CubeSats are a class of pico-satellites that have emerged over the past decade as a cost-
effective alternative to the traditional large satellites to provide space experimentation …

Despite modern vehicles having the necessary advanced driver assistance systems (ADAS)
for autonomous operation, current implementations rely solely on sensor information from …

This paper presents three-and five-ports radio frequency (RF) hybrid power divider combiner
(HPDC) designs with multiband characteristics operating at 2.4 GHz (ISM, IEEE 802.11 b, g); …

Broadband access drives the global digital economy and has triggered the emergence of
newer radio access technologies to meet data-driven consumers' expectations. In the period …

The fifth-generation (5G) radio access technology promises to revolutionise integrated earth-
space communications applications for ubiquitous, seamless and broadband services. The …

To achieve appropriate link budget and system engineering analyses of capability-based
small satellites missions, an objective assessment and computation of the component …

Systems engineering of a satellite based data communication baseline concept is presented
to achieve terabit per second throughput. It uses a constellation of five Molniya satellites and …

Satellite-cellular convergence promises to enable higher millimetre-wave bandwidth (data
rate); beamformed better signal alignment (higher system efficiency); multi-connectivity …

A key requirement of an adaptive sensor array involves the ability to deterministically adjust
the directional response of the array to reduce noise and reverberations, null interferences …

Radio frequency (RF) biosensor research is advancing in the medical point-of-care
diagnostics field with the increased demand for smart adaptive contactless RF biosensors …