Cognitive coupling states based on tree cognitive fields
Meng Simon, Cheng Rengui · 2011
From certain point of view, the research of brain intelligence can be divided into two researching ideas :function simulation and cognitive coupling. Former is that computer is used to simulated with the brain intelligence and the two irrelative individual can be separated between the brain and computer; The latter is that the brain and computer can be united one integrated entity. Through the constructing with cognitive coupling states between the information brain,as iBrain,and machine, the Agent of the cognitive space is mapped the brain activity, the cognitive coupling states is modulated and the Agent behavior in the states is recorded, and the brain active principle is reflected by Agent activity to receive cognitive data on the coupling states. Selecting tree topological space model, cognitive information space can be divided into the three levels, such as object information, cognitive operation and arithmetic and physical quantification, like Digital Nervous Architecture called DNA feeling Agent behavior ,the all known as DNAgent; Materialized DNAgent is a software system, named Cognitive Coupling Modulator, Similar to the cyclotron. It is modulate the Agent cognitive track to verify cognitive theory or assumptions; and Agent cognitive symbol sequence data are adopted, symbol dynamics is applied to deal with the cognitive symbols, the research on the arithmetic and physical level based on the cognitive process is realized. Formation of brain information layer of the following framework:Coupled brain information process with computer and cognitive symbol sequence to achieve cognitive materialized and quantitative research; Base on new tools the Cognitive Coupling Modulator, formation the mathematical and experience level of mutual authentication.