Abstract
Insights obtained through domain-specific studies of mechanism transitions (as done with Bypass.kom) need to be consolidated and generalized towards a common transition methodology. This requires intense collaboration among researchers for the definition and later adoption of common design practices.
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Notes
- 1.
The Simonstrator.kom platform, its runtime environments and the prototype of Bypass.kom described in this thesis are available online at www.simonstrator.com [Accessed March 8th, 2017].
- 2.
For a detailed description and examples of configured hosts, the interested reader is referred to [10].
- 3.
In addition to activating an ad hoc dissemination protocol, we need to activate the respective communication interface at the mobile device, as also discussed for our Android prototype in [11]. We omit these transitions for brevity.
- 4.
When switching to Gossip, the self-transition \( T^\bullet _\mathrm {lc}: f(\mathrm {\textsc {Gossip}}) = p \leftarrow 0.4 \) might need to be added to the execution plan. Otherwise, the new mechanism instance of Gossip will use its default probability.
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Richerzhagen, B. (2019). Simonstrator.kom: Platform for the Design and Evaluation of Mechanism Transitions. In: Mechanism Transitions in Publish/Subscribe Systems . Springer Theses. Springer, Cham. https://doi.org/10.1007/978-3-319-92570-7_5
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