kernel level造句

• Option to check that you have a suitable 2 . 4 kernel level , and use the
  命令来检查您是否拥有适当的2 . 4内核级别，使用
• Set the kernel level
  设置内核版本：
• And to improve matters further , there are administrative tasks - even at the kernel level - that you can perform on the fly , keeping your servers available
  为了做到尽善尽美，您可以实时执行一些管理任务，甚至是内核这一级别的任务，从而保持服务器的可用性。
• Detailed analysis is made on wireless sensor network ( wsn ) os hardware platform environment , system features and basic functions , and a novel os architecture providing reasonable function division between kernel level and service level is proposed
  摘要详细分析了无线传感网操作系统的硬件平台环境、自身特点和基本功能，提出了一种合理划分内核层与服务层功能的操作系统整体架构及内核结构。
• Through the implementing of kernel level file and cache mechanism at the client side , this newly proposed distributed network file system provides seamless network file access and reduces the performance decline caused by network transmission . utilizing the concept of logic block server , it provides the reliable data block storage and implements redundant storage capacity . utilizing the concept of the index server , it provide s the cost of the greatly for server and network during data access process and realizes the computing with balancing capacity
  在客户端通过实现内核级文件的调用和缓冲机制，实现了文件的无缝网络存取，并减少由于网络传输带来的性能下降的影响；利用逻辑块服务器实现逻辑块的冗余存取，实现数据块的安全存放；利用索引服务器进行负载均衡计算，实现资料存取的较低网络和服务器开销；利用索引服务器实现服务器组的零管理，使该系统具有高效性、稳定性和可伸缩性。
• In this paper , the process migration mechanism in mosix cluster is studied firstly . and then , the implementation of tcp and udp socket in linux are also studied by reading the linux kernel source . on the basis of that , the key problems of socket migration are discussed . after that , a complete scheme of socket migration system in kernel level is presented and a prototype is implemented in mosix cluster which solved the problem of transparent tcp and udp socket migration in linux cluster
  本文首先研究了mosix进程迁移机制，然后通过源码阅读分析了linux系统tcp和udp套接字的实现，并在此基础上，讨论了这两种套接字迁移中的关键问题；然后给出了内核级的迁移套接字的完整方案，实现了一个套接字迁移在mosix集群系统上的系统原型。
• Then the article introduces the design and realization of user level monitor module and kernel level monitor module detailedly , including how to realize the system clipboard monitor , the file motion control , file print job interdiction , and the directory share monitor in system ’ s user level , how to realize the process accessing filter , the process privilege control , the file encryption and decryption in system ’ s kernel level
  本文详细给出了用户层监控模块和内核层监控模块的设计和实现,包括如何在操作系统用户层实现系统剪贴板监控、文件移动控制、共享目录监控、文件打印阻断等,如何在内核层实现进程访问过滤、用户进程权限控制、文件透明加解密功能。