| Title |
Real-time Embedded Middleware System using Java-Native Combination Model |
| Authors |
김광수(Kim Kwang-Soo) ; 정민수(Jung Min-Soo) ; 정준영(Jung Jun-Young) |
| Keywords |
Java-Native ; Combination Model ; Real-time ; Middleware ; Embedded System |
| Abstract |
In the field of electrical industry, embedded computing environment including hardware and software is getting more important as the industry shifts to the knowledge-based one. Java could play a great role as bridging technology in such a transition because it provides a lot of benefits like dynamic application download, compatibility of cross platform, and its own security solution. However, the Java technology has a limitation of real-time problem when it is applied to the embedded computing system of the electrical industry. To solve the problem, a novel java-native combination model has been proposed and designed to a firmware level. This scheme has been employed in four kinds of control boards. The result shows that the proposed model has great potential to implement the real-time processing in control of the devices. |