监测技术对并行与分布式计算机的性能评估及调试都是至关重要的。
It is vital of monitor technology in performance evaluation and debugging of parallel and distributed computers.
测试引擎层将支持分布式与并行测试运行方式，乱序测试以及事务式测试行为。
The test engine layer will add support for distribution and running tests in parallel; random ordering of tests and Transactional test behavior.
本文研究了并行网络结构下基于N-P准则的分布式检测理论与方法。
The distributed detection based on N-P criteria with parallel network is studied in this paper.
通过在分布式并行计算环境MPIBD中的实验，给出了所有4阶与5阶标准拉丁方。
By experiment at Distributed Parallel Computing Environment MPIBD, the paper lists all standard4-latin squares and5-latin squares.
并特别着重在并行系统与分布式系统。
Particular attention is paid to concurrent and distributed systems.
当其与分布式技术结合起来之后，更需要考虑空间离散化、时间并行化和数据共享等方面的问题。
When distribution technology is used in it, aspects as dispersedness in space, parallelizability in time and data sharing are considered.
通过在分布式并行计算环境MPIBD中的实验，给出了所有4阶与5阶标准拉丁方。
By experiment at Distributed Parallel Computing Environment MPIBD, the paper lists all standard4-latin squares and5-l...
在利用FPGA实现数字信号处理方面，分布式算法发挥着关键作用，与传统的乘积-积结构相比，具有并行处理的高效性特点。
FPGA using digital signal processing, distributed algorithm plays a key role with the traditional product-plot structure compared with the efficient parallel processing features.
在利用FPGA实现数字信号处理方面，分布式算法发挥着关键作用，与传统的乘积-积结构相比，具有并行处理的高效性特点。
FPGA using digital signal processing, distributed algorithm plays a key role with the traditional product-plot structure compared with the efficient parallel processing features.
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