1. No one can understand the hurt and pain of life, not a time to be able to recover, I can only share memory protection.

2. The machine shop left hundreds of thousands of men with shared memories: The whirring and flapping of the belts.

3. This includes pipes, semaphores, and shared memory.

4. But what does shared memory and private memory mean?

5. Through shared memory to achieve inter - process communication!

6. Shared memory can be the solution.

7. Using shared memory communication between multi - threading.

8. Shared memory multi - threaded parallel computing code matrices.

9. This paper introduces fundamental and excellencies of shared memory network and reveals its limitations of serial transmission and so on used in the helicopter engineering simulator.

10. 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.

11. By default, the starting address of the instance shared memory is fixed at 0x10000000.

12. Shared Memory: A computer configuration in which the video circuitry lacks its own dedicated memory and must share, or drain off, a portion of the computer's main memory.

13. Performance counters use a memory mapped file, or shared memory, to publish performance data.

14. RMM will also work over InfiniBand and shared memory, and can operate in either multicast (one-to-many) or unicast (one-to-one) mode.

15. Facilities include open file handles (file descriptors), shared memory, process synchronization primitives, and current directory.

16. Erlang has no shared memory, and in it all state is immutable.

17. The third argument—read_write—is the access specifier of the shared memory object.

18. The shared memory anchor address, as seen by the master, is also set during configuration.

18. try its best to gather and build good sentences.

19. To build a national identity takes more than just a shared memory of Soviet repression and occupation.

20. The weak performance of communication subsystem is one of the key issues that prevent software distributed shared memory systems(DSMs) from showing high performance.

21. There are some research on the optimization techniques which can improve the speedup of multimedia applications for the shared memory 2D SIMD architecture.

22. DB2.LOGINFO logs an informational message if the logging token exists in the shared memory.

23. When DB2 pulls data from disks, it places the data in a DB2 shared memory area.

24. This works well for a relatively small number of CPUs, but a problem with the shared bus can occur if you have dozens, and even hundreds, of CPUs competing for access to the shared memory bus.

25. To resolve the problem, run UDF in an unfenced mode or reduce database shared memory set to no more than 5 segments.

26. This project studies high - performance and high - reliability shared memory computing enviroment on cluster.

27. The IVM automatically created a VIOS paging device for each LPAR as part of the migration to shared memory.

28. 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.

29. The task notifies the controller when a new intermediate result has been written and provides a handle to its shared memory location.

30. SHM VP: Handles the task of polling for new connections when the application is using the shared memory method of communication.

31. The system uses PC as its master computer and TMS 320 C 25 as the slave microprocessor, also adopts shared memory for parallel communication.

32. Shared memory allows multiple processes to map a portion of their virtual address to a common memory region.

33. 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.

34. The Program Global Area (PGA) and the User Global Area (UGA) shared memory areas contain data and control information for server processes and user sessions.

35. The parallel restricted genetic algorithm based on shared memory is discussed.

36. It creates a paging device of equal size to that of the maximum memory value of the shared memory pool.

37. The communications portion contains the message buffers for local client applications that use shared memory to communicate with the database server.

38. This parameter defines the maximum number of private memory pages to be used for private sorts or the maximum number of shared memory pages to be used for shared sorts.

39. Quadrant 4 will still be used as a global shared memory area, where any shared process can allocate segments.

40. One of the key design concepts of Erlang is that there is no shared memory between "process" instances. They only communicate via asynchronous messages.

41. DB2.UPDATE_SP_CONFIG is the logging administration stored procedure to set the token name in the configuration file and in the shared memory.

42. This article teaches you the basics of DB2 memory usage and the concepts of shared memory and private memory.

43. You can move a shared memory partition running on a server with a redundant paging VIOS setup to a server where there is only one paging VIOS partition available.

44. The working storage pages for shared memory regions are not released until the shared memory region is deleted.

45. NUMA reduces the contention for a system's shared memory bus by having more memory buses and fewer processors on each bus.

46. The agent private memory can be increased by moving the instance shared memory to a higher address by setting the DB2DBMSADDR DB2 registry variable.

47. Interprocess communication is not allowed. This includes pipes, semaphores, and shared memory.

48. However, a shared memory segment cannot be "split" across quadrants and be guaranteed a contiguous address space.

48. Wish you will love and make progress everyday!

49. Simultaneously, in order to resolve the questions of real-time data processing, implementation of shared memory communication tasks is also given here.

50. Besides, the shared memory system of grid service in GSM is modeled by GSAM, showing that the proposed model accurately describes the grid service composition and its formal deduction.

51. dev/shm is an implementation of the traditional shared memory concept.

52. Both DB2 and Oracle use shared memory areas, but DB2's memory architecture is implemented in a slightly different way than Oracle's.

53. To learn more about shared memory (/dev/shm) and its use, check out this practical tutorial on /dev/shm.

54. The object construction is skipped if the shared memory already exists.

55. HP-UX default memory architecture only allows a maximum of 1.75GB of shared memory for ALL processes, not just DB2.

56. As memory is dynamically managed among multiple LPARs, the Hypervisor has to use a paging device to back up the excess memory that it cannot back up using physical memory from the shared memory pool.

57. A single processor in multiprocessor structure access memory model:centralized shared memory and distributed shared memory.

58. Physical shared memory bus, message translating LAN and copy shared memory network are the main interconnecting technology using in distributed real-time simulation.

59. So far we have discussed the instance shared memory, the database shared memory, the application group shared memory and the agent private memory.

60. More efficient and fail-safe solutions include setting up shared memory across the server nodes or simply saving the session objects into a central database.

61. Database parameters will give the size of a shared memory area that is allocated at this stage and which is called the System Global Area, or SGA.

62. Whether it is an ambition which forms our shared memory or merely an air - castle illusion?

63. DB2 needs a contiguous address space for the shared memory area.

64. Packaging the shared variable pool for dynamic library, achieved dynamically loaded at run time, design of the reusable and extensible shared memory pool.

65. In this article, you learn how to use the Boost IPC library to implement shared memory objects, message queues, and synchronized file locking.

66. When creating or updating shared memory partitions profiles you can find the option to select the paging VIOS partitions in the memory configuration section.

67. With SMP, all memory access is posted to the same shared memory bus.

68. Shared memory is the example of a simple example of memory operation.

69. Since the end address of the instance shared memory is not fixed, the starting address for the database shared memory is not fixed either.

70. Furthermore, a virtual processor can often avoid reading data from disk because the data is already in shared memory as a result of an earlier read operation.

71. If you are tracing to shared memory, the size of the trace buffer controls the size of the dump file.