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    • 1. 发明授权
    • Cooperative autonomous and scheduled resource allocation for a distributed communication system
    • 分布式通信系统的合作自主和调度资源分配
    • US08000284B2
    • 2011-08-16
    • US10892739
    • 2004-07-15
    • Christopher G. LottNaga BhushanRashid A. AttarJilei Hou
    • Christopher G. LottNaga BhushanRashid A. AttarJilei Hou
    • H04B7/185
    • H04W52/34H04W52/24H04W52/26H04W52/50H04W72/0473H04W72/12H04W88/02
    • An access terminal (206) configured for wireless communication with an access network (204) within a sector (1032). The access terminal (206) includes a transmitter (2608) for transmitting a reverse traffic channel to the access network (204), an antenna (2614) for receiving signals from the access network (204), a processor (2602) and memory (2604) in electronic communication with the processor (2602). Instructions stored in the memory (2604) implement a method of determining whether a current power allocation grant (1374) for a flow (1216) on the access terminal (206) has been received from the access network (204). If the current power allocation grant (1374) is still active, a current power allocation (1338a) for the flow is set equal to the current power allocation grant (1374). If the current power allocation grant (1374) has not been received, the current power allocation (1338a) for the flow is determined.
    • 接入终端(206),被配置为与扇区(1032)内的接入网络(204)进行无线通信。 接入终端(206)包括用于向接入网络(204)发送反向业务信道的发射机(2608),用于从接入网络(204)接收信号的天线(2614),处理器(2602)和存储器 2604)与处理器(2602)电子通信。 存储在存储器(2604)中的指令实现一种确定是否已经从接入网络(204)接收到用于接入终端(206)上的流(1216)的当前功率分配许可(1374)的方法。 如果当前功率分配授权(1374)仍然有效,则流程的当前功率分配(1338a)被设置为等于当前功率分配授权(1374)。 如果当前功率分配许可(1374)尚未被接收,则确定流的当前功率分配(1338a)。
    • 2. 发明授权
    • Multiflow reverse link MAC for a communications system
    • 用于通信系统的多反向链路MAC
    • US07933235B2
    • 2011-04-26
    • US10893060
    • 2004-07-15
    • Christopher G. LottNaga BhushanDonna GhoshRashid A. Attar
    • Christopher G. LottNaga BhushanDonna GhoshRashid A. Attar
    • H04W4/00
    • H04W52/34H04W52/24H04W52/26
    • An access terminal (206) configured for wireless communication with an access network (204) within a sector (1032). The access terminal includes a transmitter (2608) for transmitting a reverse traffic channel to the access network (204), an antenna (2614) for receiving signals from the access network (204), a processor (2602) and memory (2604) in electronic communication with the processor (2602). Instructions stored in the memory (2604) implement, for each flow (1216) of a plurality of flows on the access terminal (206), determining the flow's total available power (1238). The access terminal's total available power (1234) is determined by summing each flow's total available power (1238). A packet is transmitted to the access network (204) at a power level that does not exceed the access terminal's total available power (1234).
    • 接入终端(206),被配置为与扇区(1032)内的接入网络(204)进行无线通信。 接入终端包括用于向接入网络(204)发送反向业务信道的发射机(2608),用于从接入网络(204)接收信号的天线(2614),处理器(2602)和存储器(2604) 与处理器的电子通信(2602)。 存储在存储器(2604)中的指令针对接入终端(206)上的多个流的每个流(1216)实现确定流的总可用功率(1238)。 接入终端的总可用功率(1234)由每个流的总可用功率求和确定(1238)。 分组以不超过接入终端的总可用功率的功率电平(1234)被发送到接入网络(204)。
    • 9. 发明申请
    • INTERFERENCE CANCELLATION FOR WIRELESS COMMUNICATIONS
    • 干扰消除无线通信
    • US20100061496A1
    • 2010-03-11
    • US12564633
    • 2009-09-22
    • Peter J. BlackChristopher G. LottRashid A. AttarYu-Cheun JouJun Ma
    • Peter J. BlackChristopher G. LottRashid A. AttarYu-Cheun JouJun Ma
    • H04B1/10
    • H04L25/0224H04B1/7107H04B2201/70701H04L25/0204H04L25/0228H04W52/36H04W52/48
    • Techniques for improving the capacity of a wireless communications system using interference cancellation (IC). In an early decoding and IC aspect, a frame transmitted from a user to a base station may be decoded prior to the entire frame being received by the base station. The remaining portion of the frame may then be re-constructed at the base station prior to its reception, and cancelled from the receive signal to reduce the interference to frames received from other users. In a power control aspect for early decoding and IC, the power control target level at a local base station may be adjusted in response to successfully early decoding a frame, without affecting the overall outer loop power control operation. Further aspects include late decoding techniques for utilizing the IC of other users' signals to improve the probability of decoding a given user's frames, as well as techniques for traffic channel demodulation using channel re-estimation.
    • 使用干扰消除(IC)来提高无线通信系统容量的技术。 在早期的解码和IC方面,可以在从基站接收的整个帧之前对从用户发送到基站的帧进行解码。 帧的剩余部分然后可以在其接收之前在基站重新构建,并且从接收信号中取消,以减少对从其他用户接收到的帧的干扰。 在用于早期解码和IC的功率控制方面,本地基站的功率控制目标电平可以响应成功地早期解码帧来调整,而不影响整个外环功率控制操作。 其他方面包括用于利用其他用户信号的IC来提高对给定用户的帧进行解码的概率的后期解码技术,以及使用信道重新估计的业务信道解调技术。
    • 10. 发明授权
    • Wireless communication rate shaping
    • 无线通信速率整形
    • US07411974B2
    • 2008-08-12
    • US10295659
    • 2002-11-14
    • Rashid A. AttarChristopher G. Lott
    • Rashid A. AttarChristopher G. Lott
    • H04J3/16
    • H04W24/00H04W28/22H04W72/085
    • Reverse Link (RL) data rate allocation in a High Data Rate (such as 1xEV-DO) system as a function of Forward Link (FL) channel quality. Rate shaping of a throughput profile for multiple Access Terminals (ATs) is performed by adjusting transition probabilities associated with a data rate allocation algorithm. The RL maximum data rate per AT is adjusted to reduce the loading in a designated area and result in rate shaping of the cell and/or sector. In one embodiment, the maximum data rates are adjusted as a function of the FL Signal to Interference and Noise Ratio (SINR), such as measured per serving sector or as a captured sum total of FL SINR. In still another embodiment, the maximum data rates are adjusted as a function of differences in rise-over-thermal values between neighboring sectors.
    • 作为前向链路(FL)信道质量的函数的高数据速率(例如1xEV-DO)系统中的反向链路(RL)数据速率分配。 通过调整与数据速率分配算法相关联的转换概率来执行多个接入终端(AT)的吞吐量简档的速率整形。 调整每个AT的RL最大数据速率以减小指定区域中的负载并导致小区和/或扇区的速率整形。 在一个实施例中,根据FL信号与干扰和噪声比(SINR)的函数调整最大数据速率,例如每个服务扇区测量或作为FL SINR的捕获总和。 在另一个实施例中,最大数据速率被调整为相邻扇区之间的上升温度值之差的函数。