Interconnection networks provide communication among processors, memory modules, and
other devices in parallel computer systems. The number of stages, interconnection topology …

There has been considerable increase in interest and efforts to develop large super systems
and more reliable parallel computing systems. With increasing number of nodes in the …

Supercomputers and multi-processor systems are comprised of thousands of processors
that need to communicate in an efficient way. One reasonable solution would be the …

Multistage Interconnection Networks (MINs) are a cost-effective idea for connection between
different nodes in multi-processor systems. In the meantime, understanding the impact of …

Interconnection networks are used for communication between nodes in multi-processor
systems as well as super-systems. These systems require effective communication between …

The d-MinCut (d-MC) problem has been extensively studied in the past decades and various
algorithms have been proposed. The existing algorithms often consist of two general stages …

Supersystems are shown to provide enough computational power to solve complex
problems on a real-time basis. In all these systems, the computational parallelism is …

Abstract Systems with high computational capabilities are usually made of a large number of
processing elements in order to solve complex problems efficiently. To achieve this purpose …

为了分析流量变化对网络性能可靠性的影响, 首先基于信息流动力学建立了通信网络流量模型,
在此基础上定义了信息流传输时延和分组丢失率表征网络性能可靠性的指标和评估模型 …

Because of their cost-effectiveness, multistage interconnection networks are widely used in
parallel multiprocessor systems to make a connection among the processors and memory …