Method for determining optimal master block among distributed node clocks of network system
A distributed node and network system technology, applied in the direction of time division multiplexing system, electrical components, multiplexing communication, etc., can solve the problems of limited synchronization process, inconvenient use, difficult comparison, etc., to avoid external interference, The method is simple and reliable, and the effect of simplifying the process
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[0027] Example one:
[0028] The method for determining the optimal master clock in the distributed node clocks of the network system of the present invention includes N distributed node clocks;
[0029] a. The clock of each distributed node broadcasts to the system X times according to its own independent clock interval T1;
[0030] b. Each distributed node clock receives X broadcasts of other distributed node clocks and sorts the other distributed node clocks in each broadcast according to time;
[0031] c. The clock of each distributed node calculates the variance of the sequence of other distributed node clocks;
[0032] d. Confirm by variance that a distributed node clock is the optimal master clock of the network system. The confirmation by variance means that each distributed node clock broadcasts to the system the variance of the sequence of other distributed node clocks, and any distributed node clock receives the distribution The node clock sends the variance and accumulates ...
Example Embodiment
[0036] Embodiment two:
[0037] The method for determining the optimal master clock in the distributed node clocks of the network system of the present invention includes N distributed node clocks;
[0038] a. The clock of each distributed node broadcasts to the system X times according to its own independent clock interval T1;
[0039] b. Each distributed node clock receives X broadcasts of other distributed node clocks and sorts the other distributed node clocks in each broadcast according to time;
[0040] c. The clock of each distributed node calculates the variance of the sequence of other distributed node clocks;
[0041] d. Confirm by variance that a distributed node clock is the optimal master clock of the network system. The confirmation by variance means that each distributed node clock broadcasts the distributed node clock corresponding to the smallest variance to the system, and any distributed node clock receives the vote The result is superimposed on the voting results br...
Example Embodiment
[0045] Embodiment three:
[0046] The method for determining the optimal master clock in the distributed node clocks of the network system of the present invention includes N distributed node clocks;
[0047] a. The clock of each distributed node broadcasts to the system X times according to its own independent clock interval T1;
[0048] b. Each distributed node clock receives X broadcasts of other distributed node clocks and sorts the other distributed node clocks in each broadcast according to time;
[0049] c. The clock of each distributed node calculates the variance of the sequence of other distributed node clocks;
[0050] d. Confirm by variance that a distributed node clock is the optimal master clock of the network system. The confirmation by variance means: each distributed node's clock broadcasts to the system the distribution node corresponding to the order variance and minimum variance of other distributed node clocks Clock, any distributed node clock receives the voting r...
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