Journal of Lasers, Optics & Photonics

Current electronic countermeasure, radar warning, and electronic knowledge frameworks all greatly benefit from the ability to recognise the recurrence of obscure obstructed microwave signals. Microwave recognised proof framework demands smaller size, greater data transfer, higher objective, and reduced idleness due to the increasing interest in limit and the expansion of wise turn of events. Due to this, a number of photonicbased microwave recurrence ID methods have been taken into account. The microwave photonic frameworks' size, weight, and complexity were specifically reduced by the use of the photonic combination approach, which is essential for airborne and remote applications.