An Optimization Scheme for Processing Data Frames Using a Streaming Parallel Architecture
Compared with other software and hardware platforms,FPGA has high-speed advantages and unique timing-based control methods,which make it more and more widely used in the communication field.This paper analyzes and optimizes the logi-cal processing architecture of the data frame encryption operation process.The optimized logical architecture realizes data frame streaming,fast parallel processing,business priority arbitration,and dynamic allocation of algorithm resources.It reduces time overhead greatly,improves the computing efficiency of logic processing modules and the flexibility of computing power distribution.At the end of the paper,the method of comprehensive simulation is used to verify the feasibility of this kind of optimization.
FPGAstreaming transmissioncryptographic algorithmarbitrationdynamic allocation of resources
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