Optoelectronic-Processor-Based Responsive Jamming: a New Design Trend to Prevent Remote Terroristic Attacks Using Radio-Communication Channel

In this paper, we propose a new trend to function a responsive radio jamming device that discovering the signals of one or a group of the terroristic radio-controlled improvised explosive radio devices, processing and relaying them so that the remote-controlled detonator of the explosive installed at the object cannot be triggered. The distinctive feature of our approach is related to the processing of received radio signals, when instead of the operation of introducing noise interference into each radio channel exclusively used in existing multi-channel jammers, a common single-channel optoelectronic processor is exploited, which generates many replicas of received radio signal that critically degrade its quality.