Graph physical PHD popular simulation implementation method

Abstract

The invention discloses a graphic physical PHD popular simulation implementation method, which comprises the following steps of: processing a complex signal through graphic simulation, and carrying out visual management through simulation modeling; performing function simulation verification on hardware development language design through an integrated circuit algorithm, and automatically storing an oscillogram and a simulation log; generating a script automatically, performing rapid testing to automatically generate a testing result; making multi-channel processing and intelligent detection analysis by graphic physical PHD popular simulation, uploading and downloading core data files synchronously for multi-person cooperative work.

Description

technical field [0001] The invention relates to the field of biological password input security, and more specifically, the invention relates to a method for realizing graphic physics PHD popular simulation. Background technique [0002] The communication field requires high-speed communication processing methods. On the other hand, the communication protocol is being modified at any time and is not suitable for making a special chip. Therefore, a simulation system that can flexibly change functions has become the first choice. At this stage, there are usually the following problems: the need for relevant development languages If you have a certain understanding, you need to have a certain understanding of the script syntax of the simulation tool; after the simulation, you need to manually collect the results such as waveform diagrams and operation logs, and manually summarize all use cases to write test reports; during development and testing, multiple people cannot work tog...

AI Technical Summary

Problems solved by technology

[0002] The communication field requires high-speed communication processing methods. On the other hand, the communication protocol is being modified at any time and is not suitable for making a special chip. Therefore, a simulation system that can flexibly change functions has become the first choice. At this stage, there are usually the following problems: the need for relevant development languages If you have a certain understanding, you need to have a certain understanding of the script syntax of the simulation tool; after the simulation, you need to manually collect the results such as waveform diagrams and operation logs, and manually summarize all use cases to write test reports; during development and testing, multiple people cannot work together; therefore , it is necessary to propose a graphic physics PHD popular simulation implementation method to at least partly solve the problems existing in the prior art

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