A method and apparatus for decision migration within a multi-component robot are disclosed. The method of supporting decision migration between components for a multi-component robot may include: recognizing at least one subcomponent; generating at least one rule corresponding to a respective action of the at least one recognized subcomponent and embedding the at least one rule in at least one other component; and transmitting a decision or action migration request for a specific task to the other component if a failure occurs or synchronization with the other component is needed while the at least one subcomponent is performing the specific task by using the generated rule.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. An apparatus for decision migration interworking with a knowledge-based system, the apparatus comprising: a recognition part configured to recognize at least one subcomponent; a knowledge processing part configured to generate at least one rule corresponding to a respective action of the at least one recognized subcomponent and to embed the rule in at least one other component; and an action migration management part configured to transmit a decision or action migration request for a specific task to the other component if a failure occurs or synchronization with the other component is needed while the at least one subcomponent is performing the specific task by using the generated rule. 2. The apparatus for decision migration of claim 1, wherein the specific task comprises the at least one rule and a condition for executing the at least one rule. 3. The apparatus for decision migration of claim 1, wherein the other component loads the at least one rule corresponding to the specific task in a working memory according to the decision or action migration request, with a parameter of the at least one rule modified to correspond to the other component. 4. The apparatus for decision migration of claim 1, wherein the knowledge processing part interworks with the knowledge-based system to extract a component-specific fact for each unit action of the subcomponent, and generates the at least one rule corresponding to the action of the subcomponent by combining the extracted component-specific facts. 5. The apparatus for decision migration of claim 4, wherein, if there is no component-specific fact defined for the unit action of the subcomponent in the knowledge-based system, the knowledge processing part adds a component-specific fact for the unit action in the knowledge-based system by using a user function. 6. The apparatus for decision migration of claim 1, wherein the other component loads at least one rule different from the at least one rule of the apparatus for decision migration in a working memory to perform an action of the other component for performing the specific task or synchronization according to the decision or action migration request. 7. The apparatus for decision migration of claim 1, wherein the other component comprises a processor, and another apparatus for decision migration is operated by the processor, and wherein the decision or action migration request for the specific task is received by the other apparatus for decision migration to control a performing of a decision-making or an action of the other component. 8. The apparatus for decision migration of claim 7, wherein the specific task comprises a plurality of rules, the plurality of rules having respective priority levels, and wherein the other apparatus for decision migration sequentially executes the plurality of rules in an order of high priority to low priority. 9. The apparatus for decision migration of claim 1, further comprising a control part configured to execute the at least one rule corresponding to the specific task so as to perform the specific task. 10. The apparatus for decision migration of claim 9, wherein the specific task comprises a plurality of rules, the plurality of rules having respective priority levels, and wherein the control part sequentially executes the at least rules in an order of high priority to low priority. 11. A method of supporting decision migration between components for a multi-component robot, the method comprising: recognizing at least one subcomponent; generating at least one rule corresponding to a respective action of the at least one recognized subcomponent and embedding the at least one rule in at least one other component; and transmitting a decision or action migration request for a specific task to the other component if a failure occurs or synchronization with the other component is needed while the at least one subcomponent is performing the specific task by using the generated rule. 12. The method of claim 11, wherein the other component loads the at least one rule corresponding to the specific task in a working memory according to the decision or action migration request, with a parameter of the at least one rule modified to correspond to the other component. 13. The method of claim 11, wherein the generating of the at least one rule comprises: interworking with a knowledge-based system to extract a component-specific fact for each unit action of the subcomponent; and generating the at least one rule corresponding to the action of the subcomponent by combining the extracted component-specific facts. 14. The method of claim 13, further comprising: adding a component-specific fact for the unit action in the knowledge-based system by using a user function, if there is no component-specific fact defined for the unit action of the subcomponent in the knowledge-based system. 15. The method of claim 11, wherein the specific task comprises a plurality of rules, the plurality of rules having respective priority levels, the method further comprises, after the embedding of the at least one rule in the other component: sequentially executing the plurality of rules in an order of high priority to low priority, and the sequentially executing the plurality of rules is performed in consideration of an execution condition for each of the plurality of rules. 16. A recorded medium tangibly embodying a program of instructions executable to perform a method of supporting decision migration between components for a multi-component robot, the method comprising: recognizing at least one subcomponent; generating at least one rule corresponding to a respective action of the at least one recognized subcomponent and embedding the at least one rule in at least one other component; and transmitting a decision or action migration request for a specific task to the other component if a failure occurs or synchronization with the other component is needed while the at least one subcomponent is performing the specific task by using the generated rule.