公开(公告)号：KR101456145B1

公开(公告)日：2014-11-04

申请号：KR1020140062343

申请日：2014-05-23

Applicant: 국방과학연구소

Inventor： 강민아 ,  문세훈 ,  정진웅

IPC: G06F19/00

CPC classification number: G09B9/003 ,  G06F17/18

Abstract: 본 발명에 따른 터널 내외의 폭압에 의한 인원 및 장비 피해 산출방법은, 폭압형 무기의 폭발위치 또는 표적의 위치 중 적어도 어느 하나가 터널의 내부에 위치하는 경우에 상기 폭발위치와 표적의 위치에 따라 각 표적에 작용하는 폭압과 충격량을 계산하는 폭압 및 충격량 산출단계(S110)와, 상기 표적이 인원(人員)인 경우, 무력화비율에 따른 치사반경을 구하고, 각 치사반경별로 인원표적에 작용하는 폭압과 충격량을 산출하는 인원표적 취약성 산출단계(S120)와, 개별 인원표적의 무력화확률을 구하는 인원표적 무력화확률 산출단계(S130)와, 상기 표적이 장비인 경우, 치사반경에서 장비표적에 작용하는 폭압과 충격량을 산출하는 장비표적 취약성 산출단계(S140)와, 개별 장비표적의 파괴확률을 구하는 장비표적 파괴확률 산출단계(S150)와, 상기 인원표� � 무력화확률 산출단계(S130)에서 구해진 개별 인원표적의 무력화확률과 상기 장비표적 파괴확률 산출단계(S150)에서 구해진 개별 장비표적의 파괴확률로부터 전체 인원표적 또는 전체 장비표적의 피해도를 산출하는 표적피해도 산출단계(S160)를 포함한다.

Abstract translation: 根据本发明，对隧道内外的爆炸引起的压力造成的对设备和人员造成的损害的方法包括计算爆炸引起的压力和对每个目标的影响的爆炸压力和冲击计算步骤（S110） 当爆炸诱发的压力型武器的爆炸位置和目标的位置中的至少一个在隧道中时，根据目标的位置和爆炸位置; 根据目标人数计算死亡半径的人目标脆弱性计算步骤（S120），根据每个致命半径计算爆炸引起的压力和对目标的影响; 计算每个人目标的失能概率的人目标丧失能力概率计算步骤（S130）; 设备目标脆弱性计算步骤（S140），当目标是设备时，计算爆炸引起的压力和对致命半径的设备目标的影响; 计算每个设备目标的断裂概率的设备目标破坏概率计算步骤（S150）; 以及目标伤害程度计算步骤（S160），其根据在人目标丧失行为能力计算步骤（S130）中计算的每个人目标的无能力概率来计算整个设备目标或全体目标的伤害程度（S130）和破坏概率 在设备目标破坏概率计算步骤中计算的每个设备目标（S150）。

公开(公告)号：KR101355932B1

公开(公告)日：2014-01-29

申请号：KR1020130068164

申请日：2013-06-14

Applicant: 국방과학연구소

Inventor： 문세훈 ,  정진웅 ,  강민아

IPC: G06F19/00

CPC classification number: G06Q50/26 ,  F41G3/26

Abstract: The present invention relates to a method for evaluating the weapon effectiveness of weapons represented by a carleton damage function. According to the embodiment of the present invention, the method for evaluating the weapon effectiveness of ON the area target of weapons includes a weapon effectiveness calculation step of calculating an expected fractional damage; and a weapon consumption calculation step. [Reference numerals] (230) Desired fractional damage rate; (231) Number of available weapons; (AA) Start; (BB) Input; (CC) Evaluate the weapon effectiveness; (DD) Estimate the consumption; (EE) End; (S200) Define the reliability of weapons; (S201) Define a carleton damage function; (S203) Define an area target; (S205) Define an aiming point; (S207) Define a normal distribution hit rate and a direct hit rate; (S209) Define normal distribution hit standard deviation; (S210) Calculate an expected damage rate by the direct hit; (S211) Calculate an expected damage rate by the normal distribution hit; (S213) Calculate an expected damage rate by one shooting of the weapon; (S220) Calculate the number of weapons meeting a desired demand; (S221) Calculate a desired damage rate by the available weapons

Abstract translation: 本发明涉及一种用于评估由卡尔顿损伤函数表示的武器的武器效能的方法。 根据本发明的实施例，用于评估武器区域目标的武器效能的方法包括计算预期分数损伤的武器效力计算步骤; 和武器消耗计算步骤。 （附图标记）（230）所需的分数损伤率; （231）可用武器数量; （AA）开始; （BB）输入; （CC）评估武器效能; （DD）估计消费; （EE）结束; （S200）定义武器的可靠性; （S201）定义卡尔顿损伤功能; （S203）定义区域目标; （S205）定义瞄准点; （S207）定义正常分布命中率和直接命中率; （S209）定义正态分布的标准偏差; （S210）通过直接命中计算预期的伤害率; （S211）通过正态分布计算计算预期的损伤率; （S213）通过一次射击武器计算预期的伤害率; （S220）计算满足所需需求的武器数量; （S221）用可用的武器计算所需的伤害率

公开(公告)号：KR101249804B1

公开(公告)日：2013-04-03

申请号：KR1020120034188

申请日：2012-04-03

Applicant: 국방과학연구소

Inventor： 문세훈 ,  정진웅 ,  강민아

IPC: G06F19/00 ,  G06F9/455

CPC classification number: F41G9/02 ,  G09B9/00

Abstract: PURPOSE: A method for calculating many to many weapon effects is provided to accurately calculate weapon effects by using killing probability according to altitudes and azimuths of a strike. CONSTITUTION: Simulation repetition time and an initial value of a simulation degree are inputted, and a weapon is launched to a target(b). The degree of the simulation is increased, and an individual strike of the weapon is determined(d). When there is a strike, the strike number and altitudes or azimuths of individual targets are calculated(e). The altitudes or azimuths in the individual targets are calculated by killing probability(f). A random number value for determining a killing state is generated by calculating the accumulated killing probability based on target killing probability(g). [Reference numerals] (a) N_s input, N_i=0; (AA) Simulation start; (b) Launching a damaging unit; (BB) Repetition number of simulation; (CC) Order of simulation; (d) Whether an individual target is struck; (DD) Strike number of a j-th target; (e) Calculating the strike number of individual targets and calculating the altitude and azimuth of each strike; (EE) Killing probability of the j-th target; (f) Calculating target killing probability according to killing levels; (FF,KK,NN) No; (g) Generating a random number value(T_Ni) for determining killing; (GG,II,MM) Yes; (HH) Target vulnerability data; (j) Calculating weapon effects; (JJ) Killing a target; (LL) Non-killing a target; (OO) Simulation end;

Abstract translation: 目的：提供一种计算许多武器效果的方法，以根据罢工的高度和方位使用杀伤概率来准确计算武器效果。 构成：输入模拟重复时间和模拟度初始值，向目标发射武器（b）。 模拟程度有所提高，武器的单独攻击得以确定（d）。 当发生罢工时，计算各个目标的罢工次数和高度或方位角（e）。 个别目标中的高度或方位通过杀死概率（f）计算。 通过基于目标杀伤概率（g）计算积累的杀伤概率来生成用于确定杀死状态的随机数值。 （a）N_s输入，N_i = 0; （AA）模拟开始; （b）发起一个有害的单位; （BB）仿真次数; （CC）仿真命令; （d）是否触及个别目标？ （DD）第j个目标的攻击次数; （e）计算各个目标的罢工次数，计算每次罢工的高度和方位; （EE）第j个目标的杀死概率; （f）根据杀戮程度计算目标杀伤概率; （FF，KK，NN）否; （g）生成用于确定杀戮的随机数值（T_Ni）; （GG，II，MM）是; （HH）目标脆弱性数据; （j）计算武器效果; （JJ）杀死目标; （LL）不杀死目标; （OO）模拟结束;