「@SECURE PARAMETER」：修訂間差異
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已建立頁面，內容為 "*Determine the rigor of privacy amplification. When QBER<0.2, the '''safe_factor''' use the first value, otherwise use the second value. :safe_factor=s ; I(Eve_shann..." |
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*Determine the rigor of privacy amplification. When QBER<0.2, the '''safe_factor''' use the first value, otherwise use the second value. | *Determine the rigor of privacy amplification. When QBER<0.2, the '''safe_factor''' use the first value, otherwise use the second value. | ||
:safe_factor=s ; I(Eve_shannon_info) <= 2^(-s)ln(2) | :safe_factor = s ; I(Eve_shannon_info) <= 2^(-s)ln(2) | ||
*Is store as '''secure_parameter''' in the fortran code. | *Is store as '''secure_parameter''' in the fortran code. | ||
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30, 50 | 30, 50 | ||
Which mean the system will | Which mean when [[@AUTO_PALENGTH]] is .true., the system will calculate key reduction rate with safe_factor=30 (if QBER<0.2) safe_factor=50 (if QBER>0.2). | ||
於 2025年1月5日 (日) 18:09 的最新修訂
- Determine the rigor of privacy amplification. When QBER<0.2, the safe_factor use the first value, otherwise use the second value.
- safe_factor = s ; I(Eve_shannon_info) <= 2^(-s)ln(2)
- Is store as secure_parameter in the fortran code.
example
@SECURE_PARAMETER 30, 50
Which mean when @AUTO_PALENGTH is .true., the system will calculate key reduction rate with safe_factor=30 (if QBER<0.2) safe_factor=50 (if QBER>0.2).