- 更多网络例句与自动驾驶相关的网络例句 [注：此内容来源于网络，仅供参考]
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This paper first introduces the theory and method of vehicle automated driving based on magnetic markers,analyzes the results of vehicle automated driving based on the apery control and points out the shortcoming of it.
介绍了基于磁道钉导航的车辆自动驾驶的原理和实现方法，分析用此方法建立仿人控制模型来实际控制车辆自动驾驶的结果，指出仿人控制模型的不足之处。
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It's certain that ATO will replace man operation in the near future.
自动驾驶取代人工驾驶是铁路发展的必然趋势。
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But there's a major difference between being on automatic pilot because it suits us, and being unable to get off automatic pilot even if we want to.
然而，这同自动驾驶仪还是有很大区别的，因为这些思维是我们的一部分，即便我们想摆脱自动驾驶仪，也是不可能的。
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Among them, the autopilot is the important component of the automatically controlled part.
其中，自动驾驶仪是自动控制部分的重要组成部分。
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Steering by automatic pilot and by magnetic compass in stead of automatic pilot, Measure the exactness of magnetic compass by qualified calibrator and provide compass adjustment card.
自动驾驶仪操舵和用磁罗经代替自动驾驶仪，通过合格的校准器来测定罗经的正确功能并提供罗经校正卡。
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This van just went from an automatic to a stick shift.
这辆车刚刚从自动驾驶转向手动驾驶泰迪硬了
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This paper introduces the general structure of a small unmanned helicopter with taking-off weight 120 kg,describes the principle of the automatical driving system for this kind of helicoper,and proposes the use of the core sensor- position gyro ,for the system.
介绍了起飞重量为120 kg的小型无人直升机总体结构布局，简述了该飞机自动驾驶系统的工作原理，提出了要采用自动驾驶的核心感应器——姿态陀螺。
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The methods of theory analyses and digital simulation have been used in this thesis and several schemes of strapdown guidance law based on analyzing the performance of several classical guidance laws have also been present according to the characteristics of strapdown Anti-Radiation homing seeker. The stapdown guidance systems were built for a certain Anti-Radiation missile, adopting acceleration autopilot and the attitude autopilot, and the paper has focus on analyzing the performance of low frequency strapdown Anti-Radiation homing seeker. The Approaches of lead correction and dead-zone relay control were given to improve the guidance precision, and also the increasable observability law was attempt and validate.
本文采用理论分析和仿真实验相结合的方法，在对经典制导律进行理论分析和验证的基础上，针对捷联反辐射导引头的特点，提出了捷联制导律多种设计方案，并以某型反辐射导弹为应用背景，分别采用姿态角反馈自动驾驶仪和过载反馈自动驾驶仪构造了捷联制导系统，重点基于反辐射导引头的低频端特性，开展了捷联制导律的导引性能对比分析工作，提出了应用超前校正和带死区继电控制提高制导精度的方法，并对提高可观测性的捷联制导算法的实现思路进行了尝试和验证。
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To overcome the bad effect resulting from the nonlinearity time-variability and uncertainty on autopilot system performance during the motion process of aerodynamics missile, and to further improve the flight quality of missile, the autopilot system and used control method are researched. Firstly the integrant structure of system is discussed; then baaed un introducing the traditional PID method, controllers for missile attitude motion are designed respectively using fuzzy self-turning PID method and neural network self-adaptive PID method; at last a simulation experiment is finished. By comparing the simulation results that the designed controllers have good qualities is showed, and the feasibility and validity of applying fuzzy control and neural network into automatic control of aerodynamics missile is confirmed, and the base that other nonlinear control theory can be combined with the traditional control for missile to further improve the performance of missile control system is established.
为了克服飞航导弹运动过程中的非线性、时变性和不确定性对自动驾驶仪系统性能的不良影响，进一步提高导弹的飞行质量，对自动驾驶仪系统及其采用的控制方案进行了研究；首先对系统的整体结构进行了分析，然后在介绍经典PID方案的基础上，分别采用模糊自调整PID方案和神经网络自适应PID方案设计了导弹姿态运动控制器，最后进行了仿真实验；仿真结果的对比展示了所设计控制器良好的品质，验证了将模糊控制和神经网络应用于飞航导弹自动控制中的可行性和有效性，为其它非线性控制理论与导弹传统控制相结合以进一步提高导弹控制系统的性能奠定了基础。
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Fisrt of all , It introduces the matheds and steps of using MATLAB to solve algebra Riccati equation ; Secondly , It is the design of autopilot schemes of three channels ; And in the end , the most important is the simulation of control system making use of software Simulink of MATLAB , and according to the curves , this thesis compares the two working estates and judge the stabliziation of control system .
文章首先介绍了利用MATLAB软件求解代数Riccati方程的方法及步骤；然后分别设计了三个通道的自动驾驶仪；最后，利用MATLAB的Simulink对所设计的控制系统进行仿真，并根据所得到的曲线，对比有无自动驾驶仪两种工作状态下的系统稳定情况。
- 更多网络解释与自动驾驶相关的网络解释 [注：此内容来源于网络，仅供参考]
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AFDC Autopilot Flight Director Computer：自动驾驶飞行指示计算机
AFCS Automatic Flight Control System 自动飞行控制系统 | AFDC Autopilot Flight Director Computer 自动驾驶飞行指示计算机 | AFDS Autopilot Flight Director System 自动驾驶飞行指示系统
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AP:Autopilot：自动驾驶
ALTN:Alternate,Alternative 备用的 | AP:Autopilot自动驾驶 | ATA:Air Transport Association of America 美国航空运输协会
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AP:Autopilot：自动驾驶仪
27 AP AutomaticProgramming 自动程序设计,自动编程 | 28 AP AutoPilot 自动驾驶仪 | 29 AP ActiveProgram 现用程序
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automatic pilot：自动驾驶仪
"有限能见度"(restricted visibility) 指因雾、霭、下雪、暴风雨、沙暴或其他相类因由,能见度受到限制的任何情况;"自动驾驶仪"(automatic pilot) 指自动操作舵机以操控船舶的器件,但不包括任何以风操作并与小帆船的舵柄或舵连接的自动操舵设备;
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automatic pilot system：自动驾驶系统
automatic pilot system 自动导航系统 | automatic pilot system 自动驾驶系统 | automatic pilot 自动舵
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self-optimizing automatic pilot：自选最佳条件的自动驾驶仪
self-optimalizing 自寻最佳点 | self-optimizing automatic pilot 自选最佳条件的自动驾驶仪 | self-optimizing control 最佳自动控制
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autopilot：自动驾驶仪
自1912年美国的爱莫尔斯派雷(Eimer Sperry)研制成功第一台可以保持飞机稳定平飞的电动陀螺稳定装置以来,能够稳定飞机姿态运动的自动控制装置--自动驾驶仪(autopilot)得以迅速发展.
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autopilot：(自动驾驶)
而类似情况於1991年2月前东德航空InterfluxA310在莫斯科机场,因自动驾驶(autopilot)而导致空中多次失速事件,则为严重意外. (一)ClassA事故(Mishap)其各级人员之死亡、终身残障、部分终身残障及损失之工作时间,均有其标准之成本计算.
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iron quartermaster：自动驾驶仪
iron quarter master 自动舵装置 | iron quartermaster 自动驾驶仪 | iron resistance 铁电阻
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automatic steerer：自动驾驶仪
automatic steerable antenna 自动方向图天线 | automatic steerer 自动驾驶仪 | automatic steering device 自动操舵装置