The velocity/distance trade-off poses a fundamental challenge in pulsed Doppler weather
radar systems and is known as the velocity/distance dilemma. Techniques such as multiple …

The exploitation of Doppler radars for weather observations is strongly constrained by the
well-known range-velocity dilemma. To overcome the range and velocity ambiguities, dual …

This study presents a new identification and mitigation scheme of second trip contamination
for pulsed Doppler polarimetric weather radars with the ability of random phase coding. This …

Abstract The Ministry of Land, Infrastructure and Transport (MOLIT) of South Korea operates
two S-band dual-polarimetric radars, as of 2013, to manage water resources through …

Pirttilä, J., Lehtinen M., Huuskonen A., and Markkanen M., 2005: A proposed solution to the
range-Doppler dilemma of weather radar measurements by using the SMPRF codes …

The pulse-to-pulse coherent Doppler method is widely applied to estimate current velocity
for its advantages of noninvasive, quick response, and high resolution. However, due to the …

Augros, C., Perier L., Bousquet O., Kergomard A., Dupuy P., and Tabary P., 2010:
Improvements of the Doppler measurements quality inside the French radar network and …

This work describes a novel multiple PRT technique to mitigate range-velocity ambiguities in
weather Doppler radar. This technique consists on an optimized scheme of emitted pulses …

This work describes a new staggered pulse repetition time (PRT) scheme design to enhance
spectral processing of weather radar signal, to improve Doppler velocities dealiasing, and to …