In the EC FP-7 MERASA project a hard real-time capable multi-core processor is developed. The system-level software represents an abstraction layer between application software and embedded hardware. It has to provide basic functions of a real-time operating system. This report presents requirements for a multi-threaded hard real-time capable system-level software in embedded systems and the transfer to the implemented MERASA / CarCore single-core processor showing details of the thread management, the dynamic memory management and the resource management. It summarizes the MERASA system-level software version 2 developed for a single multi-threaded core processor running on the CarCore / MERASA SystemC Simulator version 2
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
Abstract This paper presents software (SW) synthesis using Embedded System Environment (ESE), a too...
Technological advancements enable to integrate more and more processing cores on single chips. After...
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 MERASA project develops hard real-time capable multi-core processor designs with special focus o...
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...
Reconfigurable processing units promise to boost the performance of computational intensive applicat...
Nowadays, multi-core processors are widely used in embedded applications due to the advantages of hi...
Reconfigurable processing units promise to boost the performance of computational intensive applicat...
International audienceEngineers who design hard real-time embedded systems express a need for severa...
Abstract This paper presents synthesis of Hardware Depen-dent Software (HdS) for multicore and many...
This thesis is part of the European MANY project. The goal of MANY is to provide developers with too...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
Abstract This paper presents software (SW) synthesis using Embedded System Environment (ESE), a too...
Technological advancements enable to integrate more and more processing cores on single chips. After...
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 MERASA project develops hard real-time capable multi-core processor designs with special focus o...
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...
Reconfigurable processing units promise to boost the performance of computational intensive applicat...
Nowadays, multi-core processors are widely used in embedded applications due to the advantages of hi...
Reconfigurable processing units promise to boost the performance of computational intensive applicat...
International audienceEngineers who design hard real-time embedded systems express a need for severa...
Abstract This paper presents synthesis of Hardware Depen-dent Software (HdS) for multicore and many...
This thesis is part of the European MANY project. The goal of MANY is to provide developers with too...
The concept of the kernel, i.e. the time critical part of a real-time operating system, and its dedi...
Abstract This paper presents software (SW) synthesis using Embedded System Environment (ESE), a too...
Technological advancements enable to integrate more and more processing cores on single chips. After...
Add to ORKG