CAJ | 학술논문

为准确、快速计算跳伞投放诸元，建立了跳伞高度合成风、应飞磁航向、投放时间算法模型和降落轨迹模拟系统，实时给出逆风绳拉跳伞的投放诸元，绘制逆风绳拉跳伞平面投影轨迹、逆风绳拉跳伞原位立体降落轨迹和模拟跳伞降落轨迹。通过实际应用，验证了系统的有效性和实用性。该系统提高了跳伞投放计算的精度和速度，提高了跳伞指挥的工作效率，实现了跳伞指挥自动化。
위준학、쾌속계산도산투방제원，건립료도산고도합성풍、응비자항향、투방시간산법모형화강락궤적모의계통，실시급출역풍승랍도산적투방제원，회제역풍승랍도산평면투영궤적、역풍승랍도산원위입체강락궤적화모의도산강락궤적。통과실제응용，험증료계통적유효성화실용성。해계통제고료도산투방계산적정도화속도，제고료도산지휘적공작효솔，실현료도산지휘자동화。
In this paper, an algorithm model concluding resultant wind, magnetic heading and running time, and a system to simulate landing trajectory have built. The system has given real-time parameters of the static-line parachuting in head-wind, draw plane projection trajectory, in situ three-dimensional landing trajectory of the static-line parachuting in headwind and simulated parachuting landing trajectory. The validity and practicality of the method are examined by application example. This algorithm improves the accuracy and the efficiency of parachuting release computing, increases the efficiency of parachuting command, and realizes the automating of parachuting command.