Capabilities

Multi-resolution simulation

Integrate models at the resolution needed to assess system behavior and mission outcomes.

An inert test-vehicle case in ZMS with motion bindings, terrain checks and a modeled LEO handoff
ZMS research prototype / motion and LEO handoff in a separate inert test-vehicle case.

Coupled representations

From physical behavior to mission analysis.

Defined model interfaces connect component physics, platform behavior and mission-level interactions.

Engineering scope

Different parts of a mission scenario require different representations. PALLC connects component physics, system behavior and mission activities through defined interfaces, with model resolution selected around the quantities and interactions that influence the outcome.

Full-order, reduced-order and other abstractions are assessed for their intended use. Sensitivity studies, uncertainty analysis and reference comparisons guide where to retain detail and where a lower-cost model can support repeated evaluation.

Model composition makes units, coordinate transformations, state exchange and timing explicit. In ZMS, source geometry, computed fields and saved model states remain connected as physical results enter a mission scenario.

Explore PALLC

PALLC demonstration