CAJ | 학술논문

为了进一步改进复飞技术,针对复飞环境,提出了一种在原军用推力操纵的基础上,加入具有保持迎角恒定的升降舵模糊控制的复飞系统,从而有效地增强了低动压状态下飞机的机动能力.给出了复飞决策准则,设计了基于模糊控制的复飞决策系统,并对具有该复飞决策系统的舰载机自动着舰导引系统进行了仿真验证.结果表明,该复飞决策系统明显地缩小了复飞边界区,大大提高了着舰和复飞的安全性,可实现自动复飞,减轻了飞行员的负担.
위료진일보개진복비기술,침대복비배경,제출료일충재원군용추력조종적기출상,가입구유보지영각항정적승강타모호공제적복비계통,종이유효지증강료저동압상태하비궤적궤동능력.급출료복비결책준칙,설계료기우모호공제적복비결책계통,병대구유해복비결책계통적함재궤자동착함도인계통진행료방진험증.결과표명,해복비결책계통명현지축소료복비변계구,대대제고료착함화복비적안전성,가실현자동복비,감경료비행원적부담.
In this paper, a new intelligent wave-off system, which is based on military power plus fuzzy logic control on an elevator with a constant angle of attack, is proposed to improve a wave-off technology. The maneuver capacity of flight at low dynamic pressure is enhanced effectively. The paper studies the principle of wave off decision. The wave-off decision system based on fuzzy control is designed and the ACLS (automatic carrier landing system)with it is validated. The results of simulation show that the boundary region of wave off is obviously reduced and the security of carrier landing and wave off is increased greatly. The system can lead to automatic wave off, so the burden on pilots is alleviated.