Control platform architecture design method for dynamic association context, storage medium and equipment
A control platform and dynamic correlation technology, applied in the field of aerospace electronic systems, can solve the problems of decreased processing efficiency, lack of dynamic reconstruction, comprehensive processing of data signals, failure of multiplexing of sub-processor resources, etc.
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[0217] The prototype is based on an adaptive embedded control computer for an aerospace control system, the details are as follows:
[0218] S1. Construct a control platform architecture based on dynamic correlation context, including processor resources, memory resources and interface resources, and pool computing, storage, communication and other hardware resources;
[0219] S2. Simplify the structure of the dynamic correlation context control platform in step S1. Three interconnected optical communication multi-channel matrix network chains are used as the interactive core. Processor resources, storage resources and interface resources are all linked to the three optical communication multi-channel matrix networks. In the chain: the three optical communication multi-channel matrix switches have internal interconnection channels, which can realize data migration from one optical communication multi-channel matrix switch to another optical communication multi-channel matrix sw...
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