The MERASA project develops hard real-time capable multi-core processor designs with special focus on analysability. The dedicated system software provides basic functionalities of a real-time operating system and enables the execution of application software on the processor. This report summarises the final MERASA system-level software developed for the MERASA SystemC Simulator and FPGA prototype. We present requirements for a hard real-time capable operating system for embedded multi-cores and the transfer to the implemented MERASA processor prototype showing details on thread management, dynamic memory management and resource management
This thesis concentrated on the runtime reconfiguration of system-on-chip (SoC) cores to execute spe...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
This report discusses the impact of hard real-time systems requirements on mi-croprocessor performan...
The MERASA project develops hard real-time capable multi-core processor designs with special focus o...
In the EC FP-7 MERASA project a hard real-time capable multi-core processor is developed. The system...
In the EC FP-7 MERASA project a hard real-time capable multi-core processor is developed. The system...
In the EC FP-7 MERASA project a hard real-time capable multi-core processor is developed. The system...
The MERASA2 project is focused on the development of a multi-core processor for hard real-time embed...
The parMERASA project is the response to demands from European avionic, automotive and automation in...
Nowadays, multi-core processors are widely used in embedded applications due to the advantages of hi...
International audienceEngineers who design hard real-time embedded systems express a need for severa...
The paper presents the results of investigations concerning the possibilities of using programmable ...
Embedded signal processing applications evolve towards advanced applications supporting many standar...
The authors consider the problem of providing hardware support for the development of real-time soft...
This thesis describes a further development of a building block for programmable devices in embedded...
This thesis concentrated on the runtime reconfiguration of system-on-chip (SoC) cores to execute spe...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
This report discusses the impact of hard real-time systems requirements on mi-croprocessor performan...
The MERASA project develops hard real-time capable multi-core processor designs with special focus o...
In the EC FP-7 MERASA project a hard real-time capable multi-core processor is developed. The system...
In the EC FP-7 MERASA project a hard real-time capable multi-core processor is developed. The system...
In the EC FP-7 MERASA project a hard real-time capable multi-core processor is developed. The system...
The MERASA2 project is focused on the development of a multi-core processor for hard real-time embed...
The parMERASA project is the response to demands from European avionic, automotive and automation in...
Nowadays, multi-core processors are widely used in embedded applications due to the advantages of hi...
International audienceEngineers who design hard real-time embedded systems express a need for severa...
The paper presents the results of investigations concerning the possibilities of using programmable ...
Embedded signal processing applications evolve towards advanced applications supporting many standar...
The authors consider the problem of providing hardware support for the development of real-time soft...
This thesis describes a further development of a building block for programmable devices in embedded...
This thesis concentrated on the runtime reconfiguration of system-on-chip (SoC) cores to execute spe...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
This report discusses the impact of hard real-time systems requirements on mi-croprocessor performan...