Theres nothing more annoying than an automatic update request filling your screen when youre in the middle of a deadline. 再没有比当你正要接近截止日的时候屏幕上不停地跳出自动更新提示更恼人的事儿了。
It efficiently combines cooperative diversity at the physical layer and automatic repeat request ( ARQ) at the data link layer. 它把物理层中的协作分集技术和数据链路层中的自动请求重传(ARQ)协议有效地结合起来。
Delay Performance Analysis of the Adaptive Multi-State Automatic Repeat Request System Model in Time-Varying Channel 时变信道中自适应多状态ARQ系统时延性能建模研究
Hybrid Automatic Repeat reQuest ( Hybrid ARQ) which is an excellent error control technique has been accepted as a key technique of3GPP Long Term Evolution ( LTE). 混合自动重传请求(ARQ)作为一种差错控制技术被采纳为3GPP长期演进项目(LTE)的关键技术。
Create a new Automatic Certificate Request object and add it to the Security Configuration Editor 创建一个新的自动证书申请对象,并将其添加到安全配置编辑器
Various advanced wireless communication technologies will be applied in this system such as Hybrid Automatic Repeat Request ( HARQ). 各种先进的无线传输技术即将在该系统中得到应用,包括混合自动重传请求(HARQ)技术。
The undetected error probability of block cedes is an important parameter in automatic repeat request ( ARQ) systems. 分组码的未检概率在ARQ体制中占有重要的地位。
Then I introduce the algorithm of automatic repeat request and calculate the utilization ratio of the link. 接着又介绍了自动请求重传算法并计算了通常情况下的链路利用率。
A new hybrid automatic repeat request ( HARQ) system is constructed by combining the sub-packet scheme with the averaged diversity combining technique. 将分块传输系统和码合并技术相结合构造了新型HybridAutomaticRepeatreQuest(HARQ)系统。
Automatic Repeat Request ( ARQ) might be used in error control technology. 纠错技术中可能用到自动重发请求(ARQ)。
The most common techniques for the error control at the Layer 2 based on the Automatic Repeat request ( ARQ) techniques used in combination with the Forward Error Correction ( FEC) coding are described. 介绍了链路层用于差错控制的常用技术&前向纠错编码(FEC)和自动重传请求(ARQ)结合的技术,即混合ARQ。
In the high rate wireless communication system, automatic repeat request ( ARQ) technology is indispensable in link layer, which shields the packet loss of the wireless channel from the upper level. 在高速无线通信中,自动请求重传(ARQ)是链路层不可缺少的技术,它通过重传向上层屏蔽无线链路上包的丢失。
Automatic repeat request ( ARQ) schemes and transport control protocol ( TCP) are often used as error-control techniques at the link layer and at the transport layer, respectively. 自动重传请求(ARQ)和传输控制协议(TCP)经常被分别用作链路层和传输层的错误控制机制。
Bluetooth provides two techniques to handle link level transmission errors: Automatic Repeat reQuest ( ARQ) and Forward Error Correction ( FEC). 蓝牙提供了两种技术用来处理链路层的传输错误:自动请求重发和前向纠错方案。
The hybrid automatic repeat request ( HARQ) is an effective mechanism to keep the reliable communication. 混合自动请求重传机制是确保数据通信可靠传输的有效方法。
This protocol uses a combination of high efficiency Forward Error Correction ( FEC) and integrated Automatic Repeat reQuest ( ARQ) in application layer, can effectively controls errors, guarantee high efficiency reliable data transmission. 该协议通过在应用层运用了高效的前向纠错(FEC)和集中式的自动重传(ARQ)相结合的差错控制机制,有效地控制了差错,保证了数据的高效可靠传输。
Automatic repeat request ( ARQ) schemes have been widely applied to many digital communication systems, especially, computer communication networks. 自动请求重传(ARQ)方法已经在许多数字通信系统特别是通信网中获得了广泛的应用。
A new incremental redundancy hybrid automatic repeat request ( HARQ) scheme based on the characters of rate compatible punctured turbo codes is proposed. 本文根据速率兼容打孔turbo码的特性,提出了一种新的混合自动重传请求(HARQ)的递增冗余方法。
To solve the problem of code error rate during the communication of ring network, according to the characteristic of kinds of error control we use Automatic Repeat Request ( ARQ) which is one of error control methods to decrease error code. 环形网通信中为了解决通信中的误码率问题,同时根据不同差错控制法的特点,我们引入了反馈重发的差错控制方法。
According to the parameter automatic detection request of air-separated equipment, this paper designs one automatic detection system based on the PROFIBUS technology. 依据空分设备参数自动检测的要求,本文设计了一套基于PROFIBUS现场总线技术的自动检测系统。
This paper investigates automatic repeat request ( ARQ) schemes to meet these new challenges. 文章研究了自动重发请求(ARQ)机制,来满足这些新的要求。
Hybrid automatic repeat request ( HARQ) technology which combines the advantage of forward error correction ( FEC) and feedback repeat request ( ARQ) can improve the system reliability by using retransmission and error correction mechanisms. 混合自动重传请求(HARQ)技术结合了前向纠错(FEC)和反馈重发(ARQ)这两类方法的优点,利用重传和纠错机制,提高系统的可靠性。
ARQ ( Automatic Repeat reQuest) is one of the most effective techniques to realize reliable packet data transmission for wireless communication. ARQ技术是无线通信中实现数据高速可靠传输的最有效手段之一。
Automatic repeat request ( ARQ) now has become an important method to provide reliable communication in a wireless communication environment. 自动请求重传(AutomaticRepeatreQuest,ARQ)已成为无线通信环境下提供可靠通信的重要方法。
In order to ensure the reliability and validity of the communication between the wireless remote controller and the welding source, the short frame technology, cyclic redundancy check ( CRC), automatic request retransmission ( ARQ) and overtime retransmission mechanism is used in the communication protocol. 为了确保通信的可靠性和有效性,协议采用了短帧技术,循环冗余校验(CRC),自动请求重传(ARQ)和超时重传机制。
Hybrid automatic repeat request ( HARQ) technology is able to compensate the influence on signal transmission caused by time varying of the wireless channel and multipath fading, has been widely used in the B3G system ( such as LTE). 混合自动重传请求(HARQ)技术能够很好地弥补无线信道时变和多径衰落对信号传输造成的影响,已在B3G系统(如LTE)中得到了广泛的应用。
In digital systems, using error detection code or error correcting codes is divided in mainly of two parts: automatic repeat request ARQ and Forward Error Correction FEC. 在数字系统中,利用检错码或纠错码进行差错控制的方式主要分两部分:自动重传请求ARQ和前向纠错方式FEC。
The chapter four is based on the previous chapter, proposed the automatic retransmission request ( ARQ) idea, adopt Cross-layer design idea which combined the physical layer cooperative diversity techniques and data link layer automatic retransmission request. 第四章在前一章的基础上,引入了自动请求重传(ARQ)的思想,采用跨层设计将物理层的协同分集技术和数据链路层的自动请求重传结合起来。
Considering the common communication features of cooperative diversity and network coding, this paper mainly studied the transmitting end delay performance of Selective Repeat Automatic Retransmission Request ( SR-ARQ) in network-coded cooperative network. 鉴于协作分集技术与网络编码技术存在共同的通信特点,本文主要研究了网络编码协作系统中选择自动重传请求(SR-ARQ)协议的发送端延时性能。
The research has focused on the physical layer and MAC layer, relating to the physical layer structure, the MAC-layer structure, Node B fast scheduling, Hybrid automatic repeat request ( HARQ), transmission of the short frame, the soft handover, E-TFC selection. 研究集中在物理层和MAC层,涉及到物理层的结构、MAC层结构、NODEB控制的调度、混合自动请求重传(HARQ)、短帧传输、软切换、E-TFC的选择等。