This paper presents the methodology and the modeling constructs we have developed to capture the real time aspects of RTOS simulation models in a System Level Design Language (SLDL) like SystemC. We describe these constructs and show how they are used to build a simulation model of an RTOS kernel targeting the µ-ITRON OS specification standard. 1
System level design of an embedded computing system involves a multi-step process to refine the syst...
International audienceReal-time operating systems (RTOS) play a central role in the correct and effi...
This chapter describes the SystemC based modelling techniques and tools that support the design of r...
Abstract SystemC is committed to support the requirements for an integrated, HW/SW co-design flow, t...
The main difficulties in designing real-time systems are related to time constraints: if an action i...
System level synthesis is widely seen as the solution for closing the productivity gap in system des...
Modern embedded systems increasingly accommodate several applications running concurrently on a mult...
In today's digital (electronics) world, people's desire for electronic goods that ease their life at...
www.imm.dtu.dk Reaching deep sub-micron technology within the near future makes it possible to imple...
International audienceThe development of embedded systems requires the development of increasingly c...
The objective of this paper is to demonstrate the benefits of the multi-paradigm design methodology ...
International audienceThe development of embedded systems requires the development of increasingly c...
This paper proposes a Real-Time Operating System kernel for the 32-bit Leon3 processor. A system is ...
Nowadays, the increasing system size, despite the need of achieving significant optimizations, requi...
This paper presents and discusses the LOTOS specification of a real-time parallel kernel. The purpos...
System level design of an embedded computing system involves a multi-step process to refine the syst...
International audienceReal-time operating systems (RTOS) play a central role in the correct and effi...
This chapter describes the SystemC based modelling techniques and tools that support the design of r...
Abstract SystemC is committed to support the requirements for an integrated, HW/SW co-design flow, t...
The main difficulties in designing real-time systems are related to time constraints: if an action i...
System level synthesis is widely seen as the solution for closing the productivity gap in system des...
Modern embedded systems increasingly accommodate several applications running concurrently on a mult...
In today's digital (electronics) world, people's desire for electronic goods that ease their life at...
www.imm.dtu.dk Reaching deep sub-micron technology within the near future makes it possible to imple...
International audienceThe development of embedded systems requires the development of increasingly c...
The objective of this paper is to demonstrate the benefits of the multi-paradigm design methodology ...
International audienceThe development of embedded systems requires the development of increasingly c...
This paper proposes a Real-Time Operating System kernel for the 32-bit Leon3 processor. A system is ...
Nowadays, the increasing system size, despite the need of achieving significant optimizations, requi...
This paper presents and discusses the LOTOS specification of a real-time parallel kernel. The purpos...
System level design of an embedded computing system involves a multi-step process to refine the syst...
International audienceReal-time operating systems (RTOS) play a central role in the correct and effi...
This chapter describes the SystemC based modelling techniques and tools that support the design of r...