queueing mechanism造句
例句与造句
- store-and-forward queue mechanism for sending email confirmations
用于发送电子邮件确认的保存并转发队列机制。 - starvation is a common limitation of simple priority queuing mechanisms
简单的优先权排队机理的一个常见局限就是“饥饿”（即访问要求不能满足）。 - due to this problem, an improved method based on adaptive thoughts is proposed and realized combining with the active queue mechanism blue
因此，本文通过引进自适应的思想提出了改进方法。结合主动队列机制blue实施了这种方法。 - the system has sufficient capacity for most office applications . this is because easy2fax has a special queuing mechanism that line up the faxes and wait for the first available port
因为易传通传真服务器能排队，自动寻找空闲端口发送，自动轮选，外来的传真也很少堵塞机会。 - the dissertation introduces development environment of psosystem operating system, concerned assignment and news queue mechanism . the performance and design principle of the important part of modem control module that the network access server ( sp30nas ) met in the system ( ias ) have been discussed
本文介绍了psosystem操作系统的开发环境及其有关任务机制与消息队列机制，论述了网络接入服务器(sp30nas)接入系统(ias)中的重要部分modem模块的功能、设计原理。 - It's difficult to find queueing mechanism in a sentence. 用queueing mechanism造句挺难的
- this is needed so that the sending process is not blocked by waiting for a server connection, network delays, etc . in a production system, this function would have to be more complex and handle issues of network failure, a server s going down, etc . with some sort of queuing mechanism
这是必需的，只有这样发送过程才不会因为等待服务器连接、网络延迟等原因被阻塞。在生产系统中，这个函数一定会变得更复杂，并需要使用某种排队机制来处理网络故障、服务器宕机等问题。 - although the congestion control research of host-ends has made great strides, the current queue management mechanism in router is not able to provide end-to-end congestion control mechanism to sustain the above environment, namely, the unfairness of assigned bandwidth or drop-rate for different types of flows and the synchronization of all tcp flows in network . so it is necessary to improve the classical queue management mecnanism such as drop _ tail and red in order to boost the qos ( quality of service ) . this article analyzes the main traits of host-ends congestion control and all kinds of fashionable queue management machanism, which include queue mechanism with absolute priority, weighted fair queue mechanism and class-based queue mechanism
本文分析了主机端的拥塞控制机制和网络中路由器的现有各种队列管理机制：绝对优先级队列机制、加权公平队列(weightedfairqueue)[1]机制、基于类的队列(class-basedqueue)[2]机制以及red(randomearlydetection)[3]机制的主要特点，并重点针对ietf(internetengineeringtaskforce)推荐的把red算法与明确的拥塞通告ecn(explicitcongestionnotification)[4]结合的方法进行了分析，发现随着internet流量的日益递增，red机制的依赖平均队列长度来管理拥塞控制的算法并不能有效地阻止包丢失：与drop-tail相比，red确实消除了对阵发流量(tcp)的偏见，但是增加了平滑流量(udp)的丢包概率。 - although the congestion control research of host-ends has made great strides, the current queue management mechanism in router is not able to provide end-to-end congestion control mechanism to sustain the above environment, namely, the unfairness of assigned bandwidth or drop-rate for different types of flows and the synchronization of all tcp flows in network . so it is necessary to improve the classical queue management mecnanism such as drop _ tail and red in order to boost the qos ( quality of service ) . this article analyzes the main traits of host-ends congestion control and all kinds of fashionable queue management machanism, which include queue mechanism with absolute priority, weighted fair queue mechanism and class-based queue mechanism
本文分析了主机端的拥塞控制机制和网络中路由器的现有各种队列管理机制：绝对优先级队列机制、加权公平队列(weightedfairqueue)[1]机制、基于类的队列(class-basedqueue)[2]机制以及red(randomearlydetection)[3]机制的主要特点，并重点针对ietf(internetengineeringtaskforce)推荐的把red算法与明确的拥塞通告ecn(explicitcongestionnotification)[4]结合的方法进行了分析，发现随着internet流量的日益递增，red机制的依赖平均队列长度来管理拥塞控制的算法并不能有效地阻止包丢失：与drop-tail相比，red确实消除了对阵发流量(tcp)的偏见，但是增加了平滑流量(udp)的丢包概率。 - although the congestion control research of host-ends has made great strides, the current queue management mechanism in router is not able to provide end-to-end congestion control mechanism to sustain the above environment, namely, the unfairness of assigned bandwidth or drop-rate for different types of flows and the synchronization of all tcp flows in network . so it is necessary to improve the classical queue management mecnanism such as drop _ tail and red in order to boost the qos ( quality of service ) . this article analyzes the main traits of host-ends congestion control and all kinds of fashionable queue management machanism, which include queue mechanism with absolute priority, weighted fair queue mechanism and class-based queue mechanism
本文分析了主机端的拥塞控制机制和网络中路由器的现有各种队列管理机制：绝对优先级队列机制、加权公平队列(weightedfairqueue)[1]机制、基于类的队列(class-basedqueue)[2]机制以及red(randomearlydetection)[3]机制的主要特点，并重点针对ietf(internetengineeringtaskforce)推荐的把red算法与明确的拥塞通告ecn(explicitcongestionnotification)[4]结合的方法进行了分析，发现随着internet流量的日益递增，red机制的依赖平均队列长度来管理拥塞控制的算法并不能有效地阻止包丢失：与drop-tail相比，red确实消除了对阵发流量(tcp)的偏见，但是增加了平滑流量(udp)的丢包概率。