The loads of the transaction and report partitions crystallize the very need for dynamic processor allocation. 事务和报表分区的负载明确指出非常需要进行动态处理器分配。
Do they still use the optimal disks or have too much processor or memory allocation? 它们仍然使用最优磁盘或者有太多处理器或内存分配?
Use things like shared processor weights, maximum transmission unit ( MTU) sizes, and RAM allocation to give the production LPARs more clout than the development LPARs. 使用共享处理器权重、最大传输单元(MTU)大小和RAM分配等工具来向生产LPARs提供比开发LPARs更多的优势。
Depending on query workloads, the issues about processor allocation based on interquery parallelism in parallel XML database system were discussed. 并行查询中的处理机分配是并行数据库系统中查询优化的重要组成部分。
Study of a Processor Allocation Algorithm in Distributed System 一种分布式系统的处理机分配算法研究
Research on Processor Allocation Using 2 Dimensional Resource Model in Parallel Query 并行查询中基于二维资源模型的处理机分配
Algorithm for Processor Allocation in Parallel Query 并行查询中的处理机分派算法研究
An Effection Processor Allocation Strategy for Multiprogramming Shared-Memory Multiprocessors 共享存储多处理机系统在并行程序设计模式下的处理机分配法
A processor allocation algorithm in parallel computing of homogeneous workstation cluster systems 一种同构机群系统中的处理机分配算法
In this thesis we propose three new data flow models: a time series communication model, a processor allocation model and a new data flow architecture. 本文提出了几个新的数据流模型:时序通信模型、有限资源条件下的处理器分配模型和一种结合数据流与控制流的机器模型。
Analyzed is up-down algorithm, a heuristic processor allocation algorithm, and improvement of this algorithm is proposed, It shortens mean time to respond. 增减算法是一种启发式的处理机分配算法。对增减算法进行了分析,然后在此基础上对该算法进行了改进,缩短了平均响应时间。
Research of a Processor Allocation and Scheduling Distributed System 分布式系统中处理机的分配和调度研究
An optimal processor allocation algorithm in heterogeneous network computing of workstation cluster systems 异构机群系统中的最优处理机分配算法
Multi-core processors, including heterogeneous multi-core processor and homogeneous multi-core processor, compared to homogeneous multi-core processor, the performance of heterogeneous will be more prominent, task scheduling the allocation of heterogeneous multi-core processor will be more complex. 多核处理器包括异构多核处理器和同构多核处理器。相对于同构多核处理器,异构多核处理器的性能问题会更加凸显,它的任务调度分配会更加复杂。