Secured Industrial Embedded Linux

IoT.bzh investigated on lazy object synchronization techniques combined with an appropriate serialization format and shows that performance can be improved by a ratio from 10 to 100 depending on use cases. This benefits to low-latency and/or high-throughput applications: High frequency sensors, fast CAN messaging, realtime applications, ...

Changing serialization format may provide a performance gain from 20% to 50%. To go further, the only solution is to reduce drastically the number of (de)serializations. This can be achieved by adopting a dual internal and external representation for objects coupled with new transport mechanisms between bindings.

This talk presents the benchmark results obtained by our team and proposes new ways to boost performance in the AGL Application Framework, including a new binding API v4 compatible with current API v3.

Slides: [click here]

Video: [click here]

Archived Publications

A propos

L’objectif technique d'IoT.bzh consiste à assembler, en fonction des besoins attachés à des marchés verticaux spécifiques (Automobile, Télécoms, Médical, Nautisme, Domotique, Agriculture…), un ensemble de composants logiciels techniques provenant de sources variées pour en faire une distribution cohérente où tous les composants fonctionnent ensemble de manière harmonieuse.

Coordonnées

IoT.bzh

Halles St Louis,
    rue Docteur Bodelio
56100 Lorient
02 57 62 02 47