Network apparatuses and methods for intelligent, real-time, patient-centric opioid treatment management

Abstract

The present invention relates a knowledge-based networked apparatus comprising at least one autopoietic node configured to monitor and maintain the stability of the knowledge network and maintain system availability, performance, security and regulation compliance, at least one cognitive node configured to manage the dynamics of opioid treatment process using various information processing knowledge structures that perform a collection of information from a variety of sources in a variety of forms, one or more functional nodes configured to provide algorithmic processing, machine learning and deep learning neural networks providing information processing of various domain specific functions; and wherein the at least one autopoietic node, at least one cognitive node and one or more functional nodes are configured to provide real-time actionable insights to optimize the opioid treatment according to the patient's condition by generating a common representation of the knowledge network with entities their relationships and behaviors.

Dependencies are inferred from the claim text.