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UID:pretalx-amfc2026-SEQVXV@modelica.simtek.cc
DTSTART;TZID=CST:20260921T162500
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DESCRIPTION:Model-Based Design has proven effective for developing complex 
 cyber-physical systems\, yet its workflows remain largely manual. Addition
 ally\, industrial workflows often cross tool and organizational boundaries
 . This paper presents an agentic MBD framework for such boundary-crossing 
 workflows. The architecture combines the Model Context Protocol (MCP) as t
 he agent-to-tool interface\, with FMI 3.0 as a model-to-model interface. W
 e report an initial case study in which an agent builds a battery manageme
 nt system faultprotection model around a supplier-provided battery pack FM
 U. The case study demonstrates the feasibility of using MCP and FMI as com
 plementary interoperability boundaries for agent-driven MBD workflows and 
 highlights the interface and verification challenges that emerge at those 
 boundaries. The architecture is tool-neutral by design\; the present work 
 exercises it through a MATLAB® and Simulink® reference implementation.
DTSTAMP:20261004T074222Z
LOCATION:Modelica Technology & AI (R1001)
SUMMARY:Agentic Model-Based Design with FMI: A Two-Axis Interoperability Ar
 chitecture - Weiwu Li\, Haihua Feng
URL:https://modelica.simtek.cc/amfc2026/talk/SEQVXV/
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