We build on PTIDES, a programming model for distributed embedded systems that uses discrete-event (DE) models as program specifications. PTIDES improves on distributed DE executi...
Many wireless sensor nodes (motes) interface with slow peripheral devices, requiring the processor to wait. These delays waste time, energy and power, which are valuable but limit...
The notion of resource reservation for obtaining real-time scheduling guarantees and enforcement of resource usage has gained strong support in recent years. However, much work on...
Embedded systems are often subject to constraints that require determinism to ensure that task deadlines are met. Such systems are referred to as real-time systems. Schedulability...
Recent technologies such as the Real-Time Specification for Java promise to bring Java’s advantages to real-time systems. While these technologies have made Java more predictab...
Trevor Harmon, Martin Schoeberl, Raimund Kirner, R...
This paper provides four contributions to the study of optimization techniques for component-based distributed realtime and embedded (DRE) systems. First, we describe key challeng...
This paper formulates and illustrates the integration of resource safety verification into a design methodology for development of verified and robust real-time embedded systems. ...
Jianliang Yi, Honguk Woo, James C. Browne, Aloysiu...
To achieve better throughput, many hard drive manufacturers use internal queues and scheduling to take advantage of vendor-specific characteristics and knowledge. While this tren...
Mark J. Stanovich, Theodore P. Baker, An-I Andy Wa...
Multiprocessor scheduling problems are hard because of the numerous constraints on valid schedules to take into account. This paper presents new schedule representations in order ...
Matthieu Lemerre, Vincent David, Christophe Aussag...