T he concept of using high-frequency (HF) radio pulses to remotely probe the ocean surface
has been around for decades. In this paper and the companion paper by Teague et al …

An integrated maritime surveillance (IMS) system, based on high-frequency surface-wave
radars (HFSWR), is described. IMS provides low-cost, 24-hour, real-time, over-the-horizon …

Abstract The Chahine-Twomey relaxation method for inversion of the atmospheric radiative
transfer equation is extended to provide an inverse solution to Barrick's equation describing …

Sea waves constitute a natural phenomenon with a great impact on human activities, and
their monitoring is essential for meteorology, coastal safety, navigation, and renewable …

A data interpretation algorithm is developed to extract ocean wave information from HF radar
backscatter observed by a narrow-beam antenna system. The basis of this measurement is …

ABSTRACT A three-site short-range (25 MHz) CODAR SeaSonde High-Frequency (HF)
radar system has been operating in the Gulf of Naples (Tyrrhenian Sea) since 2004. HF …

Land-based high-frequency (HF) radars have the unique capability of continuously
monitoring ocean surface environments at ranges up to 200 km off the coast. They provide …

A comparison is made between three different but related algorithms for the extraction of rms
wave heights from high frequency ocean backscatter radar spectra. All three methods are …

Shore-based coherent microwave radar and high-frequency (HF) surface wave radar are
two components of a rapidly emerging set of technologies suitable for ocean wave remote …

Abstract The Barrick–Weber equations describe the interaction of radar signals with the
dynamic ocean surface, and so provide a mathematical basis for oceanic remote sensing …