Optimization — Machine Interface

Direct answer

Optimization — Machine Interface is limited to the bound authority, implementation, or commercial acquisition state and carries its exclusions explicitly.

Answer contract

Apply the machine interface lens only to the exact inspected source scope; do not infer authority from adjacent topics.

Evidence and exact locators

t21-bounded-minimum — lib/federation/readiness-tranche-21.ts — boundedMinimum. Supports: Enumerates a finite declared objective vector and returns the first exact minimum.

src-boyd-optimization — §4.1.1–4.1.2, pp. 127–129. Supports: Defines a standard optimization problem using an objective, inequality and equality constraints, feasible points, and optimal value.

What the evidence does not establish

This fixture does not solve continuous, constrained, stochastic, or large-scale optimization problems.

Does not establish convexity, existence or uniqueness of a solution, or performance of a solver for a particular problem.

Rights and reuse

project-owned-reference-only

reference-only

Dependencies and related concepts

applies-to: urn:maha:concept:computation:optimization

governed-by: urn:maha:concept:governance

evidence-for: urn:maha:concept:computation

Authority or implementation

This authority or implementation section is constrained to the same inspected scope: Enumerates a finite declared objective vector and returns the first exact minimum. Defines a standard optimization problem using an objective, inequality and equality constraints, feasible points, and optimal value.

It must preserve the recorded boundary: This fixture does not solve continuous, constrained, stochastic, or large-scale optimization problems. Does not establish convexity, existence or uniqueness of a solution, or performance of a solver for a particular problem.

Mechanism or acquisition state

This mechanism or acquisition state section is constrained to the same inspected scope: Enumerates a finite declared objective vector and returns the first exact minimum. Defines a standard optimization problem using an objective, inequality and equality constraints, feasible points, and optimal value.

It must preserve the recorded boundary: This fixture does not solve continuous, constrained, stochastic, or large-scale optimization problems. Does not establish convexity, existence or uniqueness of a solution, or performance of a solver for a particular problem.

Verification and uncertainty

This verification and uncertainty section is constrained to the same inspected scope: Enumerates a finite declared objective vector and returns the first exact minimum. Defines a standard optimization problem using an objective, inequality and equality constraints, feasible points, and optimal value.

It must preserve the recorded boundary: This fixture does not solve continuous, constrained, stochastic, or large-scale optimization problems. Does not establish convexity, existence or uniqueness of a solution, or performance of a solver for a particular problem.

What this does not establish

This what this does not establish section is constrained to the same inspected scope: Enumerates a finite declared objective vector and returns the first exact minimum. Defines a standard optimization problem using an objective, inequality and equality constraints, feasible points, and optimal value.

It must preserve the recorded boundary: This fixture does not solve continuous, constrained, stochastic, or large-scale optimization problems. Does not establish convexity, existence or uniqueness of a solution, or performance of a solver for a particular problem.

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