Embedded systems based on dynamically reconfigurable FPGAs allow hard ware accelerators to be swapped at runtime. This technique enables to reduce the size of FPGAs in embedded systems, reducing manufacturing costs and energy consumption. From then on, new challenges of architecture design and management arise, in order to make the most of this technique. Guarantee of service execution should be observed as embedded systems applications have changing compu tational needs, and the time complexity of resource allocation algorithms introduce latency overheads.The objective of this thesis is to propose a methodology for managing the allocation of hardware resources to guarantee a minimum level of service of an application. A quality model is ...
In this paper we present a novel scheduling technique for partially-reconfigurable FPGA-based system...
The self-reconfiguration capabilities of modern FPGA architectures pave the way for dynamic applicat...
Actuellement on assiste à une émergence des applications des systèmes embarqués destinées à un large...
Embedded systems based on dynamically reconfigurable FPGAs allow hard ware accelerators to be swapp...
Embedded systems have important requirements such as reducing complexity and saving development effo...
Despite clear benefits in terms of fexibility and surface efficiency, dynamic reconfiguration of FPG...
Modern computing platforms for embedded systems are evolving towards heterogeneous architectures com...
Les systèmes adaptatifs basés sur les architectures FPGA (Field-Programmable Gate Arrays) peuvent bé...
Les capacités d'auto-reconfiguration des architectures FPGA modernes ouvrent la voie à des applicati...
Field-Programmable Gate Arrays (FPGAs) have been gaining popularity in heterogeneous architectures d...
The use of reconfigurable accelerators when designing heterogeneous system-on-chip has the potential...
Despite promising capabilities, FPGAs partial reconfiguration feature is not anchored in the industr...
In this paper we present a novel scheduling technique for partially-reconfigurable FPGA-based system...
The self-reconfiguration capabilities of modern FPGA architectures pave the way for dynamic applicat...
Actuellement on assiste à une émergence des applications des systèmes embarqués destinées à un large...
Embedded systems based on dynamically reconfigurable FPGAs allow hard ware accelerators to be swapp...
Embedded systems have important requirements such as reducing complexity and saving development effo...
Despite clear benefits in terms of fexibility and surface efficiency, dynamic reconfiguration of FPG...
Modern computing platforms for embedded systems are evolving towards heterogeneous architectures com...
Les systèmes adaptatifs basés sur les architectures FPGA (Field-Programmable Gate Arrays) peuvent bé...
Les capacités d'auto-reconfiguration des architectures FPGA modernes ouvrent la voie à des applicati...
Field-Programmable Gate Arrays (FPGAs) have been gaining popularity in heterogeneous architectures d...
The use of reconfigurable accelerators when designing heterogeneous system-on-chip has the potential...
Despite promising capabilities, FPGAs partial reconfiguration feature is not anchored in the industr...
In this paper we present a novel scheduling technique for partially-reconfigurable FPGA-based system...
The self-reconfiguration capabilities of modern FPGA architectures pave the way for dynamic applicat...
Actuellement on assiste à une émergence des applications des systèmes embarqués destinées à un large...