@inproceedings{Bhattacharyya2014Verificaiton,
    abstract = {Modern defense systems are complex distributed software systems implemented over heterogeneous and constantly evolving hardware and software platforms. Distributed agreement protocols are often developed exploiting the fact that their systems are quasi-synchronous, where even though the clocks of the different nodes are not synchronized, they all run at the same rate, or multiples of the same rate, modulo their drift and jitter.
    
This paper describes an effort to provide systems designers and engineers with an intuitive modeling environment that allows them to specify the high- level architecture and synchronization logic of quasi- synchronous systems using widely available systems- engineering notations and tools. To this end, a translator was developed that translates system architectural models specified in a subset of SysML into the Architectural Analysis and Description Language (AADL). Translators were also developed that translate the AADL models into the input language of the Uppaal and Kind model checkers.

The Uppaal model checker. supports the modeling, verification, and validation of real-time systems modeled as a network of timed automata. This paper focuses on the challenges encountered in translating from AADL to Uppaal, and illustrates the overall approach with a common avionics example: the Pilot Flying System.},
    author = {S. Bhattacharyya and S. Miller and J. Yang and S. Smolka and B. Meng and C. Sticksel and C. Tinelli}
    booktitle = {IEEE/AIAA 33rd Digital Avionics Systems Conference, DASC 2014},
    title = {Verification of Quasi-Synchronous Systems with Uppaal},
    year = {2014}
}