分组调度是实现未来无线多媒体网络的关键技术之一。
Packet scheduling technology is one of the important technical issues in designing wireless multimedia networks.
本文重点研究了多媒体无线分组网络中的分组调度算法。
This dissertation pays attention to packet scheduling in wireless multimedia packet networks.
模型引入了分组调度器、通道分配器及链路状态反馈控制机制。
The model includes packet scheduler, channel distributor and link status feedback control mechanism.
提出了一种基于正交频分多址接入系统的混合业务分组调度算法。
A packet scheduling algorithm for mixed traffics was proposed in orthogonal frequency division multiple access (OFDMA) systems.
分组调度管理网络链路带宽，是实现网络服务质量的核心技术之一。
Management of network link bandwidth using packet scheduling is one of core technologies for the guaranteed service quality of the network.
本文重点研究了多媒体无线分组网络中的缓存管理与分组调度算法。
This dissertation pays attention to buffer management and packet scheduling in wireless multimedia packet networks.
在高速分组交换网络中，分组调度策略和算法的设计是一个关键问题。
The design of packet scheduling strategy and algorithm is one of the most important issues for the high-speed packet-switched networks.
基于紧急度的分组调度算法尽可能选出当前各流中最需要被服务的队列。
The urgency-based round robin algorithm tries to select the most need packets to be served in the multimedia streams or queues.
新的分组调度算法将最短作业优先准则在一定程度上应用于分组交换网络中。
A shortest-job-first packet scheduling algorithm to reduce the average response time of interactive network applications is proposed in the paper.
由于网络分组调度策略有着多方面性能的要求，如何同时满足多个性能目标是当前的研究难点。
Because the packet scheduling strategy has multiple performance objects, how to reach multiple objects simultaneously is a difficult problem.
在BS端增加了准入控制模块对业务流进行准入控制，分组调度模块对上下行数据传输进行调度。
At the BS side, an Admission Control Module is added to make admission decision and a Packet Scheduling Module is proposed to schedule packet transmission.
分组调度方面：提出了一种新的多级缓存并行分组交换结构和一种分布式变长分组调度算法（DVLPS）。
On packet scheduling: A novel multi-stage buffering PPS and the Distributed Variable-Length Packet Scheduling (DVLPS) algorithm are present.
本文主要讨论蜂窝网络中的无线分组调度问题，介绍了无线调度的特点和研究现状，分析了目前的研究热点和方向。
We introduce the character and the recent research progress in wireless scheduling, and analyze the open question and research direction in the field.
在该任务模型上分析了二种任务调度机制，包括基于优先级的分组调度机制、混合抢占调度机制、FCFS调度机制。
And we analyze three task scheduling schemes based on this task set module, which include hybrid preemptive scheduling, priority-based grouping scheduling and FCFS scheduling.
常见的带宽分配算法如wfq、DRR等分组调度算法存在着诸如计算复杂度高、需在路由器进行每流状态的管理等不足。
General bandwidth allocation algorithms, such as WFQ and DRR, have the shortcomings of high complexity and requirement for the router to manage per-flow state.
在分组调度中，带宽资源分配的公平性是决定算法优劣的一个非常重要的因素，而且公平性也会直接影响到数据流的服务质量。
In packet scheduling, fairness of bandwidth allocation is a key factor that determines the algorithm is good or on the contrary and fairness affects QoS of data flow directly.
在分组交换网络中，分组调度算法在交换机和路由器中决定着分组的服务规则，而接入允许控制算法则决定着带宽资源的预留和释放。
In the packet switching network, packet scheduling algorithms in the routers and switches decide how to serve packets, admission control algorithms decide bandwidth reservation and release.
本文对B3G/4G系统中的分组调度算法做了较为深入的研究，在第二章中介绍了本文所使用的基于LTE系统级需求的仿真平台。
This paper discusses in depth the scheduling algorithms in B3G/4G system and in chapter 2 introduces the LTE system level simulation platform used in this paper.
所有这些关系图的主题都是“资源调度”，所以会在模型中进行分组。
All of these diagrams share the common theme of "resource scheduling" and are grouped accordingly in the model.
可以将任务进行分组，形成多个实体，调度程序将平等对待这些实体，继而公平对待实体中的任务。
The tasks can be grouped together to form entities, and the scheduler would be fair to these entities and then to the tasks in those entities.
为此，提出并实现了一种基于分组网络的多点实时语音混合及调度算法。
For this purpose, a multipoint real time speech mixing and scheduling algorithm based on packet network is put forward and then realized.
引入了部分全局优化调度的概念，将作业按其紧迫程度进行分组并完成优化；
This paper defined the concept of partial global optimized scheduling, which classified tasks into some groups according to their priority and then performs optimization.
作为分组交换网络中提供服务质量保证的一种重要机制，队列调度算法近年来得到了较为广泛的研究。
As an important mechanism to provide guaranteed QoS in packet-switched networks, queuing scheduling algorithms have been widely researched in recent years.
策略由基本调度策略和在线调整两部分组成，分别与模型的主问题和子问题相对应。
The master problem of the model corresponds to the basic scheduling strategy and the sub problem corresponds to on-line adjusting method.
这些例子表示了多个均衡器如何使用，其中有至少一个均衡而至少另一个训练以处理(即均衡)被调度但还没有接收到的分组。
These examples show how a plurality of equalizers can be used with at least one equalizing while at least one other trains for processing (i. e., equalizing) a scheduled but not yet received packet.
在一个例子中，当均衡器接收机34A为一个用户训练时，第二均衡器接收机34B处理接收的信号，该接收的信号包含来自先前调度的用户的数据分组。
In one example, while the equalizer receiver 34a trains for one user, a second equalizer receiver 34b processes a received signal containing data packets from a previously scheduled user.
本文提出并实现了一种应用于路由器多端口公平调度的算法——分组分割轮询调度算法。
The paper devises and implements a algorithm for fair scheduling many ports in router—packet segmentation based round robin scheduling algorithm (PSRR).
该文提出了一种基于分组属性的进程调度策略，给出了有关设计与实现。
This paper proposes a packet attributes-based scheduling policy to alleviate the problem.
比例公平调度策略可以广泛应用于分组网络调度策略的设计研究和改进。
Moreover, the proportional fairness scheduling strategy can be applied to design and improve the packet scheduling strategy and algorithms in packet-switched networks.
比例公平调度策略可以广泛应用于分组网络调度策略的设计研究和改进。
Moreover, the proportional fairness scheduling strategy can be applied to design and improve the packet scheduling strategy and algorithms in packet-switched networks.
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