Anastasia Vöhringer, Marius Feldmann, Iris Braun,
Towards Modeling Application Execution Platforms for Delay-Tolerant Networks,
In: 13th IEEE Iternational Conference on wireless for space and extreme environments WiSEE 2025, p. 6, Halifax, Canada: IEEE, 2025.
Abstract: In this paper, we present a first draft of MAEPOS (Meta-model for Application Execution Platforms Operated in Space), a meta-model for a systematic approach to design application execution platforms for Delay- and Disruption-Tolerant Networking (DTN). MAEPOS is a technology-independent description of an application execution platform for flexible instantiation with specific technologies. The feasibility of MAEPOS has been confirmed using a basic scenario in which the meta-model is instantiated for a DTN-supported platform operated in lunar orbit. The operation of a platform via DTN involves specific requirements, which MAEPOS conceptually implements. The intermediate results presented in the following form the basis for further work in which MAEPOS will be extended to design secure and reliable application execution platforms. Therefore, we provide a brief overview of the ideas for the automated mapping of MAEPOS to an application context and for a quantitative evaluation of MAEPOS.
Note: accepted for publication
Topics:
This page generated by bibTOhtml on So 15. Feb 00:05:05 CET 2026