EML-NML inefficient parameter full variable synchronization method
A full-scale synchronization and parameter technology, applied in the field of EML-NML, can solve the problems that affect the efficiency of full-scale configuration synchronization, do not consider the characteristics of terminal point parameters, etc., and achieve the effect of avoiding fine-grained interfaces, reducing the number of times, and reducing generation and transmission
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[0025] The present invention will be described in further detail below in conjunction with the accompanying drawings and embodiments.
[0026] To improve the efficiency of full configuration synchronization, the characteristics of the parameters themselves must be considered. In this embodiment, parameters will be evaluated according to three dimensions, namely: frequency of use, frequency of change, and collection efficiency, based on the "center frequency", "actual collection of J0 bytes", and "maximum Optical transmission distance" and "client-side business type" parameters are used as examples to illustrate the characteristics of terminal point parameters in three dimensions:
[0027] Table 1 Evaluation of parameter characteristics
[0028]
[0029] It can be seen from Table 1 that different parameters have different characteristics for the three dimensions. Since the existing full configuration synchronization scheme in the industry does not distinguish parameter charac...
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