During design exploration, many implementations of the same sys-tem specification may need to be evaluated. In this paper, we present an approach to construct sufficient and necessary condi-tions for a given system specifications. These conditions can be em-ployed in the design exploration process to rapidly determine if an implementation of the system satisfies the timing constraints. We prove that our conditions always outperform the existing respective conditions. Experimental results are also provided to compare our approach with known scheduling results. 1
The correctness of a real-time system depends on not only the running results but also on the time a...
Real-time systems increasingly contain processing units with multiple cores. To use this additional ...
In this report, we discuss a metric that characterizes the load of a sporadic task system. We give a...
The design space exploration (DSE) phase is used to tune configurable system parameters and it gener...
Abstract: Systems with hard real-time requirements need an early and accurate timing analysis. There...
Abstract. Real-time critical systems can be considered as correct if they compute both right and fas...
Introduction In a real-time system, many jobs are time-critical. Here, by job, we mean a unit of wo...
The demand for guaranteed, hence predictable, performance in the real-time systems domain is project...
We devise the first constant-approximate feasibility test for sporadic multiprocessor real-time sche...
We devise the first constant-approximate feasibility test for sporadic multiprocessor real-time sche...
This paper addresses the need for systematic verification of timing properties of real-time prototyp...
Real-time applications are playing an increasingly significant role in our life. The cost and risk i...
Efficient evaluation of design choices, in terms of selec-tion of algorithms to be implemented as ha...
Guaranteeing satisfaction of timing constraints of a real time system is an important aspect in har...
Application-specific systems encompass a wide range of computing systems from small process controll...
The correctness of a real-time system depends on not only the running results but also on the time a...
Real-time systems increasingly contain processing units with multiple cores. To use this additional ...
In this report, we discuss a metric that characterizes the load of a sporadic task system. We give a...
The design space exploration (DSE) phase is used to tune configurable system parameters and it gener...
Abstract: Systems with hard real-time requirements need an early and accurate timing analysis. There...
Abstract. Real-time critical systems can be considered as correct if they compute both right and fas...
Introduction In a real-time system, many jobs are time-critical. Here, by job, we mean a unit of wo...
The demand for guaranteed, hence predictable, performance in the real-time systems domain is project...
We devise the first constant-approximate feasibility test for sporadic multiprocessor real-time sche...
We devise the first constant-approximate feasibility test for sporadic multiprocessor real-time sche...
This paper addresses the need for systematic verification of timing properties of real-time prototyp...
Real-time applications are playing an increasingly significant role in our life. The cost and risk i...
Efficient evaluation of design choices, in terms of selec-tion of algorithms to be implemented as ha...
Guaranteeing satisfaction of timing constraints of a real time system is an important aspect in har...
Application-specific systems encompass a wide range of computing systems from small process controll...
The correctness of a real-time system depends on not only the running results but also on the time a...
Real-time systems increasingly contain processing units with multiple cores. To use this additional ...
In this report, we discuss a metric that characterizes the load of a sporadic task system. We give a...