1.
The Research, Design and Implementation on Cluster-based Parallel Computing Environment;
机群并行计算环境的研究、设计和实现
2.
Load Inspecting System in Java Parallel Computing Environment
Java并行计算环境中的负载监测系统
3.
Research of Multi-level Parallelism Programming Pattern for Hybrid Parallel Computing Environment
混合并行计算环境多级并行化编程模式的研究
4.
Design and Implementation of Distributed Parallel Computing Environment Based on TSpaces;
基于TSpaces分布式并行计算环境的设计与实现
5.
Design and Implementation of Parallel Computing Environment Based on Message Passing;
基于消息传递的并行计算环境设计与实现
6.
Designing, Implement and Application of Distributed Parallel Computing Environment MPIBD;
分布式并行计算环境MPIBD的设计、实现及应用
7.
The Design and Implementation of Web-based Parallel Computing Environment With CORBA;
基于CORBA的网络并行计算环境的设计与实现
8.
The Studies of Efficient Arithmetic under Parallel Circumstance in Computational Pattern Combustion Dynamics and Visualization;
并行计算环境下计算斑图燃烧学的高效算法及可视化研究
9.
Researching on Multi-processor Job Scheduling in Network Parallel Computing Systems;
网络并行计算环境中基于多处理机任务的调度研究
10.
Test of Parallel Computing in the Network Based on PVM Environment;
基于PVM环境的网络并行计算的试验
11.
Research of Multi-channel Parallel Broadcast Scheme in Mobile Environment
移动计算环境下多信道并行广播策略
12.
NUMERICAL RESEARCH OF RAISING SPEEDUP OF PARALLEL CALCULATION ON PVM
PVM 环境下提高并行计算加速比的数值实验研究
13.
The Research on Parallel Computation of Finite Element Structural Analysis Based on MPI Cluster;
集群MPI环境下有限元结构分析并行计算研究
14.
A Research on Parallel Power Flow of Power System Based on MPI in Cluster of PCs Environment;
PC机群环境下电力系统MPI并行潮流计算的研究
15.
Proxy-based adaptive-grained scheduling for volunteer computing system
自愿计算环境下基于代理的自适应并行调度
16.
A Feeder Automation Simulation Test Environment Based on Parallel Computation
基于并行计算的馈线自动化仿真测试环境
17.
A Visual Environment for the Development of PVM Parallel Programs under Heterogeneous Network Computing Environment;
可视化PVM网络并行计算开发集成环境的设计与实现
18.
Finally, the concrete electromagnetic environment was discussed, and the result of specific absorption rate was given in this paper.
最后根据具体的电磁环境进行了讨论，并计算了比吸收率。