System and method for carrying out network switching when network communication is interrupted
A network communication and network switching technology, which is applied in the field of network switching systems, can solve problems such as reduced efficiency and stagnant data transmission of communication equipment, and achieve the effect of avoiding data loss
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Embodiment 1
[0069] Embodiment 1: Limited conditions, the communication equipment data transmission rate collection and analysis sub-module collects the multi-segment data transmission rate of the communication equipment in the previous network, and sets the multi-segment data as L 1 , L 2 , L 3 , where the above data L 1 The real-time transmission rates are 12M / s, 7M / s, 14M / s, 11M / s, data L 2 The real-time transmission rates are 6M / s, 7M / s, 11M / s, 9M / s, data L 3 The real-time transmission rates are 8M / s, 15M / s, 11M / s, and 13M / s respectively. Extract the minimum values of the real-time transmission rates of the above multi-segment data 7M / s, 6M / s, and 8M / s, and extract the above-mentioned multi-segment data real-time transmission The maximum speed rate is 14M / s, 11M / s, and 15M / s. Set the multi-segment data transmission rate range of the current communication device in the previous network to K0min~K0max, according to the formula:
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[0072] The calculated transm...
Embodiment 2
[0073] Example 2: Limiting conditions, set between the specified time T0 ~ T1, set different networks as b1, b2, b3, and the number of times that different networks report errors as 3, 2, 4, among which, set the number of times in the network b1 The failure degree of the first error report is set to 30%, 17%, 37%, the failure degree of several error reports inside the network b2 is set to 40%, 51%, and the failure degree setting of several times of error reports inside the network b3 is set For 42%, 31%, 56%, and 64%, set the failure rate of a single network to set R0, according to the formula:
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[0077] Set the comprehensive failure rate R of all error-reporting networks in the area, according to the formula:
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[0079] Calculate the failure rate of the current single network and the comprehensive failure rate of all error-reporting networks in the area. The threshold is set to 40%. If the rate is greater than the set threshold, m...
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