除了上述配备以外，埃尔比特系统公司的无人炮塔完全结合了双轴稳定和自动目标跟踪技术。
In addition to the aforementioned elements, Elbit Systems' unmanned turret combines fully stabilized dual axes and an automatic target tracker.
“基础设施的飞跃”——使用无人机技术和清洁能源系统显得格外重要，可以克服即将面临的挑战。
An 'infrastructural leap' is essential using drone technology and clean energy systems to surmount the challenges of the future.
最后，就采用综合自动化系统进行无人值班变电站设计和运行的一些技术经济判据进行了讨论。
Finally, the techno-economic criteria of design and operation of non-attended substation using integrated automation system are discussed.
为了优化无人驾驶航空飞行器在整个飞行过程中的空气动力特性而使机身、推进系统和升力控制面一体化的设计技术。
Design technology for integration of air vehicle fuselage, propulsion system and lifting control surfaces to optimize aerodynamic performance throughout the flight regime of an unmanned air vehicle.
介绍了无人飞行器箱式发射检测系统的软、硬件设计、数据处理、流量控制技术等。
Hard and soft ware design, data processing and flow control techniques for measuring system of unmanned air vehicle container firing are introduced.
具备警戒功能的遥视系统是实现变电站和水电厂无人值班不可或缺的技术支撑。
Remote vision system with warning function is an indispensable technical support for the realization of non attended substation.
介绍了推挽式激光导引无人车设计的主要技术指标，结构特点及各主要系统的功能与作用。
The main technical index of push-pull laser guided automated vehicle, the characteristics of construction and the function of each main system are introduced in the paper.
本文主要研究了集成式无人机飞控系统开发平台设计的相关技术。
This thesis studies the integrate flight control design platform applied in unmanned aircraft control systems.
传统的人工运行模式已不能适应新的港口发展趋势，因此在港口物料输送系统中引入现场总线技术，来实现无人值守的自动化运行模式显得尤为重要。
The traditional manual operation mode can not adapt to the new harbor development trend and has to be combined with the field bus technology in order to realize the automatic operation mode.
介绍了无人值守通信机房动力和环境集中监控管理系统的构成、技术和实现方法。
The constitution, technique and realized method of centralized supervisory control system on power and environment in the unattended communication room are introduced in detail.
介绍了将DMC - PID串级控制技术应用到无人机无动力飞行时的自动着陆阶段迎角自动控制系统。
DMC-PID bunches control technology in the Angle of attack automatic control system during unpowered flying automatic landing period is introduced.
通过射频识别技术，可以实现一种自动的车辆辨识系统，使得车辆的停入和驶出能在一个快速的方式下处理，实现无人、安全、自动化。
Through the rfid technology, can achieve a kind of automatic vehicle identification system, makes vehicle parked into and pulled in a quick way to realize under processing, no, safety and automation.
保证天线跟踪系统的正确跟踪指向是无人驾驶直升机遥测遥控系统可靠工作的关键技术问题。
To make sure that the antenna points to the right direction is the basis of effective work of telemetry and telecommand system of a helicopter.
无人驾驶飞行器低空遥感系统的研制与应用，开拓了三维城市建设新的技术手段。
Development and applications of the unmanned air remote sensing vehicle exploit new technological measure of three-dimensional urban construction.
本文根据无人机测控系统数据链的特点及对测控系统的要求，提出了采用频率合成技术实现数字频率源的方案。
According to the characteristics and the requirements of telemetry and telecontrol system, a digital frequency source was developed with frequency synthesizer.
目前，无人机数据链系统采用的调制模式都比较简单，如2FSK、BPSK、直接扩频技术等，传输速率与抗干扰能力有限。
The modulation types of data link for UAV are simple, such as BPSK, 2FSK , direct spread spectrum. The transmitted rate and anti-interference performance of them are limited.
提出了一种基于可编程片上系统(SOPC)技术的无人机飞行控制系统硬件解决方案。
This paper introduces a solution to satisfy the need of the hardware platform for the UAVs based on the System on a Programmable Chip (SOPC) technology.
针对某型数字式无人机机载供电系统的特点，提出了基于虚拟仪器技术的供电测试系统的设计方案。
According to the characteristics of the power supply system about a certain type of digital airborne UAV, the power supply test system based is designed.
介绍了一种基于MUSIC算法的空间谱估计技术，对其算法原理与过程进行了详细分析，并给出了它在车载无人机测向系统中的应用。
The spatial spectrum technique based on MUSIC algorithm is mainly discussed as well as its application in the vehicle-carried direction-finding system of UAV.
在此基础上实施分层分布式综合自动化系统，从而在技术上保证了无人值守变电所的供电可靠性，满足了安全供电的管理要求，同时实现了改造效益最大化目标。
As a result, it ensures the power supply reliability of unattended substation technically, meets the requirement of safe power supply management and achieves the goal of maximum reformation benefits.
阐明了该分析系统通过采用全自动控制方案及先进的网络通信技术，最终实现了实验室全自动无人快速过程控制分析。
Full automatic control scheme and advanced network communication technique were adopted in the system, and full automatic unattended quick process co...
信号系统须采用CBTC技术，以及能够支持车上无人的列车控制。
The Signalling System shall adopt Communications Based Train Control (CBTC) technology and support Unattended Train Operation (UTO).
无人机任务规划系统是指根据所要完成的任务、无人机的数量及任务载荷的不同，对各架无人机进行任务分配并通过航路规划技术制定飞行路线。
According to the different mission, loads and number of UAV swarm, mission planning system distributes missions and decides the flight path for them by route planning.
介绍了无人机的光电设备及光电系统的侦察、监视技术，并对无人机光电系统技术的发展趋势加以展望。
UAV electro-optical equipment is introduced, and the technologies of reconnaissance and surveillance are discussed. The UAV electro-optical development trend is described.
根据无人机飞控系统的特点及其智能故障诊断的需求，采用专家系统技术设计无人机飞行控制系统的故障诊断。
According to the characteristics of UAV flight control system and requirements of fault diagnosis, it used expert systems approach to design the fault diagnosis of UAV flight control system.
新无人机提供了更多的尖端技术和应用，如光电系统、激光指示器和电子情报传感器（（ELINT，COMINT）。
The new UAV offers additional cutting edge technologies and applications such as electro-optic systems, laser designators and electronic intelligence sensors (ELINT, COMINT).
试验结果表明基于虚拟仪器开发的无人机燃油组件测试系统能够满足工程和测试技术的要求。
The result of test shows that the UAV fuel assembly system which is based on the virtual instrument technology can meet the requirements of engineering and test technology.
设计完成的虚拟训练系统既可用于训练无人机操纵人员操纵技术，也可以作为大型分布式训练仿真系统的一个子模块参与合成训练。
The finished system can be used to train UAVs operators. And it also can be used in synthesis training as a subsystem of a large-scale DIS simulation system.
针对无人机编队飞行的实际背景和限制条件，提出了一种基于多智能体系统（MAS）技术的编队飞行的智能优化控制策略和实现算法。
The multiagent system(MAS) based strategy and corresponding implementing algorithms for UAVs formation flight are proposed according to aviation characteristics and practical constraints of UAVs.
针对无人机编队飞行的实际背景和限制条件，提出了一种基于多智能体系统（MAS）技术的编队飞行的智能优化控制策略和实现算法。
The multiagent system(MAS) based strategy and corresponding implementing algorithms for UAVs formation flight are proposed according to aviation characteristics and practical constraints of UAVs.
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