The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校正法对多普勒频移校正，进而得到物体的运动速度的模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读写、快速识读、长距离识读、识读高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校正法对多普勒频移校正，进而得到物体的运动速度的模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读写、快速识读、长距离识读、识读高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校法对多普勒频移校，得到物体的运动速度的模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读写、快速识读、长距离识读、识读高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校正法对多普勒频移校正，进而得到物体的动速度的模拟。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读写、快速识读、长距离识读、识读高速动物体和在恶劣环境中优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校正法对多普勒频移校正，进而得到物体的运动速度的模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

有读写、快速识读、长距离识读、识读高速运动物体和在恶劣运行等优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心正法对多普勒正，进而得到物体的运动速度的模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读写、快速识读、长距离识读、识读高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校正法对多普勒频移校正，进而得到物的运动度的模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读、识读、长距离识读、识读高运动物恶劣环境中运行等优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校正法对多普勒频移校正，进物体的运动速度的模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读写、快速识读、长距离识读、识读高速运动物体和在恶劣环境中运行等优点，应用范围广泛。

The energy centrobaric method is made use of correcting the Doppler spectrum, the simulation predicted value of the target velocity is obtained.

用能量重心校正法对多普勒频移校正，进而得到物体速度模拟计算值。

RFID has applied in many fields for its readability and writability, speed identification, long-distance identification, high-speed movement identification and running in atrocious environment.

它具有读写、快速识读、长距离识读、识读高速物体和在恶劣环境中行等优点，应用范。