Dynamic time-sharing meter copying-reading method
A calculation method and meter reading technology, applied in signal transmission systems, instruments, electrical signal transmission systems, etc., can solve problems such as inability to read data, inability to finish reading meter data, and limited time for effective meter reading.
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Embodiment 1
[0036] Example 1: Combining figure 2 A method for dynamically time-sharing meter reading, which dynamically counts the communication success rate of the meter timing segment and reads the meter according to the communication success rate of the meter timing segment, wherein the calculation method for dynamically counting the communication success rate of the meter timing segment includes:
[0037](1-1) Divide a meter reading cycle into several meter reading periods; for example, the meter reading cycle is 1 day, which is divided into 24 meter reading periods on the hour;
[0038] (1-2) The communication success rate R of each meter in all periods is initially set to the initial value R int , and set the communication success weighted value W success , the communication success takes time to reduce the weight value W comm , communication failure reduction weight W fail , and the weight adjustment factor F; for example, R int 50%, W success 1%, W comm 0.01%, W fail 1% fo...
Embodiment 2
[0041] Embodiment 2: A kind of method for dynamic time-sharing meter reading meter as described in embodiment 1, in each meter reading period, according to the communication success rate of the current period of the meter, the non-reading meters are sorted, and the reading is given priority The meter with the highest communication success rate in the current period.
Embodiment 3
[0042] Embodiment 3: the method for a kind of dynamic time-sharing reading meter as described in embodiment 1, in step (1-3), described weighting algorithm of adding and subtracting is specifically: if the communication is successful, the time spent is t, then The number of times of successful communication in the current meter reading cycle S success Add 1, the communication success rate of the meter in the current period is adjusted to: R im = R im +W success –(t×W comm ), when R im >100% is fixed at 100%; if the communication fails, the number of communication failures in the current meter reading cycle S fail Add 1, the communication success rate of the meter in the current period is adjusted to: R im = R im -W fail , when R im im is 63%, if the communication is successful and the communication duration is 10 seconds, then adjust R im = R im +W success –(t×W comm )=63%+1%-(10×0.01%)=63.9%; if communication fails, adjust R im = R im -W fail = 62%.
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