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    • 1. 发明授权
    • Uplink power control
    • 上行电源控制
    • US08855700B2
    • 2014-10-07
    • US13266007
    • 2011-09-28
    • Mats BlomgrenJohan HultellKlas Johansson
    • Mats BlomgrenJohan HultellKlas Johansson
    • H04B7/00H04W52/14H04W52/16H04W52/24H04W52/40H04W52/06H04W52/04H04W52/00
    • H04W52/146H04W52/00H04W52/04H04W52/06H04W52/12H04W52/16H04W52/241H04W52/40
    • A power control applied to a radio network controller (40) when a user equipment (300) is in communication with a serving radio base station (10) and at least one other radio base station (20) involves the radio network controller (40) providing a quality representation of an uplink control channel (12) from the user equipment (300) to the serving radio base station (10). The radio network controller (40) generates an updated power quality target for a reference control channel based on the quality representation and transmits the updated power quality target to at least one of the serving radio base station (10) and the at least one other radio base station (20). Alternatively, the radio network controller (40) generates an updated power offset for the uplink control channel (12) relative a reference control channel based on the quality representation and transmits the updated power offset to the user equipment (300).
    • 当用户设备(300)与服务无线电基站(10)和至少一个其他无线电基站(20)通信时,应用于无线电网络控制器(40)的功率控制涉及无线电网络控制器(40) 提供从所述用户设备(300)到所述服务无线电基站(10)的上行链路控制信道(12)的质量表示。 无线电网络控制器(40)基于质量表示产生用于参考控制信道的更新的电能质量目标,并将更新的电力质量目标发送到服务无线电基站(10)和至少一个其他无线电 基站(20)。 或者,无线电网络控制器(40)基于质量表示相对于参考控制信道生成用于上行链路控制信道(12)的更新的功率偏移,并将更新的功率偏移发送到用户设备(300)。
    • 3. 发明申请
    • Uplink Power Control
    • 上行电源控制
    • US20120157152A1
    • 2012-06-21
    • US13266007
    • 2011-09-28
    • Mats BlomgrenJohan HultellKlas Johansson
    • Mats BlomgrenJohan HultellKlas Johansson
    • H04W52/26
    • H04W52/146H04W52/00H04W52/04H04W52/06H04W52/12H04W52/16H04W52/241H04W52/40
    • A power control applied to a radio network controller (40) when a user equipment (300) is in communication with a serving radio base station (10) and at least one other radio base station (20) involves the radio network controller (40) providing a quality representation of an uplink control channel (12) from the user equipment (300) to the serving radio base station (10). The radio network controller (40) generates an updated power quality target for a reference control channel based on the quality representation and transmits the updated power quality target to at least one of the serving radio base station (10) and the at least one other radio base station (20). Alternatively, the radio network controller (40) generates an updated power offset for the uplink control channel (12) relative a reference control channel based on the quality representation and transmits the updated power offset to the user equipment (300).
    • 当用户设备(300)与服务无线电基站(10)和至少一个其他无线电基站(20)通信时,应用于无线电网络控制器(40)的功率控制涉及无线电网络控制器(40) 提供从所述用户设备(300)到所述服务无线电基站(10)的上行链路控制信道(12)的质量表示。 无线电网络控制器(40)基于质量表示产生用于参考控制信道的更新的电能质量目标,并将更新的电力质量目标发送到服务无线电基站(10)和至少一个其他无线电 基站(20)。 或者,无线电网络控制器(40)基于质量表示相对于参考控制信道生成用于上行链路控制信道(12)的更新的功率偏移,并将更新的功率偏移发送到用户设备(300)。
    • 4. 发明申请
    • RANDOM ACCESS WITH FULL COVERAGE ON SELECTED RESOURCES
    • 随机访问所选资源的全面覆盖
    • US20110075636A1
    • 2011-03-31
    • US12567207
    • 2009-09-25
    • Mats BlomgrenFredrik GunnarssonBo HagermanKlas Johansson
    • Mats BlomgrenFredrik GunnarssonBo HagermanKlas Johansson
    • H04W72/04
    • H04W72/1268H04L1/1822H04L1/1887H04W74/0866
    • Random access coverage is assured while at the same time supporting high uplink data rates in a same service area served by a base station. A set of radio resources are shared by multiple mobile terminals for transmitting uplink to the base station including requests for access to service from the base station and transmissions for active connections with the base station. A first repeating time period and a second different repeating time period are defined. Uplink transmission grants are scheduled for active connections that permit use of a greater amount of the radio resources during the first repeating time period. Uplink transmission grants are also scheduled for active connections that permit use of a smaller amount of those resources during the second repeating time period. At least some random access requests to the base station are controlled to occur only during the second repeating time period.
    • 同时保证随机接入覆盖,同时支持由基站服务的相同服务区域中的高上行链路数据速率。 一组无线电资源由多个移动终端共享,用于向基站发送上行链路,包括从基站接入服务的请求以及用于与基站的主动连接的传输。 定义第一重复时间段和第二不同重复时间段。 上行链路传输授权被安排用于允许在第一重复时间段期间使用更大量的无线电资源的活动连接。 上行链路传输授权也被安排用于在第二重复时间段期间允许使用较少量的这些资源的活动连接。 至少对基站的一些随机访问请求被控制仅在第二重复时间段期间发生。
    • 5. 发明申请
    • Scheduling Based on UE Probing
    • 基于UE探测的调度
    • US20130272222A1
    • 2013-10-17
    • US13820587
    • 2012-04-17
    • Johan HultellJohan BergmanKlas Johansson
    • Johan HultellJohan BergmanKlas Johansson
    • H04W72/04
    • H04W72/042H04W72/0406H04W72/046
    • Control of downlink transmissions associated with a first cell (124) in a cellular communication system (100) is described. A plurality of antennas (117) at different locations are configured to transmit downlink signals associated with the first cell. A subset of the plurality of antennas is caused to transmit a respective probing signal intended for reception by a mobile communication terminal (106). Feedback information is received that is indicative of reception in the mobile communication terminal of the probing signals. At least one specific antenna is selected for downlink transmissions to the mobile communication terminal, based at least in part on the feedback information and the at least one specific antenna is caused to perform downlink transmissions to the mobile communication terminal.
    • 描述了与蜂窝通信系统(100)中的第一小区(124)相关联的下行链路传输的控制。 在不同位置处的多个天线(117)被配置为发送与第一小区相关联的下行链路信号。 使多个天线的子集发送用于由移动通信终端(106)接收的相应探测信号。 接收到指示在移动通信终端中的探测信号的反馈信息。 至少一个特定天线被选择用于到移动通信终端的下行链路传输,至少部分地基于反馈信息,并且使得至少一个特定天线对移动通信终端执行下行链路传输。
    • 7. 发明授权
    • Random access with full coverage on selected resources
    • 随机访问,对所选资源进行全面覆盖
    • US08797942B2
    • 2014-08-05
    • US12567207
    • 2009-09-25
    • Mats BlomgrenFredrik GunnarssonBo HagermanKlas Johansson
    • Mats BlomgrenFredrik GunnarssonBo HagermanKlas Johansson
    • H04B7/212
    • H04W72/1268H04L1/1822H04L1/1887H04W74/0866
    • Random access coverage is assured while at the same time supporting high uplink data rates in a same service area served by a base station. A set of radio resources are shared by multiple mobile terminals for transmitting uplink to the base station including requests for access to service from the base station and transmissions for active connections with the base station. A first repeating time period and a second different repeating time period are defined. Uplink transmission grants are scheduled for active connections that permit use of a greater amount of the radio resources during the first repeating time period. Uplink transmission grants are also scheduled for active connections that permit use of a smaller amount of those resources during the second repeating time period. At least some random access requests to the base station are controlled to occur only during the second repeating time period.
    • 同时保证随机接入覆盖,同时支持由基站服务的相同服务区域中的高上行链路数据速率。 一组无线电资源由多个移动终端共享,用于向基站发送上行链路,包括从基站接入服务的请求以及用于与基站的主动连接的传输。 定义第一重复时间段和第二不同重复时间段。 上行链路传输授权被安排用于允许在第一重复时间段期间使用更大量的无线电资源的活动连接。 上行链路传输授权也被安排用于在第二重复时间段期间允许使用较少量的这些资源的活动连接。 至少对基站的一些随机访问请求被控制仅在第二重复时间段期间发生。
    • 9. 发明申请
    • Uplink Load Control Method and Apparatus Used in a Wireless Communication System
    • 用于无线通信系统的上行链路负载控制方法和装置
    • US20140301193A1
    • 2014-10-09
    • US14356620
    • 2011-11-11
    • Jinhua LiuZhang ZhangMats BlomgrenKlas Johansson
    • Jinhua LiuZhang ZhangMats BlomgrenKlas Johansson
    • H04W28/02
    • H04W28/0284H04W28/0236H04W28/0289H04W52/343
    • The present invention discloses schemes to perform load control taking uplink BLER statistics into account. An uplink load control method and apparatus are provided in a wireless communication system. The uplink load control method comprises estimating uplink load budget in a cell of the wireless communication system; determining whether the cell is over-loaded based on Block Error Rate (BLER) statistics of non-Guarded Bit Rate (non-GBR) users in the cell and/or Fast Congestion Control (FCC) action statistics in the cell; decreasing the uplink load budget if it is determined that the cell is over-loaded; and increasing the uplink load budget if it is determined that the cell is not over-loaded. Preferably, increasing or decreasing of the uplink load budget is based on the BLER stastics BLERstatistic of targeted users by FCC. By means of the BLER and FCC status, BLER of EUL users can be controlled in an acceptable range while maximizing the benefit of FCC in improving load utilization and consequently uplink throughput as much as possible. On the other hand, the uplink load control method can further comprises adjusting a RoT target RoTtgt, based on BLER statistics of Guarded Bit Rate (GBR) users in order to increase load headroom available for non-GBR users in appropriate conditions without violating the performance of GBR users.
    • 本发明公开了进行上行BLER统计的负载控制的方案。 在无线通信系统中提供上行链路负载控制方法和装置。 上行链路负载控制方法包括估计无线通信系统的小区中的上行负载预算; 基于小区中的非保密比特率(非GBR)用户和/或快速拥塞控制(FCC)动作统计信息中的块误码率(BLER)统计信息来确定小区是否超载; 如果确定小区被超载,则减小上行链路负载预算; 并且如果确定该小区未被过载,则增加上行链路负载预算。 优选地,上行负载预算的增加或减少是基于FCC的目标用户的BLER stastics BLERstatistic。 通过BLER和FCC状态,可以将EUL用户的BLER控制在可接受的范围内,同时最大限度地提高FCC的优点,尽可能地提高负载利用率,从而提高上行链路吞吐量。 另一方面,上行链路负载控制方法还可以包括基于保护比特率(GBR)用户的BLER统计来调整RoT目标RoTtgt,以便在适当的条件下增加对非GBR用户的负载净空,而不违反性能 的GBR用户。