| 1. | Packet scheduling scheme for asynchronous optical switches with reconfiguration delay
具有切换时延的异步光分组交换调度方案 |
| 2. | Packet scheduling for fibre channel switched fabric under hard real time constraints
光纤通道交换机在强实时约束下的分组调度 |
| 3. | The main content of this paper is packet scheduling algorithm based on hsdpa technology
本文研究的主要内容就是对hsdpa起决定性因素的分组调度技术。 |
| 4. | In this chapter , we devote to the packet scheduling algorithms which are suitable to both queueing
我们重点讨论了与输入和输出都相关的流量排队与调度算法。 |
| 5. | In chapter 4 we also describe some details of the packet scheduling algorithm . finally , we will introduce the hardware scheme of multiplexor
最后我们将在第五章中讨论复用设备中复接器部分的硬件结构。 |
| 6. | Firstly , the main techniques of hsdpa are introduced . secondly , two different types of packet scheduling algorithms are proposed
首先,对hsdpa的关键性技术进行了介绍,探讨了在实际建网时的网络规划方案。 |
| 7. | Networking , 2002 , 10 : 666 - 678 . 20 moon s h , sung d k . high - performance variable - length packet scheduling algorithm for ip traffic . in proc
本文所提出的并行交换系统支持八种优先级的单播和多播业务，并能够完全保证用于实时业务的最高优先级业务的延迟。 |
| 8. | 2001 , 148 : 175 - 180 . 11 a melo jr . , j manuel , a coello . packet scheduling based on learning in the next generation internet architectures
另外，订定fuzzy limit参数，利用此参数来判断连结是否可以被建立，而fuzzy limit值如何定，将是本论文中评估的重点之一。 |
| 9. | In this paper , we mainly focus on the software design of multiplexor , the design and simulation of packet scheduling algorithm and the implement of synchronic communication chip
本论文的主体是语音?数据复接设备中多路复用器的软件设计、调度算法彷真和硬件设计中同步串行芯片的的实现。 |
| 10. | Finally an adaptive qos framework for manets is designed . it is composed of various qos components including qos signaling , qos routing , packet scheduling and so on
最后，通过研究自组网qos机制，进一步提出了适合自组网的自适应qos构架，包括qos信令系统、 qos路由协议以及分组调度机制等qos组件。 |
