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    • 92. 发明授权
    • Method and apparatus for providing configurable layers and protocols in a communications system
    • 用于在通信系统中提供可配置层和协议的方法和装置
    • US07158537B2
    • 2007-01-02
    • US10335593
    • 2002-12-30
    • Paul E. BenderGadi KarmiBibhu Mohanty
    • Paul E. BenderGadi KarmiBibhu Mohanty
    • H04J3/16
    • H04W28/18H04L29/06H04L69/24
    • The layers and protocols of an air interface layering architecture are designed to be modular and can be modified and upgraded to support new features, perform complex tasks, and implement additional functionality. Prior to commencement of data communication between a first entity (e.g., an access terminal) and a second entity (e.g., a radio network), a set of layers and/or protocols is selected for negotiation. For each selected layer and protocol (i.e., each attribute), a list of attribute values considered acceptable to the first entity is determined. The selected attributes and their associated attribute values are sent from the first entity and, in response, a list of processed attributes and their associated lists of processed attribute values are received. Each list of processed attribute values includes attribute values considered acceptable to the second entity. The layers and protocols in the first entity are then configured in accordance with the received list of processed attributes and their associated processed attribute values. Other features related to configurable layers and protocols are also provided.
    • 空中接口分层架构的层次和协议被设计为模块化的,并且可以进行修改和升级,以支持新功能,执行复杂任务和实现附加功能。 在第一实体(例如,接入终端)和第二实体(例如,无线电网络)之间的数据通信开始之前,选择一组层和/或协议进行协商。 对于每个所选择的层和协议(即每个属性),确定被认为可接受的第一实体的属性值的列表。 所选择的属性及其关联的属性值从第一实体发送,并且作为响应,接收处理的属性及其相关联的处理的属性值列表的列表。 处理的属性值的每个列表包括被认为可接受的第二实体的属性值。 然后根据接收到的处理的属性列表及其相关联的处理的属性值来配置第一实体中的层和协议。 还提供了与可配置层和协议相关的其他功能。
    • 94. 发明授权
    • Method and apparatus for signal combining in a high data rate communication system
    • 在高数据速率通信系统中信号组合的方法和装置
    • US06680926B2
    • 2004-01-20
    • US10300391
    • 2002-11-19
    • Paul E. BenderMatthew S. GrobGadi KarmiRoberto Padovani
    • Paul E. BenderMatthew S. GrobGadi KarmiRoberto Padovani
    • H04Q700
    • H04W28/22H04B7/264H04L1/0002H04W28/08H04W52/40
    • Reverse link busy bits are independently generated by each base station and indicate whether a base station has reached a reverse link capacity limit. A remote station combines multipath components of the reverse link busy bits in its Active Set and in response transmits a reverse link signal only when all of the reverse link busy bits indicate that the base stations in the Active Set have reverse link capacity. In one description, the remote station weights the reverse link busy signals in accordance with the signal strength of the transmitting base station and determines whether to transmit based on the weighted sum of the busy signals. In another description, the remote station weights the reverse link busy signals in accordance with the signal strength of the transmitting base station and determines a maximum reverse link data rate based on the weighted sum of the busy signals.
    • 反向链路忙位由每个基站独立生成,并指示基站是否达到了反向链路容量限制。 远程站组合其活动集中的反向链路忙比特的多路径分量,并且响应仅在所有反向链路忙比特指示活动集中的基站具有反向链路容量时才发送反向链路信号。 在一个描述中,远程站根据发射基站的信号强度对反向链路忙信号进行加权,并且基于忙信号的加权和确定是否发送。 在另一描述中,远程站根据发射基站的信号强度来加权反向链路忙信号,并且基于忙信号的加权和确定最大反向链路数据速率。
    • 95. 发明授权
    • Method and apparatus for canceling pilot interference in a CDMA communication system
    • 用于在CDMA通信系统中消除导频干扰的方法和装置
    • US06680727B2
    • 2004-01-20
    • US09966256
    • 2001-09-27
    • Brian K. ButlerHaitao ZhangPaul E. BenderYu-Cheun Jou
    • Brian K. ButlerHaitao ZhangPaul E. BenderYu-Cheun Jou
    • H04B1500
    • H04B1/7107
    • Techniques for canceling pilot interference in a wireless (e.g., CDMA) communication system. A received signal typically includes a number of signal instances (i.e., multipaths). For each multipath desired to be processed, the other multipaths act as interference on the desired multipath. If the pilot is generated based on a known data pattern (e.g., all zeros) and covered with a known channelization code (e.g., a Walsh code of zero), then the pilot in an interfering multipath may be estimated as the spreading sequence at a time offset corresponding to the arrival time of that multipath. The pilot interference from each interference multipath may be estimated based on the spreading sequence for the interfering multipath and the despreading sequence for the desired multipath. The total pilot interference from a number of interfering multipaths may be subtracted from the data component in the desired multipath to provide pilot-canceled data having improved performance.
    • 用于在无线(例如CDMA)通信系统中消除导频干扰的技术。 接收到的信号通常包括多个信号实例(即,多路径)。 对于希望被处理的每个多路径,其他多路径用作所需多路径上的干扰。 如果基于已知数据模式(例如,全零)并且用已知的信道化码(例如,沃尔什码为零)来覆盖导频,则干扰多径中的导频可以被估计为在 对应于该多径的到达时间的时间偏移。 来自每个干扰多路径的导频干扰可以基于干扰多路径的扩展序列和所需多径的解扩序列来估计。 来自多个干扰多径的总导频干扰可以从期望的多路径中的数据分量中减去,以提供具有改进性能的导频取消数据。
    • 96. 发明授权
    • System and method for using an IP address as a wireless unit identifier
    • 使用IP地址作为无线单元标识符的系统和方法
    • US06671735B1
    • 2003-12-30
    • US09494204
    • 2000-01-28
    • Paul E. Bender
    • Paul E. Bender
    • G06F15173
    • H04L61/2015H04L29/12018H04L29/12216H04L29/12311H04L29/1232H04L45/00H04L61/10H04L61/2084H04L61/2092H04L67/04H04W40/02
    • A first network access point receives a first wireless link message from a first user terminal. The first wireless link message identifies the first user terminal. The first network access point or other system entity assigns an IP address to the first user terminal for use as a temporary mobile station identifier. The first network access point or other system entity installs a route for the IP address to a controller. The first network access point forwards a wireless link message to the user terminal specifying the IP address. The first or a second network access point receives another wireless link message from the first user terminal in which the first user terminal is identified with the IP address. The first or second network access point parses the message to determine the IP address and creates at least one standard IP packet designating the IP address specified in the message. The first or second network access point forwards the message to a router which routes the packet according to the IP address.
    • 第一网络接入点从第一用户终端接收第一无线链路消息。 第一无线链路消息标识第一用户终端。 第一网络接入点或其他系统实体向第一用户终端分配IP地址以用作临时移动台标识符。 第一个网络接入点或其他系统实体为控制器安装IP地址的路由。 第一个网络接入点将无线链路消息转发给指定IP地址的用户终端。 第一或第二网络接入点从第一用户终端接收另一无线链路消息,其中第一用户终端用IP地址识别。 第一或第二网络接入点解析消息以确定IP地址,并创建指定消息中指定的IP地址的至少一个标准IP分组。 第一或第二网络接入点将消息转发到根据IP地址路由数据包的路由器。
    • 98. 发明授权
    • Forward power gain adjustment during a soft handoff operation
    • 在软切换操作期间进行正向功率增益调整
    • US06253085B1
    • 2001-06-26
    • US09321349
    • 1999-05-27
    • Paul E. Bender
    • Paul E. Bender
    • H04Q720
    • H04W52/40H04B7/022H04W36/18H04W52/24H04W52/60
    • Forward power control for a mobile communication system is provided on a frame by frame basis during a soft handoff of a mobile station from a source base station to a target base station. Each base station runs independent but identical algorithms. A selector runs the same power control algorithm as each base station and coordinates power control between the two base stations and the mobile station during the soft hand-off. The results of the algorithm run by the selector are delayed because of back haul. The selector provides the base stations with traffic gain and frame delay information corresponding to the traffic gain. The base station ASIC, modifies the base station power output according to the SNR data received from the mobile station and the traffic gain and frame delay information received from the selector. Providing the frame delay information permits forward power control even when there is delay from when the selector computes the traffic gain and the traffic gain is programmed into the base station application specific integrated circuit.
    • 在移动站从源基站到目标基站的软切换期间,逐帧地提供用于移动通信系统的前向功率控制。 每个基站运行独立但相同的算法。 选择器运行与每个基站相同的功率控制算法,并且在软切换期间协调两个基站和移动台之间的功率控制。 由于选择器运行的算法的结果因后退而被延迟。 选择器为基站提供对应于业务增益的业务增益和帧延迟信息。 基站ASIC根据从移动站接收的SNR数据和从选择器接收到的业务增益和帧延迟信息修改基站功率输出。 提供帧延迟信息即使当从选择器计算业务增益并且业务增益被编程到基站专用集成电路中时有延迟,也允许正向功率控制。