[[abstract]]Based on the pseudorange correction adopted in GPS (global positioning system), the round-trip propagation range for a monostatic radar is derived. By treating the Doppler effect as the time rate of chance of the propagation range, the radar Doppler shift is generalised to the case where the velocity of the target relative to the transceiver is arbitrary, thereby taking into account both the transverse component of the relative velocity and the acceleration.[[fileno]]2030130010023[[department]]電機工程學
[[abstract]]Consider the Doppler effect between a transmitter and a receiver moving at velocities vs...
This paper presents a Doppler passive location method for moving targets with fixed single station u...
Velocity ambiguity is one of the main challenges in accurately measuring velocity for the future Geo...
One of the most striking challenges that radar designers have to deal with, when developing new dopp...
One of the most striking challenges that radar designers have to deal with, when developing new dopp...
The next generation digital radars are able to provide high-range resolution by the advancement of r...
The next generation digital radars are able to provide high-range resolution by the advancement of r...
The problem of determining the range and the radial velocity of space crafts in the middle and deep ...
During the operation of an FMCW (frequency modulated continuous wave) maritime radar, the system tra...
Passive radar systems can exploit various kinds of signals of opportunity, including analogue televi...
The main limitation for the practical implementation of OFDM radars is the required high sampling ra...
17. The Doppler broadening of the radar echo due to rotation of the target is B = (4pD/lP) sin a, wh...
A global navigation satellite system (GNSS)-based multistatic radar is explored for target localizat...
A ground moving target indicator (GMTI) radar measures range, azimuth, and Doppler or range-rate of ...
The bistatic Doppler shift depends irreducibly on target position and velocity. This fact renders in...
[[abstract]]Consider the Doppler effect between a transmitter and a receiver moving at velocities vs...
This paper presents a Doppler passive location method for moving targets with fixed single station u...
Velocity ambiguity is one of the main challenges in accurately measuring velocity for the future Geo...
One of the most striking challenges that radar designers have to deal with, when developing new dopp...
One of the most striking challenges that radar designers have to deal with, when developing new dopp...
The next generation digital radars are able to provide high-range resolution by the advancement of r...
The next generation digital radars are able to provide high-range resolution by the advancement of r...
The problem of determining the range and the radial velocity of space crafts in the middle and deep ...
During the operation of an FMCW (frequency modulated continuous wave) maritime radar, the system tra...
Passive radar systems can exploit various kinds of signals of opportunity, including analogue televi...
The main limitation for the practical implementation of OFDM radars is the required high sampling ra...
17. The Doppler broadening of the radar echo due to rotation of the target is B = (4pD/lP) sin a, wh...
A global navigation satellite system (GNSS)-based multistatic radar is explored for target localizat...
A ground moving target indicator (GMTI) radar measures range, azimuth, and Doppler or range-rate of ...
The bistatic Doppler shift depends irreducibly on target position and velocity. This fact renders in...
[[abstract]]Consider the Doppler effect between a transmitter and a receiver moving at velocities vs...
This paper presents a Doppler passive location method for moving targets with fixed single station u...
Velocity ambiguity is one of the main challenges in accurately measuring velocity for the future Geo...