Literature: Cognitive Radio CR for AI BCPS Return to Sender Signal Processing

Return to signal cognitive radio artificial intelligence application that falls within SIGINT, HUMINT and AI technology domains. Objective is to JAM NeuroStrike technology.

NeuroStrike technologies utilize a hybrid brain with synthetic biology overlay for a brain-compute-interface that then transmits and receives CR for various use cases. Robert McCreight is an expert on NeuroStrike technologies. If you want to see if you are in the loop of a CR or synthetic telepathy system, spend some time in a faraday cage and track the number of emails, phone calls, text messages, etc. that you get from other people. You’ll see it plummet to rock bottom if you’re in the loop of a synthetic telepathy AI BCPS monitoring system.

Rahul Awati’s description of Cognitive radio (CR) is referenced below from article [1] in references cited. CR is a form of wireless communication in which a transceiver can intelligently detect which communication channels are in use and which ones are not. The transceiver then instantly moves into vacant channels, while avoiding occupied ones. These capabilities help optimize the use of the available radio frequency (RF) spectrum.

It also minimizes interference to other users. And, by avoiding occupied channels, it increases spectrum efficiency and improves the quality of service (QoS) for users.

The wireless RF spectrum is a limited resource, usually allocated through a licensing process. In the U.S., it is the joint responsibility of the Federal Communications Commission (FCC) and the National Telecommunications and Information Administration (NTIA). The FCC administers the spectrum for non-federal (e.g., commercial) use, while the NTIA does the same for federal (e.g., military, FBI) use.

The allocated (licensed) spectrum is not always used optimally. As a result, some bands are overcrowded (e.g., GSM cellular networks), while others are relatively unused (e.g., military). This spectrum inefficiency limits the amount of data that can be transmitted to users and lowers service quality.

As the number of connected devices in use continues to grow, this limited resource is fast becoming a scarce resource. Cognitive radio is an efficient way to use and share this resource intelligently, optimally and fairly.

List of References

[1] https://www.techtarget.com/contributor/Rahul-Awati