… The approach used in this LADAR is unique because the … next incident on the MCP receiver
where its gain is sinusoidally … pixels will receive a different amount of light conesponding to …

… light levels, (b) their capability to deliver extremely high down-range resolution using low-bandwidth
receiver … Conventional LADAR imaging systems follow two different design types …

… with small real apertures and with long wavelength of light. … GR are the transmitter and receiver
optical antenna gains, L is the … such as range and grazing angle is quite different from real…

… aperture ladar [8], all of which form ratios at the receiver based … ladar, four ranging waveforms
are each encoded on unique … incoherent measurements and instead requiring an optical …

… long-baseline optical interferometry requires many separate … phase, a shift of the atmospheric
optical path length that is … We assume the receiver detects only one polarization of light…

… This was repeated for 13 different sized spheres so that the … solid angle (measured from the
target to the ladar) A receiver … meters round trip optical path length; at the speed of light, this …

… multiplexed receiver that computes a high-resolution range value … return signal and undesired
background light, thermal noise, … to highlight the unique capabilities of Spectral LADAR in …

… -looking infrared and low-level light television, and with active … The monostatic
transmitter/receiver employs an 850nm … for storing obstacles where two distinct elevation values …

… time-of-flight measurements from which the range to target is … Consequently, each optical
channel sends two separate sets … a small Flash LADAR receiver (8x8 pixel maximum size) by …

… , the first LIght Detection And Ranging (lidar) optical systems … small portion of that light back
to the lidar receiver and impart a … , it is sufficient to use two lidar systems from different LOS. In …