The MACK tactical system is a highly Mobile Command and Control system. To monitor system performance for the MACK tactical system, analysis was conducted to support the design and development of the logic for the functional elements of the Operational and Recording Programs and their interface capability with the Executive and with associated peripheral equipments. This analysis provided the capability for continuous monitoring of the operating environment from the point of sequencing computer subprograms, allocating the necessary storage requirements and satisfying response time requirements. This analysis was conducted by the development of a Monte Carlo Process for Determining Response Times for Tactical Systems simulation program.
MACK战术系统是高度机动的指挥与控制系统。为了监视MACK战术系统的系统性能,进行了分析,以支持设计和开发操作和记录程序的功能元素的逻辑及其与执行人员和相关外围设备的接口功能。这种分析提供了从对计算机子程序进行排序的角度连续监视操作环境,分配必要的存储要求并满足响应时间要求的能力。该分析是通过开发用于确定战术系统仿真程序响应时间的蒙特卡洛程序进行的。 P>
Hughes Aircraft Company, Ground Systems Group, Fullerton, California;
机译:确定维护系统可靠性和可用性的置信区间的蒙特卡洛方法
机译:确定两个常用探测器之间间接测量α粒子辐射活性的响应关系的蒙特卡洛方法
机译:确定地面伽马射线场现场测量的便携式伽马探测器响应的蒙特卡洛方法
机译:确定水下光通信信道时间响应的蒙特卡洛模型的实验验证
机译:用于光散射的四阶辛有限差分时域(FDTD)方法和用于散射系统中辐射传递的三维蒙特卡罗代码。
机译:图形处理单元上不均匀反应-漂移-扩散系统的多维介观蒙特卡洛模拟
机译:GEANT4蒙特卡洛模拟,用于描述SiPM和LYSO耦合检测系统的时间响应
机译:sCINFUL:基于蒙特卡罗的计算机程序,用于确定闪烁体对E sub的中子检测的全能量响应,介于0.1和80 meV之间:程序开发和程序预测与实验数据的比较