Manuscript IX-D-ST@1 · IX-D-ST.tex · section · b1dc631a

Nonempty regular transport realization

Shared finite Enter certificate interface › Nonempty regular transport realization · lines 2447–2479

Orthogonal sender payloads give receiver trace-distance contrast one. This is a declared transport witness, not entanglement generated by the cone IB,En08.

If the certificate has $b$ bits, the catalogue $g$ bits, and lookup uses $w$ work bits, a conservative reserve is

m + g + 1 + (n + 1) p + w + (n + 1) b

qubit-sized basis-state carriers, with external references separately declared. There are $n$ exchanges and $n$ certificate transmissions. Carriage takes developed time $2 ℓ$ ; all processing, copying, and buffering times are added before choosing the experiment window. No reset-cost or thermodynamic theorem is claimed.

For compatible implementations on the same complete interfaces, replacing one channel factor at a time gives

d_{⋄} (Γ, Γ) \leq min {1, ϵ_{enc} + ϵ_{dec} + ϵ_{table} + j \sum ϵ_{j}} .

This finite-channel estimate is distinct from every continuity question for the field-theoretic maps Watrous.

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unlabeled · line 2456
$m + g + 1 + (n + 1) p + w + (n + 1) b$
unlabeled · line 2469
$d_{⋄} (Γ, Γ) \leq min {1, ϵ_{enc} + ϵ_{dec} + ϵ_{table} + j \sum ϵ_{j}} .$

Nonempty regular transport realization

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