It is well known that the application of radar is becoming more and more popular with the
development of the signal technology progress. This paper lists the current radar signal …

Abstract The Cochin University of Science and Technology (CUSAT), Cochin, India, hosts
the world's first 205-MHz stratosphere–troposphere (ST) wind profiler radar. This radar …

A stratosphere–troposphere (ST) wind profiler radar operating at a high VHF range (205
MHz) installed at Cochin (10.03° N, 76.33° E), India, provides high‐resolution winds in time …

Vertical wind (w) is one of the most important meteorological parameters for understanding a
range of different atmospheric phenomena. Very few direct measurements of w are available …

Scale information is a significant index for target measurement by real aperture radar (RAR).
However, the measured target scale information by RAR is inaccurate because of the limited …

Atmospheric signal processing is of interest to many scientists, where there is scope for the
development of new and efficient tools for cleaning the spectrum, detection, and estimation …

A Novel approach has been proposed for the measurement of turbulent energy dissipation
rate (ε) from Nonlinear index (NLI) based measurements using the Higher Order Spectral …

Based on the construction of the Chinese Meridian Project, two mesosphere, stratosphere,
and troposphere (MST) radars were designed and located in Beijing and Chongyang, Hubei …

Temperature sheets have been observed in the lower stratosphere up to 20 km, with strong
(positive) temperature gradients within very thin layers. These were observed from vertical …

VHF radars have been used for the detection of atmospheric stable layers such as the
tropopause for quite sometime. This opened up a possibility of using VHF radars to study the …