A control apparatus and a brain-inspired computing system. The apparatus comprises: a first trigger module (10); a second trigger module (20); a multiplexer (30) electrically connected to the first trigger module (10) and the second trigger module (20); and a control module (40) electrically connected to the multiplexer module (30) and used for controlling the multiplexer (30) to transmit any one first trigger signal of one or more first trigger signals and any one second trigger signal of one or more second trigger signals to one or more functional cores in a processor (1), such that the one or more functional cores execute a sub-task of a task according to the received first trigger signal and the second trigger signal. According to the apparatus, segmentation of an independent task can be achieved, thereby increasing the execution speed, reducing running time, improving chip performance, and reducing power consumption.
CONTROL APPARATUS AND BRAIN-INSPIRED COMPUTING SYSTEM