Both ionospheric and weather radar communities have already adopted the method of
transmitting radar pulses in an aperiodic manner when measuring moderately overspread …

When statistical inversion of a lag profile is used to determine an incoherent scatter target,
the posterior variance of the estimated target can be used to determine how well a set of …

A fast method for theoretically comparing the posteriori variances produced by different
phase code sequences in incoherent scatter radar (ISR) experiments is introduced …

We present highlights from meteor head echo observations with the tristatic EISCAT radar
system in the Fenno-Scandinavian arctic region and the interferometric middle and upper …

We present a novel method for analyzing range and Doppler spread targets in the amplitude
domain using linear statistical inversion. The result of the analysis is an estimate of the …

A new, modern ionospheric radar, called EISCAT3D, is under construction in northern
Fennoscandia. In the first stage, the radar will have three sites, one combined …

In order to enable flexible high-resolution measurements of ionospheric plasma
phenomena, a sparsity-based radar waveform inversion technique is formulated and found …

Deliverable D11. 2 of Work Package 11 Software Theory and Implementation of the
European Commission 7th Framework Programme project EISCAT_3D: A European three …

High range resolution incoherent scatter spectra are routinely measured by means of
alternating codes and random codes. These radar transmission modulations are cycles of …

The ionosphere is a partly ionised region of the atmosphere, extending from about 50 km to
above 1000 km altitude. Weak scattering of radio waves from thermal fluctuations in the …