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

Small satellite link performance analysis is critical for assessing the adequacy of a
transmitter to successfully transfer data at the desired rate. This is especially obvious when …

The success of the satellite subsystems engineering depends on the optimal design,
modeling, simulation, and validation of the deliverables of the conceptual and mission …

Spacecraft systems have undergone tremendous system-level transformations following
advances in subsubsystems, subsystems, and systems designs and technologies …

This paper presents a slotted substrate integrated waveguide (SIW) multiple input multiple
output (MIMO) antenna architecture for mm-Wave/mid-band 5G/6G satellite-cellular …

A fifth-order gap-coupled resonator loaded ultra-wide band (UWB) filtenna is proposed in
this research article. The band-stop Butterworth filter is designed at the ISM frequency of 5.8 …

The spacecraft payload operational time (SPOT) is amongst the main critical design
considerations that must be optimised and validated during the system engineering analysis …

Over the past few years, with lower power consumption, reasonable layout area, and the
ease of integration with standard circuit design technologies compared to the other …

Space satellite network design and operation have become more challenging following
emerging advanced applications and the increased number of satellites launched into the …

A deterministic multifunctional architecture design approach for a highly adaptive small
satellite system is proposed in this paper. It enables five levels of design customisation of all …