Abstract: Embodiments of a multi-processor system and method for synchronization and event scheduling of multiple processing elements are generally described herein. In some embodiments, timing marks are provided to the processing elements and a start-timer command is broadcasted to the processing elements after an initial timing mark. The start-timer command instructs the processing elements to initiate an internal time reference after receipt of a next timing mark. Each of the processing elements maintains a copy of the internal time reference which may be used for synchronized event scheduling.

Abstract: An advanced extensible interface 4 (AXI4) topology is provided. The topology includes a main entity, parallel sub entities comprising a first sub entity having a first functionality and a second sub entity comprising parallel third sub entities having a second functionality, which is different from the first functionality, and a controllable element in series with the parallel third sub entities and an AXI4 interconnect element serially interposed between the main entity and the parallel sub entities. For a transaction issued by the main entity with an augmented address including first and second addresses, the first address is readable by the AXI4 interconnect element to select one of the first and second sub entities for transaction execution and the second address is readable by the controllable element to select one of the third sub entities for transaction execution.

Abstract: Embodiments of a multi-processor system and method for synchronization and event scheduling of multiple processing elements are generally described herein. In some embodiments, timing marks are provided to the processing elements and a start-timer command is broadcasted to the processing elements after an initial timing mark. The start-timer command instructs the processing elements to initiate an internal time reference after receipt of a next timing mark. Each of the processing elements maintains a copy of the internal time reference which may be used for synchronized event scheduling.

Abstract: An advanced extensible interface 4 (AXI4) topology is provided. The topology includes a main entity, parallel sub entities comprising a first sub entity having a first functionality and a second sub entity comprising parallel third sub entities having a second functionality, which is different from the first functionality, and a controllable element in series with the parallel third sub entities and an AXI4 interconnect element serially interposed between the main entity and the parallel sub entities. For a transaction issued by the main entity with an augmented address including first and second addresses, the first address is readable by the AXI4 interconnect element to select one of the first and second sub entities for transaction execution and the second address is readable by the controllable element to select one of the third sub entities for transaction execution.

Abstract: Embodiments of a multi-processor system and method for synchronization and event scheduling of multiple processing elements are generally described herein. In some embodiments, timing marks are provided to the processing elements and a start-timer command is broadcasted to the processing elements after an initial timing mark. The start-timer command instructs the processing elements to initiate an internal time reference after receipt of a next timing mark. Each of the processing elements maintains a copy of the internal time reference which may be used for synchronized event scheduling.

Abstract: Embodiments of a multi-processor system and method for synchronization and event scheduling of multiple processing elements are generally described herein. In some embodiments, timing marks are provided to the processing elements and a start-timer command is broadcasted to the processing elements after an initial timing mark. The start-timer command instructs the processing elements to initiate an internal time reference after receipt of a next timing mark. Each of the processing elements maintains a copy of the internal time reference which may be used for synchronized event scheduling.