An intelligent model using multi-objective genetic algorithm was brought forward which could scheme the satellite's flight mission. 因此,针对天文卫星巡天扫描所遇到的问题,提出了使用多目标遗传算法对卫星飞行任务进行智能规划的模型。
The Design of Intelligent Switch Equipment for Wireless Network and Satellite Communications 智能无线网络和卫星通讯切换装置的设计与应用
A combination of efficient cooling techniques and intelligent control strategies provides a feasible solution to a satellite thermal control system. 在卫星热控系统中将高效冷却技术与系统层次的智能控制策略相结合是完成航天热控任务的理想候选方案。
The simulation results show that such kind of intelligent control method can effectively resolve the model uncertainty and disturbance rejection problems, and greatly improve the accuracy and robustness of the satellite attitude control system. 仿真结果表明,这种智能控制方法可以有效解决卫星的模型不确定性问题,提高了卫星姿态控制的精度和鲁棒性。
An intelligent planning and scheduling system for earth observation satellite is developed. 以对地观测卫星为例,分析卫星的结构功能和飞行任务的特点,并在此基础上建立卫星智能规划与调度系统。
WJ-100 Intelligent Satellite TV Antenna Attitude Controller WJ-100智能卫星电视天线姿态控制器
Study on Technology of Multi-Sensor Information for Intelligent Control of Satellite 卫星自主智能控制多传感器信息处理技术研究
Multifunction intelligent Instrument and its Application in Satellite Communication 多功能智能仪及其在卫星通信中的应用
Intelligent Control Research of Multibody Satellite for High Stability 多体卫星高稳定度智能控制方案研究
The system is used for monitoring vehicle status, it communicates with various intelligent nodes coming from the field through CAN bus and exchanges information with GPS satellite positioning navigation system through RS-232 port to obtain information of positions and status of vehicle. 该系统用于对车辆状态的监控,通过CAN总线与来自现场的各种智能节点进行通信,并经RS-232与GPS卫星定位导航系统相互交换信息;使车辆的位置和姿态信息也进入监控范围。
Intelligent Model of Astronomical Satellite Using GA for Scanning the Celestial Sphere 天文卫星巡天扫描智能规划模型及仿真
A Study on the Data Mining Strategy Based Intelligent Information Processing Technologies for Satellite Remote Sensing 基于数据挖掘机制的卫星遥感信息智能处理方法研究
Intelligent Attitude Control of Three-axis-stabilized Satellite Based on Fuzzy Neural Network Using Reinforcement Learning 基于再励模糊神经网络的三轴稳定卫星姿态智能控制
With the flying development of flywheel technology 、 power electronics technology 、 intelligent control technology, integrating satellite energy storage and attitude control which making use of high speed flywheel system grows to maturity. 随着飞轮技术、电力电子技术、智能控制技术的飞速发展,利用高速飞轮系统同时实现卫星的能量储存和姿态控制成为可能。
Design of Intelligent Monitor and Control System for Satellite Environment 卫星环境智能监控系统设计
The System of Intelligent Monitoring in Satellite Correspondence Network Signal 卫星通信网络信号智能监测系统
Design and Implementation of an Intelligent Monitoring System for Satellite Monitor Stations 卫星监测站智能监控系统的设计与实现
With the rapid development of the modern Intelligent Transportation System ( ITS), geographic information technology, satellite positioning technology and modern communication technology play huge roles in resolving urban intelligent traffic. 随着现代智能交通系统(ITS)的迅猛发展,地理信息技术、卫星定位技术和现代通信技术在解决城市智能交通方面发挥了巨大的作用。
Distributed imaging satellite system composed of modern intelligent small imaging satellites is the main earth observing satellite application system in the future. Distributed imaging satellite system is a kind of agile satellite system that is intelligent and distributed. 由现代智能成像小卫星组成的分布式成像卫星系统是未来对地观测卫星系统发展的主要趋势,分布式成像卫星系统具有智能性和分布性的特点,是一种敏捷卫星系统。
Used as eyes of intelligent robots, micro-aircraft, precision-guided weapons and early warning satellite, optical imaging system is the main source of those large scale in gaining information from outside world. 光学成像系统作为智能机器人、微飞行器、精确制导武器、预警卫星的眼睛,是这些大型系统感知外界信息的主要来源。
With great demands of high-performance agile wide-band radio frequency ( RF) integrate chips from multiple-mode and multiple-frequency wireless communications, intelligent mobile phones, radar and satellite communications, the reconfigurable networks technology based on RF MEMS has been in active research. 多模多频无线通信、智能于机、雷达、卫星通信等对频率捷变高性能射频集成芯片的需求,使基于射频MEMS技术的可重构网络技术得到广泛的重视。
There are many intelligent robot navigation methods, such as inertial navigation, visual navigation, the navigation sensor data, GPS navigation and satellite navigation and so on. 机器人的导航方式有很多种,例如惯性导航、视觉导航、传感器数据导航、GPS定位导航以及卫星导航等等。
On the basis, two intelligent algorithm are designed which are ant colony algorithm and particle swarm optimization. They are explained from their principle and the background of application. Subsequently, the mathematical model of the rectangle satellite layout problem is given. 在此基础上,介绍了布局物定序规则的智能算法&蚁群算法和粒子群算法,分别从其原理和应用背景两个角度来对其进行阐述说明。
Space-based integrated information network is an intelligent system consisting of multiple types of satellite systems and space shuttles on different orbits, which is achieved by interconnection and communication according to the principle of the most effective utilization. 天基综合信息网是由不同轨道上各种类型的卫星系统与航天器,按照空间信息资源的最大有效综合利用原则,通过星际通信链路互通互联,构成智能化体系,还可延伸到地面。
It is more convenient and intelligent. So, for the changes in parameters, this flexible satellite attitude control system can be designed to meet the accuracy requirements. 这样对于挠性卫星姿态控制系统参数的变化能通过设计来满足精度要求。
The domain model of intelligent satellite is constructed using planning domain definition language, and then the autonomous control problem of satellite is solved by the HTN-based planning approach. This thesis provides two guided state space search algorithms based on task network. 首先采用规划域定义语言建立了智能成像卫星的规划域模型,然后采用基于HTN的规划方法对卫星自主控制问题进行了求解,开发了两种基于任务网络的导引式状态空间搜索算法。