Abstract In highly dynamic scenarios a real-time communication/real-time operating system (RCOS/RTOS), which can fulfill all upcoming demands of the application, is normally very extensive. These RCOS/RTOS systems are heavy-weighted and produce much overhead. System resources for an application or a system service are often reserved for worst-case scenarios and are not usable for other applications. We present a self-optimizing RCOS/RTOS with an integrated flexible resource management. Our RCOS/RTOS adapts its services to the application demands and redistributes temporarily unused resources to other applications under hard real-time conditions. The benefit of our system is shown by means of a self-optimizing communication service. The main building block of this communication service is a reconfigurable dual-port Ethernet switch. Using dynamically reconfigurable hardware to implement the switch enables an adaption of the switch to changing requirements during run-time.
COMPONENT CASE STUDY OF A SELF-OPTIMIZING RCOS/RTOS SYSTEM
A reconfigurable network service
01.01.2005
10 pages
Aufsatz/Kapitel (Buch)
Elektronische Ressource
Englisch
RCOS , RTOS , Self-Optimization , Resource Management , Ethernet Switch , Dynamic Reconfiguration Computer Science , Computer Communication Networks , Artificial Intelligence (incl. Robotics) , Operating Systems , Information Systems and Communication Service , Software Engineering/Programming and Operating Systems
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