52古典>英语词典>memory access翻译和用法

memory access

英 [ˈmeməri ˈækses]

美 [ˈmeməri ˈækses]

存储访问,内存访问;存取存储器

计算机

英英释义

noun

  • (computer science) the operation of reading or writing stored information
      Synonym:access

    双语例句

    • The other main type of processor architecture, CISC ( the x86 processor being a popular CISC instruction set), allows for memory access in nearly every instruction.
      另外一种主要的处理器体系结构CISC(x86处理器就是一种流行的CISC指令集)几乎允许在每条指令中进行内存访问。
    • Because workloads with high Symmetrix cache read-hit rates are serviced at memory access speed, storing the data needed on EFDs may not result in a significant increase in performance.
      因为具有高Symmetrix缓存读中率的工作负载都是以内存访问速度实现的,所以在EFD中存储所需要的数据可能不会对性能有大的改进。
    • Purify adds value to your existing correctness tests by simultaneously checking for memory access errors.
      Purify可以通过同时检查内存访问错误来对您的现存正确性测试增加价值。
    • Analysis and Research of Windows CE Memory Access
      WINDOWSCE内存访问原理分析与研究
    • This advanced property is used for optimizing memory access. See documentation for usage.
      此高级属性用于优化内存访问。有关用法,请参阅文档。
    • The index register is added to the specified address, and the result is used as the address for the memory access.
      索引寄存器会与某个指定的地址相加,结果用作访问内存时使用的地址。
    • The first copy is performed by the DMA engine, which reads file contents from the disk and stores them into a kernel address space buffer.
      直接内存存取(directmemoryaccess,DMA)引擎执行了第一次拷贝(参见图1),它从磁盘中读取文件内容,然后将它们存储到一个内核地址空间缓存区中。
    • For C and C++ programs ( not Java or. NET), Purify works by inserting extra instructions around every memory access the program performs.
      对于C和C++程序(而不是Java或者.NET),Purify通过在这个程序执行中的每一个内存访问周围插入额外的指令来工作。
    • On the other side are the technological advances made in the platform, including architectures ( multiprocessing, symmetric multithreading, non-uniform memory access [ NUMA]) and virtualization.
      另一方面,它要考虑平台方面的技术进步,包括架构(多处理、对称多线程、非一致内存访问[NUMA]和虚拟化)。
    • The tightly-coupled nature of the CMP allows very short physical distances between processors and memory and, therefore, minimal memory access latency and higher performance.
      CMP紧密耦合的本质使处理器与内存之间的物理距离很短,因此可提供最小的内存访问延迟和更高的性能。