definition for: #HumanComputerIntelligenceNetwork

In this chapter I?ll be providing a theory of an automated human-computer intelligence network based on my interpretation of my experience and the available literature. The existence of this system, with all of its features, has not been admitted. As part of its surveillance and electronic warfare capabilities, the DOD has a C4ISR system that contains a mind-reading computer with artificial intelligence, which is able to remotely infer the mental and emotional states of its targets. It is also the cognitive center of a human-computer intelligence network which establishes wireless links to human brains and transmits attack instructions to people during computer-generated swarms. Furthermore, it is connected to a directed-energy weapons platform and a multitude of electronic devices, which serve as outputs for stimuli intended to influence the target. The basic system consists of surveillance (intelligence obtained by sensors), processing (computation done using AI), and output (stimuli sent to the individual and their environment). Real-time intelligence is obtained through a sensor network connected to a computer with artificial intelligence (AI). The computer compares the information to a set of instructions which contain rules on how to interpret the new information in relation to an individual?s profile, which is also stored in the system and is constantly updated. The computer generates a response, and then selects an output channel to transmit the response/stimuli. It is able to determine the best output channel through constant surveillance of the TI. For instance, it understands whether the person is interacting with one of its nodes (such as another person), working on a computer, listening to a broadcast, etc. Once the computer has determined the most efficient method to communicate with the TI, it transmits the stimuli through a human channel or into the environment. As complicated as it sounds, in theory it is a simple observation, processing, and feedback loop, the output of which is sent through a variety of channels. This system appears to be connected to the Global Information Grid (GIG), which we covered in Volume II. The synchronization of stimuli based on real-time information obtained from persistent surveillance, can be explained by a basic closed-loop Augmented Cognition (AugCog) system which has been developed by the DOD?s scientific research agency. Excerpt from NewWorldWar.org. See also: #C4ISR #Swarming #AugCog