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    • 1. 发明申请
    • Transport of radio network-originated control information
    • 传输无线网络发起的控制信息
    • US20050221849A1
    • 2005-10-06
    • US11138441
    • 2005-05-27
    • Gert-Jan Van LieshoutGoran RunePer Willars
    • Gert-Jan Van LieshoutGoran RunePer Willars
    • H04W36/10H04W92/22H04Q7/20
    • H04W36/10H04W92/22
    • In a radio access network (RAN) where information may be sent to a mobile radio unit using a shared radio channel shared by other mobile radio units, a first transport bearer is established between a first RAN node, e.g., a drift RNC, and a second RAN node, e.g., a base station, to transport data to be transmitted on the shared radio channel. A second transport bearer is established between the first and second RAN nodes to transport control information originated in the first RAN node that relates to the first transport bearer data. The first RAN node then transmits the control information over the second transport bearer to the second RAIN node. The control information might include, for example, scheduling information known to the first RAN node because the first RAN node supervises scheduling of data to be transmitted on the shared radio channel. The control information may provide to the mobile radio unit information needed to decode the data transmitted on the shared radio channel. Such needed information might include, for example, a frame identifier, a specific radio resource like a spreading code, and/or an indication of how different radio resources associated with different connections are multiplexed on the shared radio channel. In one example, non-limiting embodiment, the control information includes transport format indication information such as transmit format combination indicator (TFCI) information employed in third generation Universal Mobile Telephone Systems (UMTS) in accordance with the 3GPP specification.
    • 在可以使用由其他移动无线电单元共享的共享无线电信道将信息发送到移动无线电单元的无线电接入网络(RAN)中,在第一RAN节点(例如,漂移RNC)和 第二RAN节点,例如基站,用于传输要在共享无线电信道上发送的数据。 在第一和第二RAN节点之间建立第二传输承载以传送与第一传输承载数据相关的在第一RAN节点中发起的控制信息。 然后,第一RAN节点通过第二传输承载将控制信息发送到第二RAIN节点。 控制信息可以包括例如第一RAN节点已知的调度信息,因为第一RAN节点监视要在共享无线电信道上发送的数据的调度。 控制信息可以向移动无线电单元提供解码在共享无线电信道上发送的数据所需的信息。 这样的信息可以包括例如帧标识符,诸如扩展码的特定无线电资源,和/或与不同连接相关联的不同无线电资源如何在共享无线电信道上多路复用的指示。 在一个示例中,非限制性实施例,控制信息包括根据3GPP规范的在第三代通用移动电话系统(UMTS)中采用的传输格式指示信息,例如发送格式组合指示符(TFCI)信息。
    • 2. 发明授权
    • Transport of radio network-originated control information
    • 传输无线网络发起的控制信息
    • US06941132B2
    • 2005-09-06
    • US09801869
    • 2001-03-09
    • Gert-Jan Van LieshoutGöran RunePer Willars
    • Gert-Jan Van LieshoutGöran RunePer Willars
    • H04W36/10H04W92/22H04M3/00
    • H04W36/10H04W92/22
    • In a radio access network (RAN) where information may be sent to a mobile radio unit using a shared radio channel shared by other mobile radio units, a first transport bearer is established between a first RAN node, e.g., a drift RNC, and a second RAN node, e.g., a base station, to transport data to be transmitted on the shared radio channel. A second transport bearer is established between the first and second RAN nodes to transport control information originated in the first RAN node that relates to the first transport bearer data. The first RAN node then transmits the control information over the second transport bearer to the second RAN node. The control information might include, for example, scheduling information known to the first RAN node because the first RAN node supervises scheduling of data to be transmitted on the shared radio channel. The control information may provide to the mobile radio unit information needed to decode the data transmitted on the shared radio channel. Such needed information might include, for example, a frame identifier, a specific radio resource like a spreading code, and/or an indication of how different radio resources associated with different connections are multiplexed on the shared radio channel. In one example, non-limiting embodiment, the control information includes transport format indication information such as transmit format combination indicator (TFCI) information employed in third generation Universal Mobile Telephone Systems (UMTS) in accordance with the 3GPP specification.
    • 在可以使用由其他移动无线电单元共享的共享无线电信道将信息发送到移动无线电单元的无线电接入网络(RAN)中,在第一RAN节点(例如,漂移RNC)和 第二RAN节点,例如基站,用于传输要在共享无线电信道上发送的数据。 在第一和第二RAN节点之间建立第二传输承载以传送与第一传输承载数据相关的在第一RAN节点中发起的控制信息。 然后,第一RAN节点通过第二传输承载将控制信息发送到第二RAN节点。 控制信息可以包括例如第一RAN节点已知的调度信息,因为第一RAN节点监视要在共享无线电信道上发送的数据的调度。 控制信息可以向移动无线电单元提供解码在共享无线电信道上发送的数据所需的信息。 这样的信息可以包括例如帧标识符,诸如扩展码的特定无线电资源,和/或与不同连接相关联的不同无线电资源如何在共享无线电信道上多路复用的指示。 在一个示例中,非限制性实施例,控制信息包括根据3GPP规范的在第三代通用移动电话系统(UMTS)中采用的传输格式指示信息,例如发送格式组合指示符(TFCI)信息。
    • 7. 发明授权
    • Method and apparatus of handling user equipment category in wireless communication system
    • 在无线通信系统中处理用户设备类别的方法和装置
    • US09204289B2
    • 2015-12-01
    • US13371901
    • 2012-02-13
    • Jae Hyuk JangSoeng Hun KimGert-Jan Van LieshoutJoon Young Cho
    • Jae Hyuk JangSoeng Hun KimGert-Jan Van LieshoutJoon Young Cho
    • H04W4/00H04W8/24H04W76/04
    • H04W8/24H04W76/27
    • A User Equipment (UE) category handling method and an apparatus for handling late version UE category attached to an early release version network in a Long Term Evolution (LTE) system are provided. A communication method includes transmitting a terminal capability report message including multiple terminal categories, receiving a Radio Resource Control (RRC) connection reconfiguration message including a terminal category to be used by the terminal according to serving base station of the terminal, and communicating with the network using the terminal category received from the network. The UE category handling method and apparatus of the present invention allows the UE to report a network-adaptive UE category, thereby avoiding soft buffer problem caused by version information mismatch and facilitating communication with the network without malfunctioning.
    • 提供了一种用户设备(UE)类别处理方法和用于处理在长期演进(LTE)系统中附加到早期版本网络的后期版本UE类别的装置。 通信方法包括发送包括多个终端类别的终端能力报告消息,根据终端的服务基站接收包括终端使用的终端类别的无线资源控制(RRC)连接重配置消息,并与网络通信 使用从网络接收的终端类别。 本发明的UE类别处理方法和装置允许UE报告网络自适应UE类别,从而避免由版本信息不匹配引起的软缓冲器问题,并且便于与网络的通信而不发生故障。