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450
400
350
300
250
200
One error
in mixing
One error
in splitting
No error
One error in mixing
and on in splitting
With CCD camera-based
sensing system
Without error recovery
mechanism
Fig. 2.21
Completion time for biochips with CCD camera-based sensing systems and without
error-recovery mechanism when errors are injected in the sample preparation of interpolating
mixing
Fig. 2.22
Completion time for the bioassay of interpolating mixing (derived from two re-synthesis
algorithms when multiple errors are injected)
again. Then corresponding to each value of P
fail
, we run the simulations 15 times,
and derive the average completion time for reliability-oblivious error-recovery. In
contrast, the defective electrodes are bypassed in reliability-driven error-recovery.
Thus the completion time of reliability-driven error-recovery is independent of P
fail
.
From the results shown in Fig.
2.23
, we find that reliability-driven error-recovery