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SDI助推段防御仿真程序（EOI SIM）可以详细地模拟星载探测系统和武器系统对洲际弹道导弹（ICBM）助推段的防御作战。它可用来分析战略防御不同方案和不同作战原则。仿真将包含星载主、被动探测器、硬体跟踪器和照射器、定向能武器、半主动寻动能武器以及与其有关的作战管理和C3系统的仿真。ICBM威胁仿真可模拟包括飞行器、射点、落点以及发射时序在内的不同组合方案。该仿真程序由 1万 5千余行 FORTRAN77程序行构成,它可以在大型 IBM主机、VAX11/780、PRIME和IBM PC/AT计算机上运行。仿真程序块包括:P1-预处理程序,它允许用户从探测器、武器、ICBM标准参数的文件中选择输入数据;P2-预置程序块,通过预先运算选择的参数使仿真尽可能地节省时间;P3-主程序块,它采用事件仿真方法模拟助推段防御;P4-后处理程序,图形输出结果统计值并保留一个与有扩展板程序的 PC计算机连接的接口。 该仿真程序集中做了＊。下几方面的努力:a,尽可能准确和快而又满足结果有效性的动态计算;b,为了确保计算有效,给出详细的战况输出;C,所模拟的实体和体系结构最大限度地通用化;d,由于用户可以从威胁和防御作战各文件中自由选取探测器、武器、1＊BM等的数据,使人们很容易使用该程序。
The SDI boost simulation (EOI SIM) simulates in detail the defensive operations of spaceborne sounding systems and weapons systems on the boost of ICBM. It can be used to analyze different aspects of strategic defense and different operational principles. The simulations will include simulations of satellite masters, passive detectors, hardware trackers and illuminators, directional energy weapons, semi-active search of energy weapons and their associated operations management and C3 systems. ICBM threat simulations simulate different combinations including aircraft, shootpoints, landing and launch timing. The emulator consists of more than 15,000 FORTRAN77 program lines that run on large IBM mainframes, VAX11 / 780, PRIME and IBM PC / AT computers. The simulation program block consists of: P1 - a preprocessing program which allows the user to select input data from files of detectors, weapons and ICBM standard parameters; P2 - a pre-programmed block that saves as much time as possible by pre-computing selected parameters ; P3 - the main block, which uses event simulation method to simulate boosting section defense; P4 - postprocessing program, the graphical output of the results of the statistics and to retain a PC board with an expansion board program interface. The simulation program focused on the *. The following efforts: a, as far as possible accurate and fast and to meet the validity of the results of the dynamic calculation; b, in order to ensure that the calculation is valid, gives a detailed output of the war situation; C, the simulated entities and architectures to maximize universal D; Users can easily access the data of detectors, weapons, 1 * BM, etc. from the files of threat and defensive operations.