Lusser's Law
A classic model in reliability engineering for assessing the overall reliability of a series system: system reliability equals the product of component reliabilities, assuming component failure events are mutually independent.
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The reliability of a series system follows Lusser's law, where system reliability equals the product of the reliabilities of the components: R_system = (R_step)^n.
When single-step accuracy is 96%, the system success rate after 30 chained steps is about 29%.
Lusser's law assumes that the failure events of each component are mutually independent, but in practice Agent steps may be correlated, which can make system reliability lower than the formula's estimate.
All Facts (3)
The reliability of a series system follows Lusser's law, where system reliability equals the product of the reliabilities of the components: R_system = (R_step)^n.
50%UnverifiedWhen single-step accuracy is 96%, the system success rate after 30 chained steps is about 29%.
50%UnverifiedLusser's law assumes that the failure events of each component are mutually independent, but in practice Agent steps may be correlated, which can make system reliability lower than the formula's estimate.
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