SHM
英
美
网络 结构健康监测; 共享内存; 健康监测; 南纪白滨机场; 简谐振动
双语例句
- You cannot view the shared memory files ( commonly referred as shm files) by using the cat utility generally used for file display in Linux since these shm files are in a binary format.
在Linux系统中，您不能通过使用通常用于文件显示的cat实用工具来查看共享内存文件（常指的是shm文件），因为这些shm文件是以二进制的格式存储的。 - So, while/ tmp/ foo would map to/ dev/ shm/ tmp/ foo, there's no way for you to access the/ dev/ shm/ bar file from/ tmp.
所以，虽然/tmp/foo会映射到/dev/shm/tmp/foo，但您没有办法从/tmp访问/dev/shm/bar文件。 - This system call requires the file descriptor from shm_open() and returns a pointer to memory.
这个系统调用需要shmopen（）返回的文件描述符，它返回指向内存的指针。 - However, once shm_unlink() is called ( typically by the originating process), no other processes can access the region.
但是，调用shmunlink（）（通常由原来创建共享内存段的进程调用）之后，其他进程就无法访问这个内存段了。 - However, while you could bind mount/ dev/ shm to/ tmp and be done with it, your/ dev/ shm contains some directories that you don't want to appear in/ tmp.
然而，虽然您可以在/tmp绑定安装/dev/shm就完成了，但您的/dev/shm还包含一些您不想在/tmp出现的目录。 - To finish, the originating process calls munmap() and shm_unlink(), and then exits.
当使用完时，原来的进程调用munmap（）和shmunlink（），然后退出。 - Shm_unlink(): Deletes a shared memory region given a file descriptor ( returned from shm_open()).
shmunlink（）：根据（shmopen（）返回的）文件描述符，删除共享内存段。 - Now that our directory is ready, we can mount/ dev/ shm/ tmp, and only/ dev/ shm/ tmp to/ tmp.
既然我们的目录已经准备好了，我们可以安装，也只能安装/dev/shm/tmp到/tmp。 - To learn more about shared memory (/ dev/ shm) and its use, check out this practical tutorial on/ dev/ shm.
要了解更多有关共享内存（/dev/shm）及其使用的信息，请查阅这个实用教程。 - The client process implementation is in shm_client.cpp
客户机进程的实现在shmclient.cpp中 - Shm_client2 ( essentially a copy of shm_client1) will use PollForEvents() as follows
shmclient2（实际上是shmclient1的一个拷贝）会使用PollForEvents（）方法，如下所示 - When you run the shm_client, you should get the following output
在运行shmclient时，应该可以看到下面的输出 - Eaccelerator.shm_size defines the size of the shared memory cache, which is where the compiled scripts are stored.
shmsize定义共享高速缓存的大小，编译后的脚本就存储在这里。 - Each program creates its own file; in my examples, I use the file name devmem located at/ dev/ shm/ devmem.
每个程序都会创建自己的文件；在文本的示例中，我使用的文件名为dumpmem，位于/dev/shm/dumpmem。 - Otherwise, vs1 init scripts won't be able to create the/ dev/ shm/ network directory it uses while setting up the network.
否则，vs1init脚本将不能在设置网络时创建需要使用的/dev/shm/network目录。 - The call to shm_open() should look familiar; it is much like the open() function, including how to initialize the segment and permissions.
对shmopen（）的调用看起来应该很熟悉；它与open（）函数很相似，包括初始化内存段和设置权限的方式。 - This will cause the tmpfs filesystem mounted at/ dev/ shm to carry the vs1 label so that vs1 can write to it.
这导致在/dev/shm上装载tmpfs文件系统，以带上vs1标签，从而让vs1可以对它执行写操作。 - Dev/ shm is an implementation of the traditional shared memory concept.
dev/shm是传统共享内容概念的实现。 - SHM VP: Handles the task of polling for new connections when the application is using the shared memory method of communication.
SHMVP：当应用程序正在使用通信的共享内存方法时，该类将为新连接处理轮询任务。 - In/ dev/ shm, one program or daemon creates a memory portion that other processes ( at relevant permission levels) can access.
在/dev/shm中，一个程序或守护程序创建其他进程（具有相关的权限级别）可以访问的内存区。 - The memory file storage is/ dev/ shm/ devmem
内存文件存储是/dev/shm/dumpmem - This time, instead of mounting our new tmpfs filesystem at/ mnt/ tmpfs, we created it at/ dev/ shm, which is a directory that happens to be the "official" mountpoint for a tmpfs filesystem.
这次，我们没有把tmpfs文件系统安装在/mnt/tmpfs，而是创建在/dev/shm，这正好是tmpfs文件系统的“正式”安装点。 - Let's say that you have a tmpfs filesystem mounted at/ dev/ shm, its traditional location, and you decide that you'd like to start using tmpfs for/ tmp, which currently lives on your root filesystem.
假设您有一个tmpfs文件系统安装在它的传统位置/dev/shm，您决定要开始在当前位于根文件系统的/tmp使用tmpfs。 - The/ dev/ shm implementation of traditional shared memory
传统共享内存的/dev/shm实现 - Because no shared objects are present, it creates them, references their data members, invokes their virtual functions, and quits& leaving the objects behind in memory.
由于现在没有共享对象，于是shmclient1创建了它们，引用它们的数据成员，调用它们的虚函数，然后退出&将对象留在了内存中。 - The shared library implementation is in shm_server.cpp
共享库的实现在shmserver.cpp中 - Research on Monitoring Data Processing Method About Long-span Cable-stayed Bridge SHM System
大跨斜拉桥结构健康监测系统数据处理方法研究 - C, shared memory in ipc/ shm.
c中实现，共享内存在ipc/shm。 - Phase is important quantity for describing shm.
相位是描述简谐振动的重要的物理量。 - Frequency response method used in Structure Health Monitoring ( SHM) system is discussed in this article.
本文就频率响应方法在结构健康监测系统中的应用进行研究。