Dynamic software updating (DSU) is shifting gears to modify software systems without a halt.
Even though extensive research has been conducted on DSU, it is necessary to synthesise …

Mechatronic systems reconfigure the structure of their software architecture, eg, to avoid
hazardous situations or to optimize operational conditions like minimizing their energy …

Software systems have to face evolutions of their running context and users. Therefore, the
so-called dynamic reconfiguration has been commonly adopted for modifying some …

Modern component frameworks support continuous deployment and simultaneous
execution of multiple software components on top of the same virtual machine. However …

The component-based software architecture of a cyber-physical system (CPS) is often
subject to structural reconfigurations in response to changing environmental conditions …

Software systems have to face evolutions of their running context and users. Therefore, the
so-called dynamic reconfiguration has been commonly adopted for modifying some …

A method for determining the highest available-bandwidth paths in a core-stateless network,
with or without restrictions, is proposed. The method keeps track of the possible solution …

This paper focuses on the dynamic reconfiguration of component‐based software systems.
From a structural point of view, such systems are made of components linked together …

Dynamic software updates enable running programs to evolve without downtime. Drivers for
such updates include software enhancements, bug fixes, and maintenance for software in …

So called self-adaptive of self-optimizing systems adjust their software architecture, ie the
configuration of software modules at a certain point in time, automatically at run time. This …