SimAIT: An Automatic Initialization Tool for Complex Simulation Systems

Sirui Bao, Feng Zhu, Yuliang Zhao, Laibin Yan, Yiping Yao
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Abstract

A simulation execution essentially depends on the initial condition, necessitating correct and efficient initialization. However, at present most of the initialization work is done manually, which leads to high costs and error-prone code. To solve this problems, this paper designed and implemented an automatic initialization tool-SimAITconsisting of three modules. Firstly, scenario files are parsed and stored in a NestedHashMap Storage (NHMS). And then the adapter interfacefunction library is established for assigning data in NHMS to variables. Finally based upon the above modules, the initialization program is generatedbyautomatic code generationmodule. As the case study shows, SimAIT can initialize the simulation systems automatically and efficiently, and the time consumption is obviously reduced compared to that ofwriting setup code manually.
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复杂仿真系统的自动初始化工具
模拟执行基本上取决于初始条件,因此需要正确和有效的初始化。然而,目前大多数初始化工作都是手工完成的,这导致了高成本和容易出错的代码。为了解决这一问题,本文设计并实现了一个由三个模块组成的自动初始化工具simait。首先,解析场景文件并将其存储在NestedHashMap Storage (NHMS)中。然后建立适配器接口函数库,将NHMS中的数据赋值给变量。最后在上述模块的基础上,通过自动代码生成模块生成初始化程序。案例研究表明,SimAIT可以自动、高效地初始化仿真系统,与手工编写设置代码相比,时间消耗明显减少。
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