Abstract: Methods and apparatus for an intelligent human-machine interface comprising an interface shell, system agents, function agents, a dynamic documentation system, and a layering architecture. The system agents include dynamic, knowledge-based software object sub-agents that model and track the state of a work area. The function agents model, track, and facilitate work area functions. The interface shell provides a hardware and software interface between the system agents and the function agents. The layering architecture comprises a tracking layer, an equipment and supply management layer, a coordination layer, and a situational awareness layer, and an oversight layer. The oversight layer combines information from the situational awareness layer with process rule sets contained in the function agents to determine if processes are being performed correctly.

Abstract: Embodiments in accordance with the present invention relate to methods and apparatus for an intelligent human-machine interface. By way of example, but not limited thereto, embodiments of methods and apparatus are presented of an intelligent human-machine interface for the operating room, and more particularly, to systems and processes for real-time management and feedback of process control, situational awareness, logistics, communication, and documentation, herein referred to as system. One element of the system, among others, provides a knowledge base that organizes information and rules that enables an accurate, relevant and timely decision support system. The knowledge base is represented in a hierarchical structure of functions and systems. The system serves as platform for the avoidance, detection and timely correction of errors, and as such, acts as a countermeasure to error.