ELUS: A dynamic software reconfiguration infrastructure for embedded systems
Giovani Gracioli, Antônio Augusto Fröhlich · 2010
Dynamic software reconfiguration is the process of updating the system software during its execution. A dynamic software reconfiguration mechanism for an embedded system must be simple, transparent to applications, and use the minimum amount of resources (e.g. memory, processing) possible, since it shares resources with the target embedded system. We present Epos Live Update System (Elus), an operating system infrastructure for resource-constrained embedded systems. Through the use of sophisticated C++ static metaprogramming techniques, unlike the previous software reconfiguration infrastructures, Elus provides a low-overhead, simple, configurable, and fully transparent software reconfiguration mechanism. Our experimental evaluation shows that the Elus memory consumption, overhead, and reconfiguration time present better performance when compared to related work.