An Efficient Architecture for Sematic for Evolution of Embedded systems
Abstract
An Efficient Architecture for Sematic for Evolution of Embedded systems.Embedded systems (ES) An Efficient Architecture for Semantic are being used these days for monitoring and controlling Safety or mission critical system. Mission and safety critical systems as such will not be shut down for the reasons of safety and also due the cost of restarting. Changes are inevitable for any system either due to the reasons of updating the modules contained in the ES software or addition of new modules for the reasons of adding new functionality.Every architecture proposed incorporated only one method of undertaking the dynamic evolution.
Many methods have been in existence for dynamically evolving the embedded systems but all the available methods have not be brought under the same architecture.
System Configuration
Speed : 1.1 GHz
Platform : MySql,Embedded system
Conclusions
An Efficient Architecture for Sematic for Evolution of Embedded systems that are used for monitoring and controlling safety or mission critical systems must be evolved dynamically for incorporating the changes to the running systems as it is not possible to shut down the ES system for want of making changes.Many architectural models have been presented in the literature and most of them are not quite suitable for implementing dynamic evolution of embedded software and as such each architectural model has been incorporated with just one method while many methods have been in existence for dynamically evolving the embedded software.Few of the architectural models have been presented that have incorporated just one method for dynamically evolving the ES software.Embedded System On Architecture for Semantic Evolution Project.
