TY - EJOU AU - Prasad, Nadipuram R. AU - Almanza-Garcia, Salvador AU - Lu, Thomas T. TI - Anomaly Detection T2 - Computers, Materials \& Continua PY - 2009 VL - 14 IS - 1 SN - 1546-2226 AB - The paper presents a revolutionary framework for the modeling, detection, characterization, identification, and machine-learning of anomalous behavior in observed phenomena arising from a large class of unknown and uncertain dynamical systems. An evolved behavior would in general be very difficult to correct unless the specific anomalous event that caused such behavior can be detected early, and any consequence attributed to the specific anomaly following its detection. Substantial investigative time and effort is required to back-track the cause for abnormal behavior and to recreate the event sequence leading to such abnormal behavior. The need to automatically detect anomalous behavior is therefore critical using principles of state motion, and to do so with a human operator in the loop. Human-machine interaction results in a capability for machine self-learning and in producing a robust decision-support mechanism. This is the fundamental concept of intelligent control wherein machine-learning is enhanced by interaction with human operators. KW - Anomaly detection KW - soft-computing KW - decision-making KW - machine intelligence KW - nonlinear dynamical systems DO - 10.3970/cmc.2009.014.001