Module reliability 

Classical Baarda/Teunissen reliability design.

Clean-room validation provenance for the tests in this module: Baarda, W. (1968), “A testing procedure for use in geodetic networks”, Netherlands Geodetic Commission, Publications on Geodesy 2(5). Teunissen, P. J. G. (2024), “Network Quality Control”, TU Delft OPEN.

Structs

ObservationReliability

Reliability diagnostics for one observation.

RangeReliabilityRow

One geometry row for pre-data reliability design.

ReliabilityOptions

Options for Baarda/Teunissen reliability design.

ReliabilityReport

Full reliability design report.

ReliabilitySummary

Aggregate reliability diagnostics for a design.

WtestNoncentralityComponents

Both Baarda w-test noncentrality forms from a single derivation: the noncentrality parameter delta0 = normal_q_inv(alpha / 2) + normal_q_inv(beta) and its square lambda0. Consumers that report both must take them from here rather than re-deriving one from the other.

Functions

reliability_araim

Compute reliability for ARAIM geometry using the same ENU gain matrix as MHSS.

reliability_design

Compute internal and external reliability from supplied range geometry.

wtest_noncentrality

Compute Baarda’s one-dimensional data-snooping noncentrality parameter.

wtest_noncentrality_components

Compute WtestNoncentralityComponents for a two-sided false-alarm probability alpha and a missed-detection probability beta.