Research In Motion
The significance of reconfiguration of software systems was to fix errors, improve performance, and enhanced functionality previously. Static reconfiguration needed to stop, restart and re-execute the system during processing. Application disruption can be reduced to improve Quality of Service (QoS) during the system transformation using the technique of dynamic reconfiguration. This technique has the capability of changing the system functionality and topology as required and involves inclusion, elimination and substitution of components during the system is executing. The objective of dynamic reconfiguration technique is to maintain completeness, consistency and service continuity of applications which increase the Quality of Service (QoS) during system functionality.