Novel Approach for Quantum Mechanical Based Autonomic Communication

The modern networks have an increasing complexity and the Internet - in nowadays construction - is not seem to be suitable for handling the near future´s service demands. The quantum mechanical based ACE (Quantum Autonomic Communication Element - QACE) component model uses a CASCADAS based classical language to communicate with the model elements, and uses a closed, non-classical quantum mechanical based language inside the component model. The QACEs classical communication level has the same role as in the classical ACEs, thus it is used to describe the network and network situations, etc. However, the local quantum state inside the QACE is used as a mechanism to introduce changes the QACE´s classical communication level. We integrate the classical ACE component model with a quantum mechanical based lower level, and we construct the quantum cellular automata based version.