Suggestions(1)
Exact(15)
4) In the light of (18), calculate compensation factors, denoted by K c(k).
According to the AC power flow, the error of short circuit currents caused by linearization is reduced by compensation factors.
Thus, compensation factors, which are considered in the model, are needed to reduce the error caused by DC power flow in each iteration.
When DDPA is used with low level of information availability, an error is introduced which can be reduced by applying compensation factors.
Compensation factors are determined by the topological structure of the power system, which is defined below: K_{i}^{C} = frac{{I_{i}^{SCDC} }}{{I_{i}^{SCAC} }} (18 where I i SCDC, I i SCAC are the short circuit current at node i based on DC power flow and that based on AC power flow, respectively, and I i SCAC is the accurate short circuit current.
Different dispersion compensation factors were used in imaging anterior and posterior segments of the eye.
Similar(45)
3) In order to compensate the error caused by the linearization method, the compensation factor is proposed.
To compensate the error caused by the assumptions of DC power flow, the compensation factor is proposed.
T is the noise compensation factor.
Considering the post-processing at B, the scaling factors,, and the compensation factor should be constant.
This implies that the original load factor may be increased by a compensation factor of 9/8.525.
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