Q‐scheduler: A temperature and energy‐aware deep Q‐learning technique to schedule tasks in real‐time multiprocessor embedded systems

assessment of deep word knowledge in elementary and advanced iranian efl learners: a comparison of selective and productive wat tasks

testing plays a vital role in any language teaching program. it allows teachers and stakeholders, including program administrators, parents, admissions officers and prospective employers to be assured that the learners are progressing according to an accepted standard (douglas, 2010). the problems currently facing language testers have both practical and theoretical implications but the first i...

An End-to-End Approach to Schedule Tasks with Shared Resources in Multiprocessor Systems

In this paper we propose an end-to-end approach to scheduling tasks that share resources in a multiprocessor or distributed systems. In our approach, each task is mapped into a chain of subtasks, depending on its resource accesses. After each subtask is assigned a proper priority, its worst-case response time can be bounded. Consequently the worst-case response time of each task can be obtained...

Dual Priority Algorithm to Schedule Real-Time Tasks in a Shared Memory Multiprocessor

In this paper we present an adaptation of the Dual Priority Scheduling Algorithm to schedule both hard realtime periodic tasks and soft-aperiodic tasks in shared memory multiprocessor systems. The goal is to achieve low mean aperiodic response times while meeting all periodic task deadlines. Our proposal allows periodic and aperiodic tasks to migrate to other processors to improve aperiodic mea...

MPOC: A Chip Multiprocessor for Embedded Systems

CMP, chip multiprocessor, embedded processor, embedded DRAM, CPACM MPOC was an ambitious microprocessor project undertaken at Hewlett Packard's Palo Alto Research Lab from about 1998 until early in the year 2001. MPOC was designed to be a single-chip community of identical high-speed RISC processors surrounding a large common storage area. Each processor would have its own clock, cache and prog...

Requirements Modeling for Embedded Realtime Systems