COMPUTATIONAL ARCHITECTURE AND METHOD FOR A TIME-VARYING CONTROL SYSTEM

Automatic control of an enterprise. A control vector is generated corresponding to a target allocation of resources between the plurality of products to be produced by the enterprise. An observation vector represents actual retained earnings attributed to each of the plurality of products during a first time period, the actual retained earnings being based on data representing the actual revenue and on data representing the actual cost. A dynamic matrix, a control matrix, a cost matrix, and an observation matrix are produced. Each matrix represents a corresponding dynamic relationship between a sets of different control parameters or measured or predicted values, and is revised at each subsequent time period to produce predicted values for each corresponding matrix. According to various embodiments, the revision can have two components: (a) vectorization; and (b) forecasting.