| 1. | Using lock escalation reduces system overhead
利用锁升级可以减少系统开销。 |
| 2. | Maintenance of inactive or empty pools involves minimal system overhead
非活动或空池的维护只需要最少的系统开销。 |
| 3. | The network communication is based on udp , which needs no building connection between the server and client . so system overhead is very little
整个系统的网络通讯是基于udp的一种五连接的网络通讯，系统开销小，相应快。 |
| 4. | Option to provide a means of reducing the system overhead associated with the excessive context switching sometimes seen in symmetric multiprocessing environments
选项可以减少有时在对称多处理( smp )环境下遇到的、与过多的上下文切换有关的系统开销。 |
| 5. | Finally , we implement a multi - threads kernel svm system mtk based on tc model , and analyze its system overhead . the analysises show that tc can efficiently improve svm ' s performance
最后，我们提出了基于线程一致性模型的多线内核虚拟共享存储系统mtk的实现方案，并对其系统开销进行了分析。 |
| 6. | Lock escalation is the process of converting many fine - grain locks into fewer coarse - grain locks , reducing system overhead while increasing the probability of concurrency contention
锁升级是将许多较细粒度的锁转换成数量更少的较粗粒度的锁的过程，这样可以减少系统开销，但却增加了并发争用的可能性。 |
| 7. | We from build a consummation , maturely , the reliable dynamic analysis platform embark , use three systems overhead constructions , namely the customer end - applies the server - database server
我们从搭建一个完善、成熟、可靠的动态分析平台出发,采用三层体系架构,即客户端-应用服务器-数据库服务器。 |
| 8. | Can increase application performance both by retrieving data as soon as it is available , and by default storing only one row at a time in memory , reducing system overhead
使用datareader可以提高应用程序的性能，原因是它只要数据可用就立即检索数据，并且（默认情况下）一次只在内存中存储一行，减少了系统开销。 |
| 9. | Today , though , the smaller packet size puts ethernet at a disadvantage when used in a purely backbone scenario because of the network and operating system overhead associated with sending and receiving each packet
但今天，当以太网纯粹地用作主干网的情况下，长度较短的包就成了以太网的一个弱点，这是因为网络和操作系统在发送和接收每个包时需要开销的缘故。 |
| 10. | This paper summarizes the function and the superiority of digital video monitoring system , proposes a novel network video monitoring system overhead construction , based on the development tendency of wireless network technology , introduces technical problems to solve to realize the novel video monitoring system , discusses the mechanism to enhance the performance of wireless network video service , and introduces the function of wireless proxy server
总结了数字视频监控系统的功能和优势,根据无线网络技术的发展趋势,提出了一种新的网络视频监控系统架构,介绍了实现这种视频监控系统所需解决的技术问题,讨论了提高无线网络视频业务性能的机制,并介绍了无线代理服务器的功能。 |
