An improved sensitivity Doppler frequency measurement system based on microwave photonics technology was demonstrated practically. The system employs a four-wave mixing effect to achieve broad radio-frequency (RF) frequency measurement. In addition, a lock-in amplification technique was utilized to achieve high-measurement sensitivity. The system is, thus, capable of Doppler frequency estimation of radar echoes with a carrier frequency up to 40 GHz and a power level as low as $-$35 dBm. © 2009-2012 IEEE
The next generation of radar (radio detection and ranging) systems needs to be based on software-def...
In the last few years, Multistatic radar system have been extremely investigated. Such systems are b...
A wideband photonic instantaneous frequency measurement system is proposed and practically demonstra...
A Doppler shift measurement system based on four-wave mixing effect in a highly nonlinear fiber is d...
A standalone microwave photonics system for Doppler frequency measurement purposes is conceived and ...
We will discuss how to fundamentally improve radar systems by using RF-photonics in two ways: 1). Us...
A Doppler shift estimation system with relatively high dynamic range is conceived and demonstrated. ...
With the rapid and ongoing developments in telecommunication and electronic warfare technology, fast...
A novel scheme that can simultaneously measure the Doppler frequency shift (DFS) and angle of arriva...
A novel photonic-assisted system for realizing the simultaneous measurement of Doppler frequency shi...
A simple and all-optical Doppler frequency shift (DFS) measurement system is presented. It is based ...
The article of record as published may be found at http://dx.doi.org/10.1117/1.OE.57.2.024103Directi...
A new method to increase the sensitivity of a microwave photonic instantaneous frequency measurement...
A simple photonics-based dual-channel system is proposed to simultaneously measure the Doppler frequ...
A technique to implement frequency measurement photonically using only low-cost DC photodetectors is...
The next generation of radar (radio detection and ranging) systems needs to be based on software-def...
In the last few years, Multistatic radar system have been extremely investigated. Such systems are b...
A wideband photonic instantaneous frequency measurement system is proposed and practically demonstra...
A Doppler shift measurement system based on four-wave mixing effect in a highly nonlinear fiber is d...
A standalone microwave photonics system for Doppler frequency measurement purposes is conceived and ...
We will discuss how to fundamentally improve radar systems by using RF-photonics in two ways: 1). Us...
A Doppler shift estimation system with relatively high dynamic range is conceived and demonstrated. ...
With the rapid and ongoing developments in telecommunication and electronic warfare technology, fast...
A novel scheme that can simultaneously measure the Doppler frequency shift (DFS) and angle of arriva...
A novel photonic-assisted system for realizing the simultaneous measurement of Doppler frequency shi...
A simple and all-optical Doppler frequency shift (DFS) measurement system is presented. It is based ...
The article of record as published may be found at http://dx.doi.org/10.1117/1.OE.57.2.024103Directi...
A new method to increase the sensitivity of a microwave photonic instantaneous frequency measurement...
A simple photonics-based dual-channel system is proposed to simultaneously measure the Doppler frequ...
A technique to implement frequency measurement photonically using only low-cost DC photodetectors is...
The next generation of radar (radio detection and ranging) systems needs to be based on software-def...
In the last few years, Multistatic radar system have been extremely investigated. Such systems are b...
A wideband photonic instantaneous frequency measurement system is proposed and practically demonstra...