A robust Packet Link Layer should allow the developer to specify the amount of time spent retrying as well as the number of retries to send.
一个鲁棒的数据包链路层应该允许开发者自己来定义重传时间和重传次数。
DE: The "d" option causes Snort to listen and display application-layer data, and "e" displays link layer packet headers.
de：“d”选项使Snort侦听并显示应用程序层的数据，而“e”显示链接层包报头。
The model includes packet scheduler, channel distributor and link status feedback control mechanism.
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。
For the packet loss caused by the link error, it can recover the congestion Windows quickly, so the goodput of TCP in satellite net can be improved.
对于由链路出错所引起的数据包丢失，可以明显加快发送窗口的恢复速度，从而大大提高卫星链路中tcp的吞吐量。
Numerous studies have shown that packet reordering is common, especially at wireless and Satellite networks where there are high degree of parallelism and different link speeds.
许多研究表明，在高并行度和不同链接速率的无线网和卫星网中都存在包的重排序。
Using traditional transmission power control mechanism in data link layer of wireless AD hoc network may result in the increased packet collisions among nodes which use different transmission power.
在无线自组织网数据链路层中，采用传统的功率控制机制会引起不同发射功率节点间的分组冲突。
In a data communication system capable of variable rate transmission, high rate packet data transmission improves utilization of the forward link and decreases the transmission delay.
在一种可以用可变速率传输的数据通信系统中，高速率分组数据传输改进了正向链路的应用，并降低了传输延迟。
The selection is based on measures of the radio link qualities made during transmission of the relevant packet or made prior to its transmission.
选择是基于在相关分组传输期间进行的或在其传输之前进行的无线电链路质量的度量。
CC1100 provides extensive hardware support for packet handling, data buffering, burst transmissions, clear channel assessment, link quality indication and wake-on-radio.
CC 1100为数据包处理、数据缓冲、突发数据传输、清晰信道评估、连接质量指示和电磁波激发提供广泛的硬件支持。
In wireless packet networks, because we need radio to receive or send data, so a basic problem is how to attach radio protocol to DTE's data link layer and assure communication running well.
无线分组网中，由于需要利用电台收发数据，于是在DTE的数据链路层中加入电台协议，保证DTE与电台的通信正常进行是需要解决的基本问题。
In each time slot, a user chooses a communicate rate, which is the number of data bits encoded in a packet, depending on data availability and the link layer protocol.
在一个时间块内，每个用户根据自己的所拥有的数据以及链路层的网络协议来选择一个通信速率，也就是一个数据包中所编入的数据比特率。
We designed and implemented a simplified link-level protocol with elastic buffered flow-control and buffered wormhole routing switching, it can support to transmit variable-length packet.
提出了一种采用伸缩缓冲流量控制方法、缓冲虫洞路由交换机制、支持可变长度数据包传输的链路控制协议。
Management of network link bandwidth using packet scheduling is one of core technologies for the guaranteed service quality of the network.
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。
As a result, the average packet delay and link utilization are both improved.
结果表明该方法在平均包延时和线路利用率上比均衡延时方法都有所改善。
The different packet flows associate packets having similar or identical radio link protocols (RLPs) in order to achieve the necessary error detection for such related packets.
这些不同的分组流将具有相似或相同无线电链路协议(RLP)的分组相关联以达成对此类相关分组必要的检错。
The link layer packet error rate and transmission delay are derived to evaluate this scheme.
推导了采用该方案时无线链路的误包率和包的传输时延的表达式。
Router will abort IP packet when buffer is full and the IP packet is coming in. the tail drop do not use the link enough with TCP/IP's slow start.
当缓冲区满时的丢包策略，最常用的方法是采用尾丢包的方式，而尾丢包的方式和TCP／IP协议的慢启动管理策略会导致全局同步化，给网络带来不良影响，线路利用率不高。
According to this problem, in this paper, a new reliable multicast protocol is proposed which integrates packet-level FEC and rate-adaptive technology on the basis of unidirectional satellite link.
针对这一问题，在单向链路卫星组播结构基础上，融合分组级FEC和自适应速率技术，提出了一种新的可靠组播协议，经过理论分析可知，新的协议具有较好的差错控制和拥塞控制能力。
The increasing link speed highlights the inefficiencies of the existing packet capturing engine, which is the critical part of network monitoring.
随着网络速度的增加，作为网络监测关键部分的报文捕获引擎暴露出了在性能上的不足。
The route selection strategy guarantee the node will forward packet to travel with the best link, and no circle occurs.
路由选择算法保证了节点发送数据沿着最好的链路进行，并且不会形成环路。
It uses packet loss and link utilization history to indicate the congestion, and not relies on average queue length as an estimator of congestion.
它不是使用平均队列长度指示缓冲区拥塞状态，而是使用数据报丢弃的频率和队列空闲程度来管理网络拥塞。
The LMP protocol layer contain bluetooth data packet struct, link creation and management, state machine and state management, piconet, master-slave equipment switching.
对LMP协议层的蓝牙数据包结构、链路的建立和管理、状态机和状态管理、微微网主从设备切换等进行了详细的阐述。
In wireless link, Packet loss may caused by the high channel bit error rate and nodes mobile, and multi-path routing and node switching will lead to reorder.
对于无线网络，信道的高误码率和节点移动等会导致丢包，多路径路由和节点移动切换等会导致乱序。
I've seen remote villages in the Solomon Islands with a packet radio link to dissimilar island for their Internet access.
在所罗门群岛的一个偏僻乡村里，他们用无线电和另一个岛互相连接，以此接入互联网。
The HSDPA link estimate and system characteristics are analyzed and compared to traditional R99 packet service, and the relationship of throughput and coverage of HSDPA is gotten.
通过研究分析HSDPA的链路预算、系统特性，并与传统的R99分组业务做比较。得到HSDPA流量与覆盖的关系。
The design for data link layer mainly includes the packet package, the media access control (MAC) between nodes and error control.
数据链路层的设计主要包括数据包的封装、节点间的介质访问控制和差错控制等工作。
The design for data link layer mainly includes the packet package, the media access control (MAC) between nodes and error control.
数据链路层的设计主要包括数据包的封装、节点间的介质访问控制和差错控制等工作。
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