The system he developed could simulate the way the human brain works in order to someday power robotics supported by artificial intelligence systems.
The results indicate that this proposed system could accurately simulate the resistance encountered during cardiac catheterization and achieve the desired training outcomes.
Prior research also suggested that by creating a compromised endocannabinoid system in rodents, researchers could simulate anorexic symptoms.
The main hypothesis consists in the assumption that emotions inherent in a living system could be simulated by variation of amplitude of the occasional component (noise) inherently embedded into the architecture of artificial system.
Subsequently, aberrations of the optical system could be simulated and corrected by adjusting the HOE function.
Alternatively, one could simulate a subsystem of the full system.
Weizenbaum's distress came because he had written Eliza as an experiment, to see whether he could simulate "artificial intelligence" in a question-and-answer system by parsing sentences and throwing relevant bits back at the questioner.
Feynman already pointed out in 1982 [1] that a controllable quantum platform could simulate the dynamics or static properties of another quantum system exponentially faster than classical computers.
