块链工作证明;离散事件模拟;

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1. ponent interactions that could affect MTBF, as well as operating Conditions. Once the system MTBF value is computed, the next step is to model the application.Reliasoft offers a tool called BlockSim that can be used to simulate a system from a reliability perspective. Each component in the system is represented by a block, and the blocks are linked together to form a system (Figure 2). [J] . Engineered systems . 2011,第9期

机译：可能影响MTBF以及操作条件的元件相互作用。一旦计算出系统的MTBF值，下一步就是对应用程序进行建模。Reliasoft提供了一个名为BlockSim的工具，该工具可用于从可靠性角度模拟系统。系统中的每个组件都由一个块表示，并且这些块链接在一起以形成一个系统（图2）。
2. Operational and Economic Feasibility Area Estimation for Peer-to-Peer Consortium of Storage Systems in a Blockchain Framework [J] . Khani Hadi, Farag Hany E. Z., El-Saadany Ehab F. IEEE systems journal . 2021,第1期

机译：区块链框架的储存系统的对等联盟的运营和经济可行性区域估算
3. IoTCop: A Blockchain-Based Monitoring Framework for Detection and Isolation of Malicious Devices in Internet-of-Things Systems [J] . Seshadri Sreenivas Sudarshan, Rodriguez David, Subedi Mukunda, Internet of Things Journal, IEEE . 2021,第5期

机译：IOTCOP：基于区块链的监控框架，用于在互联网系统中检测和隔离恶意设备
4. BLOCKSIM-application of non-linear modelling and simulation in fuzzy control system design [C] . Winter, M., Schockenhoff, . 1994

机译：BLOCKSIM-非线性建模与仿真在模糊控制系统设计中的应用
5. Cybersecurity Framework and Algorithms for Prioritized Vulnerability Mitigation (Cyfer): An Adoption to Blockchain Systems [D] . Gourisetti, Sri Nikhil Gupta. 2019

机译：用于优先级漏洞缓解（CYFER）的网络安全框架和算法：通过扩展系统的采用
6. BPRF: Blockchain-based privacy-preserving reputation framework for participatory sensing systems [O] . Hyo Jin Jo, Wonsuk Choi 2019

机译：BPRF：基于区块链的隐私保护声誉框架用于参与式传感系统
7. A Blockchain-Enabled Framework for mHealth Systems [O] . Dragos Daniel Taralunga, Bogdan Cristian Florea 2021

机译：支持区块链条的MHEALTE系统框架

BlockSim: A Simulation Framework for Blockchain Systems

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