ALTERNATE MODULE DESIGN CAPABLE OF AUTOMATICALLY AND DYNAMICALLY MODULATING WEIGHTS ONLINE

摘要

Disclosed is an alternate module design capable of automatically and dynamically modulating weights online. A multi-join plural requirement input represents that at least a plurality of instruction requirements need to be simultaneously received, and in conjunction with a corresponding number of weight inputs, a grant output value is obtained by means of calculation with weights. When new requirement inputs are defined, corresponding address information must be added, an address decoding module is added in addition to a weight alternate scheduling design and is internally provided with an address interval body priority table, and according to the definition of the table thereof, whether to change the priorities of the weights is determined. The weight alternate design is mainly applied to related applications, for example, a system must process the priorities of data requirements when multiple machines realize load balancing. By means of simple memory interval detection, weights of data are adjusted, thereby achieving the characteristic of automatically and dynamically modulating weights online, and improving the flexibility and efficiency of alternate arrangement.