Secondly, if the problem happens with JIT completely off ( JAVA_COMPILER= NONE) on a multiprocessor system it is helpful to see if the problem persists with JIT off on a single-processor system. 其次,如果问题是在完全禁用JIT(JAVACOMPILER=NONE)的多处理器系统上发生的,那么看一下这个问题是否也会在禁用JIT的单处理器平台上存在,这是非常有用的。
However, if your application is deployed on a multiprocessor system or uses a very large heap, you may get some performance boost from changing collector options. 不过,如果您的应用程序是部署在多处理器系统上或者使用非常大的堆,那么改变收集器选项可能会有巨大的性能提升。
On a multiprocessor system, they really can run simultaneously. 在多处理器的系统中,它们确实可以同时运行。
And yet, here I am with a shell prompt on an eight-way multiprocessor system with RAID drives, 32GB of memory ( hey, it looks huge to me), and two months of uptime. 现在呢,我却正在一台具有RAID磁盘、32GB内存(对我来说这可真大)并运行了2个月的8路多处理器系统上使用一个shell提示符。
This is done to improve scalability by making better use of the local cache for each processor on a multiprocessor system. 这在多处理器系统上,有利于各个处理器更好的使用本地缓存,提高扩展性。
Multiprocessor System for High Frame-Rate Image Processing and Data Acquistion 多处理器并行高帧频图像处理/数据采集系统
An Optimized Design of Data Cache in a Multiprocessor System; 超立方体网络拓扑结构是多处理机系统中常见的一种。
Research and implementation of interprocess communication mechanism in the multiprocessor system 多处理机系统中进程通讯机制的研究和实现
Structured multiprocessor system block-structured process 结构式多处理机系统
The function, structure and feature of DJS-26 multiprocessor operating system are presented. Some commands that support the concurrence and pipeline processing in a multiprocessor system are also proposed. 并且简要介绍了在DJS-26多处理机系统上实现的操作系统SDX的功能、结构和特点,并提出了适合并行和流水处理的若干条多机广义指令。
Application and development of UNIX on multiprocessor system UNIX在多机系统中的应用和发展
The Structure and Application of the Distributed Multiprocessor System 分布式多处理机系统的结构及应用
This paper introduces tight coupling multiprocessor system based on Windows NT, researches the method of exploring real time application system and applies this method in engineering flight simulation. 介绍了以WINDOWSnt为操作系统的紧耦合多处理机系统,研究了在此平台上开发实时应用系统的方法,并将其应用到工程飞行仿真中。
An Optimized Design of Data Cache in a Multiprocessor System 多处理机系统中数据Cache的一种优化设计
A multiprocessor system is introduced in the paper, in which the parallel design of hardware and software is analysised, and put forward optimization methods. 基于TMS320C80组成的一个多处理机信息处理系统,介绍了支持系统并行处理的硬件和软件设计,并提出了软硬件设计中的优化方法。
Task Scheduling in Multiprocessor System 多处理机系统中的任务调度
Analysis on the Coherence of CACHE in Multiprocessor System 多处理机系统中CACHE一致性问题的分析
Task Allocation and Concurrent Control in A Multiprocessor System 多处理机系统中的作业分配和并发控制
Last, we construct an automatic verification environment based on the multiprocessor system in order to fully verify the Cache-coherent protocol. 构建了一个基于多处理器系统的自动验证环境,对所设计实现的Cache一致性协议的正确性予以了充分的测试验证。
The design and implementation of multiprocessor system performance evaluation tool 多处理机系统性能评价工具设计与实现
One sort of high performance MPP module& high efficiency architecture of multiprocessor system are made out. 设计了一种高性能、结构灵活的多处理器并行处理模块和一种高效的多处理器体系结构一松紧联合耦合并行信号处理系统。
The research of satellite-carried embedded multiprocessor system is a challenging research domain, including parallel compute theory, real-time system theory, system fault-tolerant and software reliability theory. 星载嵌入式多处理器系统的研究是一个具有挑战性的研究领域,涉及到并行计算理论、实时系统原理以及系统容错和可靠性设计验证理论。
A computer simulation method is presented in this paper through its application to the simulation of a distributed multiprocessor system as a case study. 本文通过对一种分布式多处理机系统模拟的应用实例,叙述计算机模拟的方法和步骤。
A class of parallel Runge-Kutta methods for differential-algebraic equations of index 2 are constructed for multiprocessor system. 对多处理机系统构造了一类秩2微分代数系统的并行Runge-Kutta方法。
Cache Coherency Design in Multiprocessor System Based on P6 Bus 基于P6总线的多处理器系统Cache一致性设计
In this paper a class of parallel block implicit Runge-Kutta methods is constructed for a multiprocessor system. 本文针对多处理机系统构造了一类并行块隐式Runge-Kutta方法。
SPESEC is a simulator for parallel environment of scientific and engineeringcalculation on multiprocessor system. SPESEC是多处理机系统上科学工程计算并行环境模拟器。
The Application of Petri Net to the Performance Analysis of the Multiprocessor System Petri网在多处理器系统性能分析中的应用
Traditional scheduling algorithms face new challenges because of the heterogeneousness, complexity and flexibility of the heterogeneous multiprocessor system. 由于异构多处理器系统的异构性、灵活性和复杂性等特点,使得传统的调度算法面临新的挑战。
In recent years, IC designers pay more and more attention to the research and application of multiprocessor system. 近年来,多核系统的研究和应用,越来越多地受到关注。