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系统仿真是以高科技手段(控制论、系统工程理论及计算机技术)为基础,建立研究对象(系统、事件或过程)的数学模型或物理模型,借助计算机和各类光、电、声、力学等物理效应装置,对系统的性能、事件的特征或过程的发展进行试验研究、预测和分析评定的一门综合性技术。系统仿真在减少损失、节约开支、缩短开发周期、提高生产效率、提高产品质量等方面起着重要作用。航天科工生态系统仿真技术(北京)有限公司(以下简称航天科工生态仿真公司)依托航天领域系统仿真技术优势,致力于系统仿真技术相关工具和应用软件的开发、相应仿真平台的建设,以及为各领域的顶层规划和宏观/微观决策提供技术支持和技术服务。近日,本刊记者采访了航天科工生态系统仿真技术(北京)有限公司总经理景韶光(以下简称景总)。
System simulation is based on high-tech means (cybernetics, systems engineering theory and computer technology) as the basis for the establishment of the research object (system, event or process) of the mathematical model or physical model, with the help of computers and various types of light, electricity, sound, mechanics And other physical effects of the device, the performance of the system, the characteristics of the event or process of experimental research, prediction and analysis of a comprehensive assessment of technology. System simulation plays an important role in reducing losses, saving costs, shortening the development cycle, improving production efficiency and improving product quality. Aerospace Science and Technology Ecosystem Simulation Technology (Beijing) Co., Ltd. (hereinafter referred to as Aerospace Science and Technology Co., Ltd. Ecological Simulation) relies on aerospace field of system simulation technology, dedicated to system simulation technology related tools and application software development, the corresponding simulation platform construction, and Provide technical support and technical services for top-level planning and macro / micro decision-making in various fields. Recently, our correspondents interviewed Jing Shaoguang, general manager of Aerospace Science and Technology Ecosystem Simulation Technology (Beijing) Co., Ltd. (hereinafter referred to as Kingview).