Torus-based networks are prevalent on leadership-class petascale systems, providing a
good balance between network cost and performance. The major disadvantage of this …

摘要有效的任务调度与放置是发挥可重构计算性能优势的重要因素. 针对实时任务在二维可重构
器件上的在线调度问题, 定义了调度算法完全识别的概念, 即算法不会拒绝能够成功调度的任务 …

In this paper, we consider the problem of processor allocation on mesh-based
multiprocessor systems. We employ the idea of using migration to minimize fragmentation …

As the end of Moores-law is on the horizon, power becomes a limiting factor to continuous
increases in performance gains for single-core processors. Processor engineers have …

The expected increase in number of cores on a single chip leads to the necessity of high-
performance on chip interconnects (NoC). Furthermore, in order to fully utilize the …

Efficient task scheduling is very important for obtaining high performance in reconfigurable
computing system. Previous researches mostly concentrate on the spatial placement of …

Interconnection Networks: Architectural Challenges for Utility Computing Data Centers Page 1
Interconnection Networks: Architectural Challenges for Utility Computing Data Centers Years …

This paper focus on on-line placement and scheduling of tasks with known executing time
on reconfigurable devices. The notion of recognition-earliest for scheduling algorithms is …

Current processor allocation techniques for highly parallel systems use centralized front-end
based algorithms which restrict applied strategies to static allocation, low parallelism, and …

Virtualization of computing resources is becoming increasingly important both for high-end
servers and multi-core CPUs. In a virtualized system, the set of resources that constitute a …