Cumulative Sensitivity
In modular representations, the study of error amplification along dependency chains, that is, the phenomenon in which errors from preceding modules are passed through interfaces and amplified by subsequent modules.
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The paper provides theoretical results characterizing the conditions for transfer through module interfaces, and points out that the physical limits stem from missing interface information and cumulative sensitivity.
Cumulative sensitivity describes the error amplification effect along the solving dependency chain: when a mechanism is solved by multiple modules in series, the prediction errors of preceding modules propagate through the interfaces and may be amplified by subsequent modules.
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The paper provides theoretical results characterizing the conditions for transfer through module interfaces, and points out that the physical limits stem from missing interface information and cumulative sensitivity.
50%UnverifiedCumulative sensitivity describes the error amplification effect along the solving dependency chain: when a mechanism is solved by multiple modules in series, the prediction errors of preceding modules propagate through the interfaces and may be amplified by subsequent modules.
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