Composing Instantaneous Machines - Theory and Implementation

Explore a Berkeley seminar presentation that delves into groundbreaking research on composing instantaneous machines, where machines provide immediate output based on current input and state conditions. Learn how extended categories of directed wiring diagrams account for input-output dependencies and discover the operad algebra that defines compositional semantics. Understand the fascinating challenge of managing recursive input-output relationships, including how fixed point solutions ensure finite stabilization of these systems. Gain insights into this collaborative research effort that advances our understanding of reactive computational systems and their compositional properties.