aircraft anti-skid braking system is an important airborne device of aircraft, which plays an important role in taking off and safe landing .
防滑剎车系统是飞机重要的机载设备,对飞机的起飞、安全着陆起着重要的作用。
at the same time some work is done about the application of fuzzy pid arithmetic in anti-skid braking system.
同时对模糊pid智能控制算法在飞机剎车系统中的应用做了进一步研究。
in this paper, a fuzzy control approach is used in the design of the control strategy of anti-skid braking systems, with self-regulation factors for optimization of the fuzzy control parameters.
本文将采用模糊控制设计防滑剎车的控制策略,并应用自调整因子算法对模糊控制的参数进行优化。
the anti-skid braking system of aircraft plays a vital role in safely takeoff and landing of aircraft.
飞机防滑剎车系统在飞机起飞、着陆的过程中起了关键性的作用。
standard equipment on the vn3 includes an anti-skid braking system, nbc protection and a fire-detection and suppression system.
在vn3上的标準设备包括一个防打滑剎车系统,核、生、化保护和一套火灾-检测和灭火系统。
the paper focus on the study of the whole structure of the electric anti-skid braking system control strategy hardware and software design.
本文主要研究了全电剎车系统的整体组成结构、控制方案和系统硬软件设计等问题。
a digital aircraft anti-skid braking controller based on embedded dsp-tms320lf2407 was introduced.
介绍了一种基于嵌入式dsp芯片tms320lf2407的数字化飞机防滑剎车控制器。
in a classic study done over a decade ago, norwegian researchers looked at the way taxi drivers in oslo behaved with and without airbags and anti-skid braking systems fitted to their vehicles.
十多年前,挪威的研究者做了的一项经典研究,分析奥斯陆市的出租车司机在出租车配备与不配备安全气囊和防滑剎车系统时开车方式的异同。