New approach for application architecture adequacy in hardware/software embedded system design
Yassine Manai, Joseph Haggège, Mohamed Benrejeb
Abstract
Yassine Manai, Joseph Haggège, Mohamed Benrejeb
Abstract
This paper deals with a new approach to minimize the gap between application development and the architecture synthesis, in the hardware/software embedded system design flow. Indeed, two intermediate models are proposed, the analytic Hmodel, and the MACBuilderenvironment. The first one allows embedded system modelling with a state space approach in order to determine the recursive equations, whereas, the second one builds a set of task graph that models the system functionalities. Further, this paper investigates how a similar approach can be applied to improve the controller architecture design through a case study.
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This paper deals with a new approach to minimize the gap between application development and the architecture synthesis, in the hardware/software embedded system design flow. Indeed, two intermediate models are proposed, the analytic Hmodel, and the MACBuilderenvironment. The first one allows embedded system modelling with a state space approach in order to determine the recursive equations, whereas, the second one builds a set of task graph that models the system functionalities. Further, this paper investigates how a similar approach can be applied to improve the controller architecture design through a case study.
Key concepts: Computer science, Software, Architecture, Set (abstract data type), Design flow, Graph, Task (project management), Systems architecture