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    • 32. 发明申请
    • Reestablishing Wireless Communication Between A Radio Access Network And A Mobile Station
    • 重新建立无线接入网与移动台之间的无线通信
    • US20080039106A1
    • 2008-02-14
    • US11568667
    • 2004-05-13
    • Pontus WallentinPer Magnusson
    • Pontus WallentinPer Magnusson
    • H04Q7/38
    • H04W76/19H04W24/04
    • The present invention relates to a method for reestablishing wireless communication between a radio access network (RAN1) and a mobile station (MS1), an apparatus (RNC1) used for implementing the method as well as a radio access network (RAN1) including such an apparatus. A downlink radio failure affecting a first set of radio bearers (RB1, RB2) including at least two radio bearers (RB1, RB2) assigned for communicating user data between the radio access network (RAN1) and the mobile station (MS1) is detected. A second set of radio bearers (RB1) for communicating user data is defined, excluding the radio bearer (RB2) having the highest downlink bit rate in the first set of radio bearers (RB1, RB2). Communication reestablishment is intitiated using the second set of radio bearers (RB1).
    • 本发明涉及无线接入网(RAN1)和移动台(MS1)之间的无线通信重建方法,实现该方法的装置(RNC 1)以及无线接入网(RAN1 )包括这样的装置。 一种影响第一组无线电承载(RB 1,RB 2)的下行链路无线电故障,包括至少两个被分配用于在无线电接入网络(RAN 1)和移动站(RAN 1)之间传送用户数据的无线承载(RB 1,RB 2) MS 1)。 定义用于传送用户数据的第二组无线承载(RB 1),不包括第一组无线电承载(RB 1,RB 2)中具有最高下行比特率的无线承载(RB 2)。 使用第二组无线电承载(RB 1)来谴责通信重建。
    • 33. 发明授权
    • Serial communication technique
    • 串行通信技术
    • US6150922A
    • 2000-11-21
    • US787787
    • 1997-01-23
    • Bryan David AcklandPer Magnusson
    • Bryan David AcklandPer Magnusson
    • H04L1/12H04L1/16H04L25/02H04L25/12G08B9/00
    • H04L25/0292H04L1/0025H04L1/12H04L1/1692H04L25/0278H04L25/12
    • Information can be communicated back from a receiver to a transmitter over a serial link designed for communication to be essentially only in one direction without requiring a separate feedback path with an extra wire. This is achieved by changing at least one characteristic of the receiver input. For example, the receiver input impedance, the receiver input voltage, or both, may be altered. The change in a characteristic of the receiver input can be detected by an appropriately designed transmitter, and such detection can be used to trigger a change in the behavior of the transmitter. Advantageously, only simple alterations are required in conventional serial link circuits to provide a low bandwidth reverse communication path over the same wires. Such a change in a receiver input characteristic can also be employed to inform a transmitter of the existence of a receiver that is on a card that is hot-plugged into system.
    • 信息可以通过设计用于通信的串行链路从接收机传送到发射机,基本上仅在一个方向上,而不需要具有额外的线的单独的反馈路径。 这是通过改变接收机输入的至少一个特性来实现的。 例如,可以改变接收机输入阻抗,接收机输入电压或两者。 接收机输入特性的改变可以由适当设计的发射机检测,这种检测可用于触发发射机的行为变化。 有利地,在常规串行链路电路中仅需要简单的改变,以在相同的线上提供低带宽反向通信路径。 接收机输入特性的这种改变也可以被用来通知发射机在热插拔到系统中的卡上的接收机的存在。
    • 36. 发明授权
    • Method and arrangement for channel type switching
    • 通道类型切换的方法和布置
    • US07453847B2
    • 2008-11-18
    • US10491879
    • 2001-10-19
    • Pontus WallentinNiclas WibergEva EnglundPer Magnusson
    • Pontus WallentinNiclas WibergEva EnglundPer Magnusson
    • H04Q7/00
    • H04W28/16
    • The present invention relates to a method for improved and efficient usage of radio network resources with regard to the transmission properties of applied communication channel types and total network load by means of using early indications on the uplink or downlink of requests to establish new communication connection or adjust parameter settings of already existing connections regading the expectable amount of additional traffic due to such a connection. Early indications are, e.g., information on protocol type, the kind of requested communication service, the profile of the user equipment that has sent the request, or traffic history. In response to such indications the inventive method can forward, e.g., an uplink request and at the same time initiate a channel type switching providing appropriate channel parameter settings or adjustments. In case of congestion control it is another possibility to delay or even suppress uplink requests.
    • 本发明涉及一种通过在上行链路或下行链路上使用早期指示来建立新的通信连接的请求来提高和有效地利用无线电网络资源的方法,该方法涉及应用的通信信道类型和总的网络负载的传输特性,或者 调整已经存在的连接的参数设置,从而引起由于这种连接造成的额外流量的预期数量。 早期的指示是例如关于协议类型的信息,所请求的通信服务的类型,已经发送请求的用户设备的简档或业务历史。 响应于这种指示,本发明的方法可以转发例如上行链路请求,并且同时发起提供适当的信道参数设置或调整的信道类型切换。 在拥塞控制的情况下,延迟或甚至抑制上行链路请求是另一种可能性。
    • 37. 发明申请
    • System and method for radio resource management in a communication system
    • 通信系统中无线电资源管理的系统和方法
    • US20070165537A1
    • 2007-07-19
    • US10583259
    • 2003-12-17
    • Per MagnussonPontus WallentinGoran Malmgren
    • Per MagnussonPontus WallentinGoran Malmgren
    • H04L12/28
    • H04W48/18H04W36/0083H04W88/06
    • The present invention relates to methods and arrangements for managing radio resources for providing wireless access to a communication system to a number of terminals. The communication system comprises a first access network (120) using a first access technology and at least one second access network (110) using at least one second access technology different to the first access technology. A listening agent (203) situated in at least the first access network (120) extracts access relevant information from existing messages within at least the first access network. The access relevant information is sent to an access selection manager (201) that compares the extracted access relevant information to access relevant information received from the at least one second access network (110) and determines which access network a terminal (130) should access based on the comparison.
    • 本发明涉及用于管理无线电资源以便向多个终端提供对通信系统的无线接入的方法和装置。 通信系统包括使用第一接入技术的第一接入网络(120)和使用与第一接入技术不同的至少一个第二接入技术的至少一个第二接入网络(110)。 位于至少第一接入网络(120)中的侦听代理(203)从至少第一接入网络内的现有消息中提取接入相关信息。 访问相关信息被发送到访问选择管理器(201),该访问选择管理器将所提取的访问相关信息进行比较以访问从至少一个第二访问网络(110)接收的相关信息,并确定终端(130)应基于哪个访问网络 比较。
    • 38. 发明授权
    • Redundant codes for clock recovery in serial links
    • 冗余代码用于串行链路中的时钟恢复
    • US6011808A
    • 2000-01-04
    • US787835
    • 1997-01-23
    • Patrik LarssonPer Magnusson
    • Patrik LarssonPer Magnusson
    • H04L25/14H04J3/06
    • H04L25/14
    • The amount of jitter that results in a serial receiver having a parallel architecture Can is reduced by insuring that the edges specifically introduced by the code are actually received by the phase detector. In particular, the code is designed to increase the probability that the edges it introduces are actually received by the phase detector. In a preferred embodiment of the invention, all the edges introduced by the code are actually received by the phase detector. This is achieved by guaranteeing that the edges introduced by the code are evenly spaced in the data stream at a rate corresponding to the phase detector sampling rate. For example, if the receiver consists of N data samplers, e.g., N=5, and one phase detector, the edges introduced by the code are arranged to be N symbols apart. This may be done by inserting as the Nth symbol an overall symbol that has a dummy component so that an edge results between the N-1 symbol and the overall Nth symbol. Thus, the data stream is arranged into repeating frames of N symbols. Alternatively, the frame could be arranged to be a multiple X of N, e.g., the frame is K symbols long, K=XN, with the partially redundant data symbol being the K-1, i.e., XN-1, symbol.
    • 导致具有并行架构Can的串行接收机的抖动量通过确保由代码特别引入的边缘实际上被相位检测器接收来减少。 特别地,代码被设计为增加其引入的边缘实际上被相位检测器接收的概率。 在本发明的优选实施例中,由代码引入的所有边缘实际上由相位检测器接收。 这是通过保证由代码引入的边缘以对应于相位检测器采样率的速率在数据流中均匀地间隔来实现的。 例如,如果接收机由N个数据采样器(例如N = 5)和一个相位检测器组成,则由码引入的边被排列成N个符号。 这可以通过将第N个符号插入具有虚拟分量的全部符号,使得在N-1个符号和第N个符号之间产生边缘来完成。 因此,数据流被排列成N个符号的重复帧。 或者,该帧可以被布置为N的倍数X,例如,该帧是K个符号长,K = XN,部分冗余数据符号是K-1,即XN-1符号。