Behavior generation in intelligent systems

The distributed intelligent control of complex systems

“…One approach to the interaction among the intelligent controllers is the Real-time Control System, defined by Albus and Meystel [4]. Although this architecture has been employed for several systems, the author believes that it is not the only solution.…”

A mobile learning that uses ECOLIG and a brain computer interface with Android

“…Using semiotic concepts, it is sign oriented. In this way, it can improve the relationship with the environment and other intelligent systems [10]. Capturing the aim of human thinking, ECOLIG is not dependent on mechanical actuators and offers the possibility to learn with interactions in a semiotic spiral process [23].…”

“…The concept of a protocol is usually associated with patterns that are used in processes of communication but, in this case, this concept goes beyond communication. This semiotic protocol is also associated with a set of symbols that are interpreted as semiotic signs by intelligent systems, which may be more complex commands or even meta-interpretations that may further evolve when processed by other intelligent systems [10,11]. These metaevolving interpretations can be considered learning processes that occur in artificial or biological neural networks.…”

Intelligent systems:

“…[492], and an automaton proposed to deal with this case is described in [493], Redundancy grows when the system is considered to be a stochastic one. The number of available alternatives grows even higher when a multiplicity of goal tessellata of a particular level of resolution is also considered under the condition of assigning the goal at a lower resolution level, which is the fact in multiresolutional systems such as RCS [494,495].…”