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南京航空学院王宁生副教授主持完成的国家“七五”科技攻关项目“FMS多微机模拟仿真系统”,性能达到当代国际水平,在国内处于领先地位,已通过部级技术鉴定。 由于建立柔性制造系统的投资较大,涉及的技术复杂,实际开发有一定风险,往往因为考虑不周而造成决策上的失误。为此,建立系统前,必须应用仿真技术和多机模拟系统进行模拟规划设计,并对已设计的系统进行评价,以提供科学决策的依据,保证系统的合理性。FMS多微机模拟仿真系统由多台微机及相应的软件等组成,通过动画显示,模拟仿真整个系统的活动,如刀具流、工件流和刀具加工轨迹等,并能以表格形式输出仿真统计结果,使FMS系统设计的失误率减少到最低限度,并可提供提高设备利用率的途径,以
Associate Professor Wang Ningsheng from Nanjing Aeronautical Institute presided over the “FMS multi-computer simulation system” of the national “Seventh Five-Year Plan” scientific and technological project, achieving the contemporary international level and leading position in the country. It has passed the ministerial technical appraisal. Due to the large investment in establishing a flexible manufacturing system and the complicated technology involved, there is a certain risk in actual development, which often leads to policy-making mistakes due to poor consideration. To this end, before the establishment of the system, simulation technology and multi-machine simulation system must be used for simulation planning and design, and the system has been designed to provide a basis for scientific decision-making to ensure system rationality. The FMS multi-computer simulation system consists of multiple computers and corresponding software. Through the animation display, the whole system simulation activities such as tool flow, workpiece flow and tool machining trajectory can be simulated and the simulation results can be output in tabular form. Minimize the error rate in FMS system design and provide a way to increase equipment utilization to