This paper introduces a prototype tool for Aggregate Computing in Kotlin Multiplatform, which takes the best of other existing implementations found in the state of the art and combines them, adding support for multiple platforms (including mobile) in a write-once-run-everywhere fashion. The current implementation shows that the approach is feasible and could be the basis for investigating new ways to build self-organizing systems based on aggregate computing abstractions.
Cortecchia, A. (2024). Multiplatform Self-Organizing Systems Through a Kotlin-MP Implementation of Aggregate Computing [10.1109/acsos-c63493.2024.00048].
Multiplatform Self-Organizing Systems Through a Kotlin-MP Implementation of Aggregate Computing
Cortecchia, AngelaPrimo
2024
Abstract
This paper introduces a prototype tool for Aggregate Computing in Kotlin Multiplatform, which takes the best of other existing implementations found in the state of the art and combines them, adding support for multiple platforms (including mobile) in a write-once-run-everywhere fashion. The current implementation shows that the approach is feasible and could be the basis for investigating new ways to build self-organizing systems based on aggregate computing abstractions.File in questo prodotto:
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