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    • 1. 发明授权
    • Method and system for dynamically assigning channels across multiple access elements in a wireless LAN
    • 用于在无线LAN中跨多个无线电设备动态分配信道的方法和系统
    • US07593356B1
    • 2009-09-22
    • US10913561
    • 2004-08-06
    • Robert J. FridayPatrice R. CalhounRobert B. O'Hara, Jr.Alexander H. HillsPaul F. Dietrich
    • Robert J. FridayPatrice R. CalhounRobert B. O'Hara, Jr.Alexander H. HillsPaul F. Dietrich
    • H04B7/005
    • H04W72/082H04B17/24H04B17/309H04B17/318H04B17/382H04W72/0486H04W72/08H04W72/085H04W84/12
    • In a fixed channel wireless network system with a limited number of channels, assignment of the fixed channels between remote client elements and access elements is made systematically according to a set of criteria according for network loading and interference, then channel assignments are dynamically updated according to a priority to maintain optimal network performance with changing conditions of load and interference. The channel utilization problem is addressed at a system level rather than at a local level by treating the system as a three dimensional color mapping problem. All noise is treated as having a source in virtual access elements with an appropriate performance metric. The performance metric is used to select a channel set that minimize chances of interference and maximize user performance. Specifically, there are several parameter matrices which are managed and updated by a central resource management element, namely signal strength between elements, interference, and load. These matrices are used to find the optimal channel assignments for a predetermined limited set of assignable channels. In one implementation, the channel assignment methodology takes into account the interference associated with access elements operating on a selected channel, as well as the interference or energy that spills over (or is otherwise observable) on physical channels adjacent to the selected channel.
    • 在具有有限数量的信道的固定信道无线网络系统中,根据根据网络负载和干扰的一组标准系统地对远程客户端元件和接入元件之间的固定信道进行分配,然后根据 优先考虑负载和干扰条件下的最佳网络性能。 通过将系统视为三维颜色映射问题,在系统级而不是在本地级别处理信道利用问题。 所有噪声被视为具有适当性能指标的虚拟访问元素中的源。 性能指标用于选择最小化干扰机会并最大限度提高用户性能的信道集。 具体来说,存在由中央资源管理元件管理和更新的几个参数矩阵,即元件之间的信号强度,干扰和负载。 这些矩阵用于找到预定有限的一组可分配信道的最佳信道分配。 在一个实现中,信道分配方法考虑了与在所选信道上操作的接入单元相关联的干扰,以及在与所选择的信道相邻的物理信道上溢出(或以其它方式观察到)的干扰或能量。
    • 4. 发明申请
    • Method and System for Dynamically Assigning Channels Across Multiple Radios in a Wireless LAN
    • 在无线局域网中多个无线电通道分配通道的方法和系统
    • US20090296647A1
    • 2009-12-03
    • US12540904
    • 2009-08-13
    • Robert J. FridayPatrice R. CalhousRobert B. O'Hara, JR.Alexander H. HillsPaul F. Dietrich
    • Robert J. FridayPatrice R. CalhousRobert B. O'Hara, JR.Alexander H. HillsPaul F. Dietrich
    • H04W72/12
    • H04W72/082H04B17/24H04B17/309H04B17/318H04B17/382H04W72/0486H04W72/08H04W72/085H04W84/12
    • In a fixed channel wireless network system with a limited number of channels, assignment of the fixed channels between remote client elements and access elements is made systematically according to a set of criteria accounting for network loading and interference, then channel assignments are dynamically updated according to a priority to maintain optimal network performance with changing conditions of load and interference. The channel utilization problem is address at a system level rather than at a local level by treating the system as a three dimensional color mapping problem. All noise is treated as having a source in virtual access elements with an appropriate performance metric. The performance metric is used to select a channel set that minimize chances of interference and maximize user performance. Specifically, there are several parameter matrices which are managed and updated by a central resource management element, namely signal strength between elements, interference, and load. These matrices are used to find the optimal channel assignments for a predetermined limited set of assignable channels. In one implementation, the channel assignment methodology takes into account the interference associated with access elements operating on a selected channel, as well as the interference or energy that spills over (or is otherwise observable) on physical channels adjacent to the selected channel.
    • 在具有有限数量的信道的固定信道无线网络系统中,根据负责网络负载和干扰的一组标准系统地对远程客户端元件和接入单元之间的固定信道进行分配,然后,信道分配根据 优先考虑负载和干扰条件下的最佳网络性能。 信道利用问题是通过将系统视为三维颜色映射问题而在系统级而不是在本地级的地址。 所有噪声被视为具有适当性能指标的虚拟访问元素中的源。 性能指标用于选择最小化干扰机会并最大化用户性能的通道集。 具体来说,存在由中央资源管理元件管理和更新的几个参数矩阵,即元件之间的信号强度,干扰和负载。 这些矩阵用于找到预定有限的一组可分配信道的最佳信道分配。 在一个实现中,信道分配方法考虑了与在所选信道上操作的接入单元相关联的干扰,以及在与所选择的信道相邻的物理信道上溢出(或以其它方式观察到)的干扰或能量。
    • 6. 发明授权
    • Method and system for dynamically assigning channels across multiple radios in a wireless LAN
    • 用于在无线LAN中跨多个无线电设备动态分配信道的方法和系统
    • US08488524B2
    • 2013-07-16
    • US12540904
    • 2009-08-13
    • Robert J. FridayPatrice R. CalhousRobert B. O'Hara, Jr.Alexander H. HillsPaul F. Dietrich
    • Robert J. FridayPatrice R. CalhousRobert B. O'Hara, Jr.Alexander H. HillsPaul F. Dietrich
    • H04B7/005
    • H04W72/082H04B17/24H04B17/309H04B17/318H04B17/382H04W72/0486H04W72/08H04W72/085H04W84/12
    • In a fixed channel wireless network system with a limited number of channels, assignment of the fixed channels between remote client elements and access elements is made systematically according to a set of criteria accounting for network loading and interference, then channel assignments are dynamically updated according to a priority to maintain optimal network performance with changing conditions of load and interference. The channel utilization problem is address at a system level rather than at a local level by treating the system as a three dimensional color mapping problem. All noise is treated as having a source in virtual access elements with an appropriate performance metric. The performance metric is used to select a channel set that minimize chances of interference and maximize user performance. Specifically, there are several parameter matrices which are managed and updated by a central resource management element, namely signal strength between elements, interference, and load. These matrices are used to find the optimal channel assignments for a predetermined limited set of assignable channels. In one implementation, the channel assignment methodology takes into account the interference associated with access elements operating on a selected channel, as well as the interference or energy that spills over (or is otherwise observable) on physical channels adjacent to the selected channel.
    • 在具有有限数量的信道的固定信道无线网络系统中,根据负责网络负载和干扰的一组标准系统地对远程客户端元件和接入单元之间的固定信道进行分配,然后,信道分配根据 优先考虑负载和干扰条件下的最佳网络性能。 信道利用问题是通过将系统视为三维颜色映射问题而在系统级而不是在本地级的地址。 所有噪声被视为具有适当性能指标的虚拟访问元素中的源。 性能指标用于选择最小化干扰机会并最大化用户性能的通道集。 具体来说,存在由中央资源管理元件管理和更新的几个参数矩阵,即元件之间的信号强度,干扰和负载。 这些矩阵用于找到预定有限的一组可分配信道的最佳信道分配。 在一个实现中,信道分配方法考虑了与在所选信道上操作的接入单元相关联的干扰,以及在与所选择的信道相邻的物理信道上溢出(或以其它方式观察到)的干扰或能量。
    • 7. 发明授权
    • Method and system for dynamically assigning channels across multiple radios in a wireless LAN
    • 用于在无线LAN中跨多个无线电设备动态分配信道的方法和系统
    • US07327697B1
    • 2008-02-05
    • US10183704
    • 2002-06-25
    • Robert J. FridayPatrice R. CalhounRobert B. O'Hara, Jr.Alexander H. HillsPaul F. Dietrich
    • Robert J. FridayPatrice R. CalhounRobert B. O'Hara, Jr.Alexander H. HillsPaul F. Dietrich
    • H04B7/005
    • H04W72/085H04B17/24H04B17/309H04B17/318H04B17/382H04W72/0486H04W72/082H04W84/12
    • In a fixed channel wireless network system with a limited number of channels, assignment of the fixed channels between remote client elements and access elements is made systematically according to a set of criteria accounting for network loading and interference, then channel assignments are dynamically updated according to a priority to maintain optimal network performance with changing conditions of load and interference. The channel utilization problem is address at a system level rather than at a local level by treating the system as a three dimensional color mapping problem. All noise is treated as having a source in virtual access elements with an appropriate performance metric. The performance metric is used to select a channel set that minimize chances of interference and maximize user performance. Specifically, there are several parameter matrices which are managed and updated by a central resource management element, namely signal strength between elements, interference, and load. These matrices are used to find the optimal channel assignments for a predetermined limited set of assignable channels.
    • 在具有有限数量的信道的固定信道无线网络系统中,根据负责网络加载和干扰的一组标准系统地对远程客户端元素和接入单元之间的固定信道进行分配,然后,信道分配根据 优先考虑负载和干扰条件下的最佳网络性能。 信道利用问题是通过将系统视为三维颜色映射问题而在系统级而不是在本地级的地址。 所有噪声被视为具有适当性能指标的虚拟访问元素中的源。 性能指标用于选择最小化干扰机会并最大化用户性能的通道集。 具体来说,存在由中央资源管理元件管理和更新的几个参数矩阵,即元件之间的信号强度,干扰和负载。 这些矩阵用于找到预定有限的一组可分配信道的最佳信道分配。
    • 8. 发明授权
    • Wireless node location mechanism responsive to observed propagation characteristics of wireless network infrastructure signals
    • 无线节点定位机制响应于无线网络基础设施信号的观测传播特性
    • US07205938B2
    • 2007-04-17
    • US10794842
    • 2004-03-05
    • Gregg Scott DaviPaul F. DietrichAlexander H. Hills
    • Gregg Scott DaviPaul F. DietrichAlexander H. Hills
    • G01S3/02
    • G01S5/0252G01S5/0226G01S5/14G01S11/06
    • A wireless node location mechanism that dynamically adapts to changes to a surrounding physical environment that affect the propagation of radio signals. The wireless node location mechanism assesses radio signals from transmitters associated with a wireless node location infrastructure to adjust one or more parameters used to estimate location of a wireless node. In one implementation, path loss exponents are re-computed based on the signals transmitted between infrastructure radio transceivers. These path loss exponents are used, in one implementation, to compute the distance between a wireless node and a given infrastructure radio transceiver and, ultimately, to determine the location of the wireless node based on triangulation. In one implementation, path loss exponents are computed on demand based on the signals observed between infrastructure radios that detect the wireless node whose location is to be estimated.
    • 一种无线节点定位机制,其动态地适应影响无线电信号传播的周围物理环境的变化。 无线节点定位机构评估来自与无线节点位置基础设施相关联的发射机的无线电信号,以调整用于估计无线节点位置的一个或多个参数。 在一个实现中,基于在基础设施无线电收发器之间传输的信号重新计算路径损耗指数。 在一个实现中,使用这些路径损耗指数来计算无线节点与给定的基础设施无线电收发器之间的距离,最终确定基于三角测量的无线节点的位置。 在一个实现中,基于在检测要估计其位置的无线节点的基础设施无线电之间观察到的信号,根据需要计算路径损耗指数。
    • 10. 发明授权
    • Raster-to-vector conversion operations adapted to modeling of RF propagation
    • 适用于RF传播建模的光栅到矢量转换操作
    • US07047014B1
    • 2006-05-16
    • US10982153
    • 2004-11-05
    • Robert J. FridayPaul F. DietrichGregg Scott Davi
    • Robert J. FridayPaul F. DietrichGregg Scott Davi
    • H04Q7/20
    • H04W16/18H04W4/18H04W64/00
    • Methods, apparatuses and systems directed to optimizing vector models for use in modeling RF propagation in desired physical environments. In one embodiment, the present invention can operate on pre-existing vector models. In other implementations, the present invention facilitates the conversion of raster images of buildings and other physical locations to vector formats for use in connection with the computational modeling of radio-frequency (RF) propagation. According to certain embodiments, the present invention is implemented within the context of a location diagram editing application that supports a line recognition filter, a snap filter and a merge filter which a user may individually select and configure. As discussed more fully below, the line recognition filter operates on the vector objects to adjust near-vertical lines (as defined by a configurable threshold angle) to vertical, and near-horizontal lines to horizontal. In some configuration modes, the line recognition filter may also delete lines that are oriented at an angle greater than a threshold from the x-axis and y-axis to, for example, clean up vector objects corresponding to text and other elements that are usually analytically irrelevant to modeling RF propagation. The snap filter, in one implementation, operates to extend closely spaced objects that are oriented within a threshold distance from each other. The merge filter operates, in one implementation, to merge closely spaced parallel lines to, for example, adjust the vector file to correctly model a wall with a single vector object. In one implementation, the output resulting from the invention is a vector file that has each wall accorded a given wall type, and is optimized for use in connection with an RF prediction engine.
    • 用于优化矢量模型以用于在期望的物理环境中建模RF传播的方法,装置和系统。 在一个实施例中,本发明可以对预先存在的矢量模型进行操作。 在其他实现中,本发明有助于将建筑物和其他物理位置的光栅图像转换成与射频(RF)传播的计算建模相关联使用的向量格式。 根据某些实施例,本发明在支持线路识别过滤器,快照过滤器和合并过滤器的位置图编辑应用的上下文中实现,用户可以单独选择和配置。 如下面更全面地讨论的,线路识别滤波器对矢量对象进行操作,以将垂直线和水平线的近似垂直线(由可配置的阈值角度定义)调整到水平线。 在一些配置模式中,线路识别滤波器还可以将从x轴和y轴以大于阈值的角度定向的线路例如删除对应于文本和其他元素的例如清理向量对象 分析与RF传播建模无关。 在一个实施方式中,快速过滤器用于延伸彼此相邻的阈值距离内的紧密间隔的物体。 合并滤波器在一个实现中操作,以将紧密间隔的平行线合并为例如调整矢量文件以使用单个矢量对象来正确地建模墙壁。 在一个实施方式中,由本发明产生的输出是一个矢量文件,其具有符合给定墙壁类型的每个壁,并且被优化用于与RF预测引擎结合使用。