Quadrant 3 (1gb) is reserved for Global Shared memory.
象限3 (1gb)被预留给全局共享内存。
Quadrant 4 (0.75gb) is reserved for Global Shared memory.
象限4 (0.75GB)被预留给全局共享内存。
The size of global Shared memory can be set only with a configuration file.
全局共享内存的大小只能使用配置文件进行设置。
There are two types of shared memory: global shared memory and separate shared memory.
存在两种类型的共享内存：全局共享内存和单独的共享内存。
Memory Windows can be used to provide each DB2 instance an effective 1gb private database Shared memory space, plus any space available from the global Shared memory quadrant (4).
内存窗可以用来为每个DB 2实例提供一个有效的1gb私有数据库共享内存空间，再加上全局共享内存象限(象限4)中的所有可用空间。
A global Shared memory system is implemented based on the system, and it can allow operating system to use system-wide memory to decrease the execution time of the application.
基于该系统设计和实现了一个全局共享内存系统，使操作系统充分利用整个系统上的物理内存，减少应用程序的执行时间。
Under HP-UX 10.20 kernel changes, it is possible to increase the global shared memory limit from 1.75G to 2.75GB, by compiling the application to use the SHMEM_MAGIC kernel executable.
随着 HP-UX 10.20内核的更改，可以通过编译应用程序使之使用 SHMEM_MAGIC 内核可执行程序，可以将全局共享内存的限制从 1.75G增加到 2.75GB。
Database Shared memory: This refers to the database global memory, which is allocated when the database is activated or connected to for the first time.
数据库共享内存：这是数据库全局内存，是在激活数据库或者第一次连接到数据库时分配的。
Memory Windows allow each process to define a unique global space of up to 1gb of Shared memory.
内存窗允许每个进程从共享内存中定义最多1GB的惟一的全局空间。
By using CUDA's texture from linear memory, over-bound accessing is avoided. For reducing access of global memory, the algorithm employs CUDA's Shared memory.
算法通过运用线性存储器纹理解决了越界问题，并借助CUDA的共享内存以减少对全局内存的访问次数。
By using CUDA's texture from linear memory, over-bound accessing is avoided. For reducing access of global memory, the algorithm employs CUDA's Shared memory.
算法通过运用线性存储器纹理解决了越界问题，并借助CUDA的共享内存以减少对全局内存的访问次数。
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