An Adaptive Framework for Multiprocessor Real-Time Systems

An adaptive framework for multiprocessor real-time systems

A Multiprocessor System with Non-Preemptive Earliest-Deadline-First Scheduling Policy: A Performability Study

This paper introduces an analytical method for approximating the performability of a firm realtime system modeled by a multi-server queue. The service discipline in the queue is earliestdeadline- first (EDF), which is an optimal scheduling algorithm. Real-time jobs with exponentially distributed relative deadlines arrive according to a Poisson process. All jobs have deadlines until the end of s...

Detecting and counting vehicles using adaptive background subtraction and morphological operators in real time systems

vehicle detection and classification of vehicles play an important role in decision making for the purpose of traffic control and management.this paper presents novel approach of automating detecting and counting vehicles for traffic monitoring through the usage of background subtraction and morphological operators. We present adaptive background subtraction that is compatible with weather and ...

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AARON D. BLOCK: Adaptive Multiprocessor Real-Time Systems (Under the direction of James H. Anderson) Over the past few years, as multicore technology has become cost-effective, multiprocessor systems have become increasingly prevalent. The growing availability of such systems has spurred the development of computationally-intensive applications for which single-processor designs are insufficien...

Energy-aware MPSoC with Space-sharing for Real-time Applications

Energy-awareness is an important design criterion for many mobile real-time applications such as phones, handhelds or cars. Normally, high-computing power excludes low electrical power consumption. However, with the two methods of space-sharing and adaptive clocking that are proposed in this paper, both can be reconciled. Space-sharing is an alternative design methodology for embedded systems t...