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Offloading of IoT Workloads in Peer-to-Peer Networks using WebAssembly

December 9th, 2022

Edge computing offers a framework for offloading the computational effort required by IoT applications.
However, privacy issues and cost constraints for cloud infrastructures pose substantial difficulties to IoT service deployment. We wish to look at the possibilities of Peer-to-Peer networks and WebAssembly for IoT task offloading. As a result, a comparison of existing offloading tactics and information structures based on peer-to-peer and client-side solutions employing modern Web protocols such as WebRTC and WebAssembly is made.

Thesis Type
  • Master
Student
 Ines Fourati
Status
Finished
Proposal on
 21/12/2022 11:00 am
Proposal room
 Seminar room I5 6202
Supervisor(s)
 Stefan Decker
Sandra Geisler
Advisor(s)
 Michal Slupczynski
Contact
 slupczynski@dbis.rwth-aachen.de

Edge computing offers a framework for offloading the computational effort required by IoT applications.
However, privacy issues and cost constraints for cloud infrastructures pose substantial difficulties to IoT service deployment. We wish to look at the possibilities of Peer-to-Peer networks and WebAssembly for IoT task offloading. As a result, a comparison of existing offloading tactics and information structures based on peer-to-peer and client-side solutions employing modern Web protocols such as WebRTC and WebAssembly is made.