Accurate and stable time and frequency transfer (TFT) is typically required in distributed
sensing. While this has historically been a limiting factor in the design of netted radars, the …

In this paper the dual-mixer time delay (DMTD) technique is used to characterize netted
radar carrier stability. Moreover, the performance of synchronization via twisted-pair (TP) …

Networks of coherent sensors, such as radar, require precision time and frequency
synchronisation for their operation. In this paper, we evaluate the White Rabbit technology …

A fundamental challenge in the practical implementation of multistatic radar systems (MSRS)
is the requirement for precise time and frequency synchronisation between the spatially …

Coherent network radar requires precise time, phase and frequency synchronisation. Time
offsets result in bistatic range errors, while phase instability affects, amongst other things, the …

This text evaluates the feasibility of synchronising coherent, pulsed-Doppler, networked,
radars with carrier frequencies of a few gigahertz and moderate bandwidths of tens of …

The benefits of multistatic radar have been well understood for decades, though the
challenges of implementing such systems have limited their development and subsequent …

The NetRAD multistatic radar was developed at UCL and was limited to 100 m baselines by
its cable synchronisation system. UCT contributed three low-cost quartz-based GPS …

Multi-static and MIMO radars have opened up new horizons of research as they offer
diversified degrees of freedom and arbitrary geometrical patterns. The biggest hurdle that …

To continue improving the performance of modern communications and radar remote
sensing systems, the implementation of distributed radio frequency (RF) systems has …