This paper describes the architecture of the framework, the structure of the game and presents some results from performed experiments as to validate the overall approach.
In this paper, we also describe the architecture of the framework and provide a performance evaluation of proposed algorithms, showing a significant gain in performance.
The architecture of the framework is illustrated in Fig. 1.
In Section 2, the architecture of the framework containing the COC and UNOC is presented.
The architecture of that framework consisted of three managers (Performance Manager, Power Manager, and Migration Manager) and an Arbitrator.
The paper proposes the architecture of the framework and describes its basic performance and application.
Therefore, more complex and larger problems can be addressed without modifying the architecture of the framework.
The digital community framework should therefore be equipped with incentives, rules, norms, rituals, etc. for collective intelligence and the architecture of the framework should be able to capture interrelations between future factors.
On top of device infrastructure, the architecture of the framework consists of three layers: framework service layer, software agents layer and application layer, to fully support dynamic and collaborative tasks of ambient systems.
The architecture of the framework, as shown in Fig. 1 integrates three main components: (i) the resource and metadata repositories, (ii) the semantic annotator ("Concept Recognizer") and (iii) the intelligent engine ("Interpreter") which interacts with the non-IT end user.
