A rigid monoidal category is constructed with DNA sequences as objects and non-pseudoknotted secondary structures as morphisms via planar matchings.
Scaling up digital circuit computation with DNA strand displacement cas- cades
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Simulations identify a bounded regime where embedded DNA inference reporting improves detection of weak-to-moderate anomalies while remaining competitive in communication cost, though it adds delay and does not outperform simpler methods globally.
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A Rigid Category of DNA Secondary Structures
A rigid monoidal category is constructed with DNA sequences as objects and non-pseudoknotted secondary structures as morphisms via planar matchings.
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Embedded DNA Inference in In-Body Nanonetworks: Detection, Delay, and Communication Trade-Offs
Simulations identify a bounded regime where embedded DNA inference reporting improves detection of weak-to-moderate anomalies while remaining competitive in communication cost, though it adds delay and does not outperform simpler methods globally.
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