Abstract: A system includes an RDU coupled to a local interconnect and configured to receive a workload for execution from a host via a system interconnect coupled to the local interconnect, and an RDRT architecture executing on the host and configured to detect a hung state of an RDU resource on the RDU and initiate a recovery mechanism associated with the RDU resource. The RDU resource is selected from at least one of an RDU tile, an RDU die, or the RDU. From the recovery mechanism, the RDU resource is returned to an operational state from the hung state.

Abstract: A system includes an RDU coupled to a local interconnect and configured to receive a workload for execution from a host via a system interconnect coupled to the local interconnect, and an RDRT architecture executing on the host and configured to record, in a memory of the host, an RDU state of the RDU, and, when the RDU state is FAULTED, prevent further processing associated with the execution of the workload using the RDU.

Abstract: A data processing system comprises a coarse-grained reconfigurable (CGR) processor including an array of reconfigurable units which are configured to execute a dataflow graph. The system further includes a compiler coupled to provide a configuration file including a configuration for a set of components in a plurality of components in the array of reconfigurable units. The configuration file is coupled to configure the set of components using the configuration. An intelligent redundancy management framework (IRMF) checks health of the configuration and identify the configuration as defective if a component in the set of component is defective. further performs a healing operation for the defective configuration by replacing the defective configuration with an alternate configuration using a different set of all healthy components.