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radaranti
- 本书介绍雷达对抗原理，包括雷达对抗概述、雷达信号频率的测量、雷达的方向测量和定位、雷达侦察的信号处理、雷达侦察作用距离与截获概率、遮盖性干扰、欺骗性干扰、干扰机组成及干扰能量的计算以及对雷达的无源对抗技术-The book introduced the principle of radar confrontation, including an overview of radar confrontation, radar signal frequency measurement, the dir
project
- some various important projects files include card reader, jammer, robot , railway,etc
gps-jammer
- this the code for GPS Jammer in picbasic, -this is the code for GPS Jammer in picbasic,
Multiple_Directional_Interferers
- 這是一個使用apdaptive bemforming技術，能偵測出jammer在哪兒的源碼。並且比較利用LCMV和LPMV不同之處-This is a apdaptive bemforming the use of technology, able to detect where a jammer source. And compares the difference between LCMV and the LPMV
DOA_Mismatch_and_Diagonal_Loading
- 當一信號的進入角度若估計錯誤時，可利用其加以還原，使用apdaptive bemforming技術，能偵測出jammer在哪兒的源碼。-When a signal into the point of view, if the estimates wrong, it can be used to restore its use apdaptive bemforming technology, able to detect where a jammer source.
Sensor_Location_Mismatch_and_Diagonal_Loading
- 當天線位置估計錯誤時，可將其依據演算法修正回來，並且使用apdaptive beamforming技術，能偵測出jammer在哪兒的源碼。-Antenna position estimation error, the same day can be revised based on algorithms to come back and use apdaptive bemforming technology, able to detect where a jammer source.
MMSE_Quiescent_Pattern_Constraints
- 利用MMSE Quiescent Pattern Constraints去實現LCMV和LPMV能夠更有效預估JAMMER的方法。-The use of MMSE Quiescent Pattern Constraints to achieve LCMV and LPMV to more effectively forecast JAMMER method.
Directional_AND_Derivative_Constraints
- 內有Directional以及Derivative Constraints的形式，讓LCMV和LPMV 能夠更精準估測出其JAMMER之位置-There are Directional and Derivative Constraints in the form, so that LCMV and LPMV to more accurately estimate the location out of their JAMMER
GPS-jammer17-6
- GSM Jammer diagram circuit
radjam2.0.ZIP
- Radar jammer for electronic warfare, police radar jamming.-Radar jammer for electronic warfare, police radar jamming.
gps_jammer
- Advanced GPS jammer schematic
Adaptive_Beamforming
- Consider a BPSK transmitter, in an unknown direction, emitting signal continuously. An interfering device (jammer) is also transmitting continuously a tone of the same frequency as that of BPSK transmitter. Following cases are of interest: Case
Untitled4
- psd for noise+clutter+jammer
mobile-phone-jammer-schematic
- the mobile phone jamer circuit
Jammer-Final-Report
- Dual Band Mobile Jammer for GSM 900 & GSM 18-Dual Band Mobile Jammer for GSM 900 & GSM 1800
Civilian-GPS-Jammer-Signal-Tracking
- Civilian GPS Jammer Signal Tracking method is presented in ION GNSS 2012.
jammer
- this jammer this file have schematic for circuite to make jammer-this is jammer this file have schematic for circuite to make jammer . . .
Transmitter(jammer)-and-reciever
- These codes are simulation of one mobile reciever and one fixed jammer in Opnet
Transmitter--reciever-and-jammer
- These codes are simulation of one fixed reciever and one fixed transmitter and a mobile jammer in Opnet
Jammer-Final-Report
- Dual Band Mobile Jammer for GSM 900 & GSM 18-Dual Band Mobile Jammer for GSM 900 & GSM 1800