A new kind of aircraft—small, cheap, pilotless—is attracting increasing attention.
一种新型的飞机正越来越引起人们的注意— 这种飞机体积不大，价钱便宜，无人驾驶。
These experimental results and concepts may be used as the design basis of the twin boosters for launching the pilotless aircraft.
这些方法和结果均可作为无人机双发助推器发射起飞的设计依据。
The decoder circuit test meter presented in this article is a special device which tests the decoder circuit of a pilotless aircraft.
本文介绍的译码电路检测仪，是检测无人机遥控接收机译码电路的专用设备。
The takeoff of pilotless aircraft launched by gas fluid pressure is an international advanced launch technology of pilotless aircraft.
无人机气液压弹射起飞是国际上一种先进的无人机发射技术。
The clobber probability of a pilotless aircraft is studied on the assumption that the error stochastic process is normal stationary process.
在误差随机过程为平稳正态过程的假设下，研究了无人飞行器撞地概率的计算问题。
The pilotless image transmission system based on satellite relay communication is very important in remote sensing transmission applications.
基于卫星中继的无人机图像传输系统在遥感图像的传输中有着十分重要的作用。
A boosted rocket is widely used during the take-off of a pilotless aircraft. It has some advantages over the launch vehicle used for take-off.
用火箭助推起飞是广泛应用的无人机起飞的一种方式，它和用起飞车助跑起飞方式相比有一些优越之处。
There are many methods of reliability improvement of pilotless plane electronic products, improving the quality of assembly is one of the main methods.
无人机电子设备可靠性增长的方法有多种，提高电装工艺质量是可靠性增长的主要方法之一。
A pilotless helicopter packed with sensors and cameras, Fire Scout, already tracks drug smugglers in Latin America and recently arrived in Afghanistan.
配备了传感器和摄像头的无人直升机，“火探”(Fire Scout)曾经在拉丁美洲追踪过毒贩，最近被运至阿富汗。
The application of fault tolerant control and information fusion of multi-sensors is studied in this paper for autonomous flight of pilotless helicopters.
研究了将多传感器容错控制和信息融合技术应用于无人直升机的自主飞行控制。
Pilotless drones can help fill the gap.
无人机能有助于填补该空缺。
This paper presents a fault-tolerant software design method and its application to the micro-controller system (MCS-51) of a type of Pilotless aircraft.
本文介绍了某型无人驾驶飞机系列MCS - 51单片机控制系统的软件容错设计方法与实现。
This paper presents a fault-tolerant software design method and its application to the micro-controller system (MCS-51) of a type of Pilotless aircraft.
本文介绍了某型无人驾驶飞机系列MCS - 51单片机控制系统的软件容错设计方法与实现。
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