An actor-based Bluetooth agent for smart embedded systems modeling
Mohamed Feredj, Boualem Laichi, Reda Baadji, Sihem Khemidja · 2017 Computing Conference · 2017
The smart embedded systems are very present in ambient environments. To control the environment in which they are logged, the smart embedded systems must communicate between them using wireless communication such as Wi-Fi or/and Bluetooth communication. The smart embedded systems mix several technical domains and also they evolve rapidly. Consequently, these systems are heterogeneous and complex, what makes their modeling very difficult. Indeed, platforms and tools must adapt to changes and evolutions of these systems by improving and integration approaches of systems modeling and design. In this context, we propose a model of Bluetooth Agent, that is a component that models the Bluetooth protocol. It is based on actor approach and it is a contribution in modeling and design area of the smart embedded systems. It allows designer to model, design and simulate systems that use Bluetooth communication. These systems can be used in smart house, smart office, etc.