NEURIC

COMPUTER PROGRAM FOR EMULATING THE HUMAN THOUGHT PROCESS, NAMELY, A PROGRAM THAT IMPLEMENTS AN ALGORITHM USING TIME-DEPENDENT POOLS OF CONTEXT-RELATED FACTS, IS DEPENDENT UPON BOTH SHORT- AND LONG-TERM MEMORY FOR STORAGE AND CORRELATION OF THOSE FACTS, AND WHEREIN MULTIPLE BRAIN-LIKE DEVICES MAY SHARE THE SAME MEMORY FOR FACTS, NAMELY FOR SCIENTIFIC AND INDUSTRIAL ANALYSIS AND CONTROL, FOR ROBOTICS DATA CORRELATION AND CONTROL, AND FOR ARTIFICIAL INTELLIGENCE AND EDUCATIONAL PURPOSES OF MODELING OR MIMICKING THE OPERATION OF THE HUMAN BRAIN USING THESE ALGORITHMS AND ARCHITECTURE

COMPUTER PROGRAM FOR EMULATING A HUMAN BRAIN, NAMELY A PROGRAM THAT IMPLEMENTS AN ALGORITHM USING TIME-DEPENDENT POOLS OF CONTEXT-RELATED FACTS, IS DEPENDENT UPON BOTH SHORT- AND LONG-TERM MEMORY FOR STORAGE AND CORRELATION OF THOSE FACTS, AND WHEREIN MULTIPLE BRAIN-LIKE DEVICES MAY SHARE THE SAME MEMORY FOR FACTS ALL FOR THE AUTONOMOUS NON-PROGRAMMED CONTROL OF ARTIFICIAL, ORTHOPEDIC, OR ROBOTIC LIMBS AND IMPLANTS FOR REPLICATING HUMAN SENSES, AND SPECIFICALLY MODELING OR MIMICKING THE OPERATION OF THE HUMAN BRAIN USING THESE ALGORITHMS AND ARCHITECTURE ALL SOLD TOGETHER WITH SAID ARTIFICIAL, ORTHOPEDIC, OR ROBOTIC LIMBS AND IMPLANTS FOR REPLICATING HUMAN SENSES