ABSTRACT This paper describes a generalized distributed simulation framework that has been developed at the University of Toronto. The proposed framework is characterized by the ability to integrate diverse numerical integration and substructure modules and experimental specimens. This feature is enabled by a standardized data-exchange format and a communication protocol through which any potential integration or substructure modules can communicate with each other. The data-exchange format is designed with the information required for various simulation purposes such as real-time simulation, hybrid simulation with thermal load, etc. Current development of the simulation framework is presented through several application examples, which are rarely seen from previous simulations.

中文翻译：

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一个广义的数值/实验分布式仿真框架

摘要 本文描述了多伦多大学开发的通用分布式仿真框架。所提出的框架的特点是能够整合不同的数值积分和子结构模块和实验样本。此功能由标准化的数据交换格式和通信协议启用，通过该协议，任何潜在的集成或子结构模块都可以相互通信。数据交换格式是根据各种仿真目的所需的信息设计的，例如实时仿真、带热负载的混合仿真等。 通过几个应用示例介绍当前仿真框架的发展，这在以前的仿真中很少见.