The main contribution of this thesis consists on the proposition and development a Model-driven Engineering (MDE) framework, in tandem with a component-based approach, for facilitating the design and implementation of Dynamic Partially Reconfigurable (DPR) Systems-on-Chip. The proposed methodology has been constructed around the Metadata-based Composition Framework paradigm, and based on common standards such as UML MARTE and the IEEE IP-XACT standard, an XML representation used for storing metadata about the IPs to be reused and of the platforms to be obtained at high-levels of abstraction. In fact, a componentizing process enables us to reuse the IP blocks, in UML MARTE, by wrapping them with PLB (static IPs) and proprietary (DPR blocks...
On-chip systems (also known as System-on-chip or SoC) are more and more complex. SoC design heavily ...
International audienceIn this paper we present framework for the deployment of hardware IPs at high-...
The design of System on Chip mostly relies SstemC/C++. This language allows architectural and behavi...
The main contribution of this thesis consists on the proposition and development a Model-driven Engi...
International audienceThis paper presents a framework which facilitates the parameterization and int...
International audienceThis paper presents a framework which automates the generation of DPR capable ...
International audienceDynamic Partial Reconfiguration (DPR) has been introduced in recent years as a ...
International audienceDynamic Partial Reconfiguration (DPR) has been introduced in recent years as a...
Les Systèmes sur puce (soc) sont de plus en plus complexes. Leur conception repose largement sur la ...
International audienceDynamic Partial Reconfiguration (DPR) has been introduced in recent years as a...
The works presented in this dissertation propose a co-design methodology of dynamically reconfigurab...
On-chip systems (also known as System-on-chip or SoC) are more and more complex. SoC design heavily ...
International audienceIn this paper we present framework for the deployment of hardware IPs at high-...
The design of System on Chip mostly relies SstemC/C++. This language allows architectural and behavi...
The main contribution of this thesis consists on the proposition and development a Model-driven Engi...
International audienceThis paper presents a framework which facilitates the parameterization and int...
International audienceThis paper presents a framework which automates the generation of DPR capable ...
International audienceDynamic Partial Reconfiguration (DPR) has been introduced in recent years as a ...
International audienceDynamic Partial Reconfiguration (DPR) has been introduced in recent years as a...
Les Systèmes sur puce (soc) sont de plus en plus complexes. Leur conception repose largement sur la ...
International audienceDynamic Partial Reconfiguration (DPR) has been introduced in recent years as a...
The works presented in this dissertation propose a co-design methodology of dynamically reconfigurab...
On-chip systems (also known as System-on-chip or SoC) are more and more complex. SoC design heavily ...
International audienceIn this paper we present framework for the deployment of hardware IPs at high-...
The design of System on Chip mostly relies SstemC/C++. This language allows architectural and behavi...