制导

在所有系统中，当没有任何制导信号时，导引头必须在空间保持稳定。

In all systems the homing head has to remain stabilized in space during a period when there is no guidance signal .

非线性H∞鲁棒制导律设计

Study of nonlinear h_ ∞ robust guidance law

对GPS制导的干扰应以压制式干扰为主；

The method to jam GPS should be the blanket jamming .

TV制导导弹的导引规律研究

Research on Searching Guidance of TV Guided Missile

制导武器系统的MATLAB仿真

Guided Weapon System Simulation by MATLAB / Simulink

改进的推广KALMAN滤波器在导弹被动制导中的应用

Application of modified extended Kalman filter to passive missile guidance

基于ATE技术的末制导雷达天线对零实现方案

Project of Realizing Homing Radar Antenna to Zero Based on ATE Technology

评估制导工具误差的Bayes估计的多层先验模型研究

Multilayer Prior Model of Bayes Method for Evaluation of Guidance Instrumentation Systematic Error

多模复合制导系统决策融合中的D-S证据理论

Dempster-Shafer Evidence Theory in the Multi-mode Compound Guidance System Based on Decision Fusion

末制导DBS成像环境建模及图像匹配研究

Research on Environment Modeling of End-Guided DBS Imaging and Images Matching

在叙述天线对零过程重要性的基础上，介绍了基于ATE技术的末制导雷达天线对零自动过程的实现方案。

Based on introducing importance of antenna to zero , introduces project of realizing homing radar antenna to zero based on ATE technology .

三是在GPS／INS组合制导方式下，提出INS辅助GPS确定初始整周模糊度的方法，并提出有效的综合整周模糊度搜索算法（第四章）。

Thirdly , the positioning with the carrier phase measurements is demonstrated , and the way to confirm the integer ambiguity is presented ( Chapter 4 ) .

概括介绍了CDMA技术在军事上及民用上的应用，提出了CDMA技术在导弹制导上的应用。

The applications of CDMA techniques being used in military and popularity are presented . The application of CDMA used on missile controlling and guiding is proposed .

研究了轰炸机的运动学、动力学模型，轰炸机红外目标辐射模型与雷达散射截面积（RadarCrossSection，RCS）模型。研究了红外制导导弹与雷达制导导弹的运动学与动力学模型。

The kinematics model , kinetics model , infrared radiation model and radar cross section model of bomer and the kinematics and kinetics of infrared guided missile and radar guided missile are studied .

利用Gauss-Markov过程的着陆小天体导航与制导方法

A navigation and guidance algorithm for small celestial body landing using the Gauss-Markov process

精确制导武器系统作战效能的LMBP神经网络评估

Assessment of Operational Effectiveness on the Precise-Guidance Weapon System by LMBP Neural Network

制导雷达是地对空武器系统的重要组成部分，制导雷达采用低截获概率（LowProbabilityofIntercept，LPI）技术可以提高地对空武器系统的有效性和生存能力。

Guide radar is an important component of ground to air weapon system . Guide radar using Low Probability of intercept ( LPI ) technology can enhance the effectiveness and survivorship of ground to air weapon system .

同时，弹载新体制SAR也是未来精确制导武器发展的重要内容，其中合成带宽SAR体制和双基地SAR体制是最具前途的发展方向。

Meanwhile , the new missile-borne SAR systems are also an important part of the future development of precision guided weapons , among those , synthetic bandwidth SAR system and the biostatic SAR system are the most promising directions .

目前逆合成孔径雷达（ISAR）在军事上的作用越来越突出，是目标分类、辨识和战场上敌我识别以及精确制导强有力的手段，在未来防空和导弹防御系统中具有十分重要的作用。

At present , Inverse Synthetic Aperture Radar ( ISAR ) imaging capability plays an important role in military applications , such as target classification , recognition , identification , and accurate weapon navigation .

研究表明，GPS／SINS复合制导能大幅度提高远程火箭弹的射击精度，应用经典控制理论设计的控制系统能很好的完成控制任务，控制系统各项指标良好。

The research indicated , GPS / The SINS combined guidance can large scale enhance the long-distance rocket projectile the precision of fire , can very good complete the control task using the classics control theoretical design control system , control system each target is good .

设计了VSCMGs的操纵律.战术导弹制导律设计

Design of Guide Law for Tactical Missile

研究了倾斜转弯（BTT）导弹的航迹跟踪系统，外回路采用非线性过载制导指令的方式进行制导，内回路为过载自动驾驶仪。

The trajectory tracking system of BTT missile was studied . The nonlinear acceleration guidance logic was used on the outer loop to accomplish guiding . The acceleration autopilot was used on the inner loop .

在给出多模Kalman滤波（MKF）数学模型的基础上，建立了可对GPS／SINS组合制导进行在线故障检测、故障隔离和系统重构的品质控制方案。

Be rs d on multimode Kalman filter ( MKF ) models , an integrated guidance quality control approach which can be simultaneously used to detect , isolate TBM BPS / SINS system failure and reconstruct integrated system , is introduced .

采用这两种方法，利用电子万能材料试验机和光纤筛选复绕机对室温下光纤进行了疲劳性能实验。实验得出，在张力小于850g的情况下，制导光纤的寿命可以达到10年以上；

The fatigue experimentation for the optical fiber was made with these methods on an electronic material function test machine under the room temperature .

空空导弹智能化制导律和三维动画仿真研究

Air-to-Air Missile Intellectualized Guiding Law and Three Dimensional Animation Simulation Research

知识制导综合信息矿产预测定理评价系统

Knowledge-oriented quantitative appraisal system of mineral prediction based on comprehensive information

制导炮弹末端弹道空中姿态遥测方法研究

Research on the Telemetering for the Attitude of the Guided Projectile

激光对红外制导反舰导弹的干扰与损伤分析

Analysis of laser disturbance and damage to IR homing anti-warship missile

面向信号的某型导弹制导装置自动检测系统设计

Signal Oriented Design for Automatic Test System of Missile Guided System

对红外成象制导系统干扰效果的研究

On the Disturb Effect of Baits on Infrared Imaging Anti-tank Missiles